root /opt/logicmoo_workspace/bin/cls /dev/tty
%~ list_undefined([]).
%~ ?-c88("there is a man .").
%~ list_undefined([]).
%~ ?- c88("there is a man .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['RB',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]],
['.','.']]]. */
%~ ?- c88("there is a man .").
/* into_lexical_segs = [ w( there, [
pos(rb), root(there),loc(1),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,4))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(4),lnks(4),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( '.', [
pos('.'), root('.'),loc(5),lnks(2),txt("."),
link(1,'S',r('S',seg(1,5))), link(2,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("there is a man .").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[],man),[]))],
[])). */
%~ ?- c88("there is a man .").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(a),[],man))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("there is a man .").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_QualifiedBy,Np_head,np_head(Det,det(a),[],man)) ,
^( Is,
((true,true),true),true,bE(is,Is,BE_QualifiedBy),true,true). */
%~ ?- c88("there is a man .").
%~ any_to_ace_str="there is a man .".
%~ ?- c88("there is a man .").
%~ try_ace_drs = drs([Man],[object(Man,man,countable,na,eq,1)-1/4]).
%~ ?- c88("there is a man .").
%~ simplify80=(answer80([]):-ti(man,_76060),_76066^bE(is,_76066,_76060)).
%~ ?- c88("there is a man .").
%~ try_ace_fol = exists(Object_Man,object(Event_Object,Object_Man,man,countable,na,eq,1)).
%~ ?- c88("there is a man .").
%~ results80=[[false]].
%~ ?- c88("there is a man .").
%~ any_to_ace_str="there is a man .".
%~ ?- c88("there is a man .").
%~ try_ace_eng=['There is a man.'].
%~ ?- c88("there is a man .").
/* compile80 = ( ( database80(ti(man,BE_Man)),database80(bE(is,Is,BE_Man)) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("there is a man .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['RB',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]],
['.','.']]],
_109748).
%~ call_residue_vars=[].
%~ ?- c88("there is a man .").
%~ e2c_80=failure.
%~ c88=(answer80([]):-ti(man,_54072),_54074^bE(is,_54074,_54072)).
%~ ?-c88("John beats a mother of his own wife .").
%~ list_undefined([]).
%~ ?- c88("John beats a mother of his own wife .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',beats],
[ 'NP',
[ 'NP',
['DT',a],
['NN',mother]],
[ 'PP',
['IN',of],
[ 'NP',
['PRP$',his],
['JJ',own],
['NN',wife]]]]],
['.','.']]]. */
%~ ?- c88("John beats a mother of his own wife .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( beats, [
pos(vbz), root(beat),loc(2),lnks(3),txt("beats"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xBeatTheWord,"beats"),
cycWord(xBeatTheWord),
cycTerm(actHittingAnObject,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(actBeatingSomethingCheating,ttFirstOrderCollection,ttThing),
cycTerm(actPhysicallyBeatingAnAgent,ttFirstOrderCollection,ttThing),
cycTerm(actDefeatingAnOpponent,ttTemporalObjectType,ttSkilledActivityType),
ac(infinitive,xBeatTheWord,beat),
ac(pastTenseUniversal,xBeatTheWord,beat),
clex_word(verb,beats,beat,iv+finsg),
clex_word(verb,beats,beat,tv+finsg),
clex_word(noun,beats,beat,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Beat',"beats"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Beat',"beats"),
talk_db(noun1,beat,beats),
talk_db(noun_or_verb,beats,beating,beat),
talk_db(transitive,beat,beats,beat,beating,beat),
talk_db(intransitive,beat,beats,beated,beating,beated)]),
w( a, [
pos(dt), root(a),loc(3),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( mother, [
pos(nn), root(mother),loc(4),lnks(5),txt("mother"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xMotherTheWord,"mother"),
cycWord(xMotherTheWord),
cycTerm(mother,rtFamilyRelationSlot,rtDirectBinaryPredicate),
cycTerm(mobHumanMother,ttExistingObjectType,ttThing),
ac(singular,xMotherTheWord,mother), ac(singular,xMothTheWord,moth),cycWord(xMothTheWord),
clex_word(verb,mother,mother,tv+infpl),
clex_word(noun,mother,mother,fem+sg-count),
fsr( mother-n,
kinship,
[ [ [ [ alter-c, target,target],
[ ego-c, dni,null]],
7],
[ [ [ alter-c, np,ext],
[ ego-c, poss,gen]],
2],
[ [ [ ego-c, poss,gen],
[ alter-c, target,target]],
28],
[ [ [ alter-c, np,ext],
[ ego-c, pp,dep]],
6],
[ [ [ alter-c, target,target],
[ ego-c, ini,null]],
1],
[ [ [ alter-c, target,target],
[ ego-c, pp,dep]],
5]]), concept(fn,kinship),fsr(mother-v,birth,[]),
concept(fn,birth),
ttholds(inflNounSingular,'TTWord_Mother',"mother"),
talk_db(adj,mother),
verbnet_map_wn(mother,['mother%2:41:00'],'captain-29.8-1'),
concept(vn,'captain-29.8-1'),
listof(concept(wn),['mother%2:41:00']),
verbnet_word(mother,'captain-29.8-1',"mother")]),
w( of, [
pos(in), root(of),loc(5),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,8))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( his, [
pos('prp$'), root(he),loc(6),lnks(6),txt("his"),
truecase('LOWER'),corefed,#(4),
txt(["his"]),type('PRONOMINAL'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(false)),link(1,'NP',r('NP',seg(6,8))),
link(2,'PP',r('PP',seg(5,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xHisTheWord,"his"), cycWord(xHisTheWord),ac(pronounStrings,xHisTheWord,"his"),
cycTerm(
nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iMasculineNLAttr,xtPossessivePronounPost), tIndividual,ttThing), ac(plural,xHiTheWord,"his"),cycWord(xHiTheWord),
ttholds(inflDeterminerMasculineThirdPersonSingular,'TTWord_His',"his"),
ttholds(inflPronounMasculineThirdPersonSingular,'TTWord_His',"his"),
poss_pron_lex(his,masc,3,sg),
type_wrd_sem(possessive,his,[sem=he,isa=agent]),
type_wrd_sem(possessive_pronoun,his,[sem=he]), talk_db(pronoun,his),talk_db(masc,his),
talk_db(possessive,his)]),
w( own, [
pos(jj), root(own),loc(7),lnks(6),txt("own"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,8))),
link(2,'PP',r('PP',seg(5,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xOwnTheWord,"own"),cycWord(xOwnTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xOwnTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xOwnTheWord,own),
clex_word(verb,own,own,tv+infpl),
fsr( own-v,
possession,
[ [ [ [ possession-c, np,obj],
[ possession-c, np,obj],
[ owner-c, np,ext],
[ depictive-e, avp,dep],
[ owner-c, pp,dep]],
1],
[ [ [ owner-c, np,ext],
[ owner-c, np,ext],
[ possession-c, np,obj]],
5],
[ [ [ possession-c, np,ext],
[ owner-c, pp,dep]],
7],
[ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
17]]),
concept(fn,possession),
ttholds(inflAdjectiveUnchecked,'TTWord_Own',"own"),
ttholds(inflAdverbUnchecked,'TTWord_Own',"own"),
ttholds(inflVerb,'TTWord_Own',"own"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Own',"own"),
ttholds(inflVerbPluralPresent,'TTWord_Own',"own"),
talk_db(adj,own),
verbnet_map_wn(own,['own%2:40:00'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['own%2:40:00']),
verbnet_to_framenet('own-100',own,'own.01'), concept(fn,'own.01'),verbnet_word(own,'own-100',"own")]),
w( wife, [
pos(nn), root(wife),loc(8),lnks(6),txt("wife"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,8))),
link(2,'PP',r('PP',seg(5,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xWifeTheWord,"wife"),cycWord(xWifeTheWord),
cycTerm(wife,rtFamilyRelationSlot,rtStrictlyFunctionalSlot),
cycTerm(husband,rtFamilyRelationSlot,rtStrictlyFunctionalSlot),
ac(singular,xWifeTheWord,wife),
clex_word(noun,wife,wife,fem+sg-count),
fsr( wife-n,
personal_relationship,
[ [ [ [ partner_1-c, np,ext],
[ partner_2-c, pp,dep]],
2],
[ [ [ partner_2-c, poss,gen],
[ partner_1-c, np,dep]],
1],
[ [ [ partner_1-c, np,ext],
[ partner_2-c, poss,gen]],
1],
[ [ [ partner_1-c, target,target]],
1],
[ [ [ partner_2-c, poss,gen],
[ partner_1-c, np,appositive]],
1],
[ [ [ partner_1-c, n,head],
[ partner_2-c, dni,null]],
1],
[ [ [ partner_1-c, target,target],
[ partner_2-c, dni,null]],
4],
[ [ [ partner_2-c, poss,gen],
[ partner_1-c, n,head]],
5],
[ [ [ partner_2-c, poss,gen],
[ partner_1-c, n,appositive]],
1],
[ [ [ partner_1-c, target,target],
[ partner_2-c, pp,dep]],
3],
[ [ [ partner_2-c, np,ext],
[ partner_1-c, n,head]],
1],
[ [ [ partner_2-c, poss,gen],
[ partner_1-c, target,target]],
31]]),
concept(fn,personal_relationship),
ttholds(inflNounFeminineSingularUnchecked,'TTWord_Wife',"wife")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John beats a mother of his own wife .").
/* sentence80 = decl( s( np(3+sg,nameOf(John,john,[]),[]),
verb(main+tv,beat,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],mother),
[ prep_phrase( Prep,
prep(of),
np( 3+sg,
np_head(Det4,det(the(sg)),[adj(own)],wife),
[ prep_phrase(PoSS,poSS,np(3+sg,pronoun(masc,3+sg),[]))]))]))],
[])). */
%~ ?- c88("John beats a mother of his own wife .").
%~ i_sentence=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ clausify80=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ any_to_ace_str="John beats a mother of somebody that is male ' s own wife .".
%~ ?- c88("John beats a mother of his own wife .").
%~ try_ace_drs=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ simplify80=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ try_ace_fol=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ results80=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ any_to_ace_str="John beats a mother of his own wife .".
%~ ?- c88("John beats a mother of his own wife .").
%~ try_ace_eng=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ compile80=failure.
%~ ?- c88("John beats a mother of his own wife .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',beats],
[ 'NP',
[ 'NP',
['DT',a],
['NN',mother]],
[ 'PP',
['IN',of],
[ 'NP',
['PRP$',his],
['JJ',own],
['NN',wife]]]]],
['.','.']]],
_235854).
%~ call_residue_vars = [ _165662, _165632,_165588,_165568,_165548,_165508,
%~ _165402,_165376,_165336,_165316,_165296,
%~ _165256].
%~ ?- c88("John beats a mother of his own wife .").
/* e2c_80 = asserted( exists( Owner_Exists_Male,
exists( Wife_ColFn_Own,
exists( Patient_Exists_Mother,
exists( Doer_Exists_John,
exists( Exists_ActBeating,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActBeating,actBeating) &
doer(Exists_ActBeating,Doer_Exists_John) &
patient(Exists_ActBeating,Patient_Exists_Mother))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Mother,'Mother') &
iza(Wife_ColFn_Own,tColFn("own")) &
iza(Wife_ColFn_Own,'Wife') &
owner(Wife_ColFn_Own,Owner_Exists_Male) &
iza(Owner_Exists_Male,tMale) &
of(Patient_Exists_Mother,Wife_ColFn_Own) &
iza(Doer_Exists_John,'John'))))))))). */
/* c88 = asserted( exists( Owner_Exists_Male,
exists( Wife_ColFn_Own,
exists( Patient_Exists_Mother,
exists( Doer_Exists_John,
exists( Exists_ActBeating,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActBeating,actBeating) &
doer(Exists_ActBeating,Doer_Exists_John) &
patient(Exists_ActBeating,Patient_Exists_Mother))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Mother,'Mother') &
iza(Wife_ColFn_Own,tColFn("own")) &
iza(Wife_ColFn_Own,'Wife') &
owner(Wife_ColFn_Own,Owner_Exists_Male) &
iza(Owner_Exists_Male,tMale) &
of(Patient_Exists_Mother,Wife_ColFn_Own) &
iza(Doer_Exists_John,'John'))))))))). */
%~ ?-c88("A man who walks is happy . A man who talks is sad . The man waits .").
%~ list_undefined([]).
%~ ?- c88("A man who walks is happy").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',walks]]]]],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',happy]]]]]. */
%~ ?- c88("A man who walks is happy").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(4),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( man, [
pos(nn), root(man),loc(2),lnks(4),txt("man"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,4))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_69300,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( walks, [
pos(vbz), root(walk),loc(4),lnks(6),txt("walks"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(4,4))),
link(2,'S',r('S',seg(4,4))),
link(3,'SBAR',r('SBAR',seg(3,4))), link(4,'NP',r('NP',seg(1,4))),link(5,'S',r('S',seg(1,6))),
link(6,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xWalkTheWord,"walks"),
cycWord(xWalkTheWord),
cycTerm(actWalkingGeneric,ttTemporalStuffType,ttThing),
cycTerm(actWalkingAPet,ttTemporalObjectType,ttThing),
cycTerm('Walking-ConsociatingSomething',ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xWalkTheWord,walk),
clex_word(verb,walks,walk,iv+finsg),
clex_word(verb,walks,walk,tv+finsg),
clex_word(noun,walks,walk,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Walk',"walks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Walk',"walks"),
ttholds(inflExpletiveUnchecked,'TTWord_Walks',"walks"),
talk_db(noun1,walk,walks),
talk_db(noun_or_verb,walks,walking,walk),
talk_db(transitive,walk,walks,walked,walking,walked)]),
w( is, [
pos(vbz), root(be),loc(5),lnks(3),txt("is"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(5,6))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( happy, [
pos(jj), root(happy),loc(6),lnks(4),txt("happy"),
truecase('INIT_UPPER'),link(1,'ADJP',r('ADJP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xHappyTheWord,"happy"),
cycWord(xHappyTheWord),
cycTerm(nartR(vMediumToVeryHighAmountFn,vtHappiness),vtGenericQuantity,vtHappiness),
ac(regularDegree,xHappyTheWord,happy),
clex_word(adj_prep(for),happy,happy,unknown),
clex_word(adj_prep(about),happy,happy,unknown),
clex_word(adj,happy,happy,unknown),
fsr( happy-a,
emotion_directed,
[ [ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, vping,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, pping,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, pping,dep]],
1],
[ [ [ experiencer-c, np,dep]],
6],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, sfin,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ expressor-c, np,dep]],
5],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, vping,dep]],
5],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, pp,dep]],
5],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ expressor-c, np,dep]],
1],
[ [ [ experiencer-c, np,ext]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ empathy_target-e, pp,dep]],
1],
[ [ [ circumstances-e, sinterrog,dep],
[ experiencer-c, np,ext],
[ degree-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
3]]), concept(fn,emotion_directed),fsr(happy-a,luck,[]),
concept(fn,luck),
ttholds(inflAdjective,'TTWord_Happy',"happy"),
talk_db(adj,happy)])]. */
%~ ?- c88("A man who walks is happy").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(a),[],man),
[ reduced_rel( Wh_S,
s( np(3+sg,pronoun(agent,3+sg),[]),
verb(main+tv,walk,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(happy))],
[])). */
%~ ?- c88("A man who walks is happy").
/* i_sentence = assertion80( pred(
quantS( det(a),
thing&Thing-Man, '`'(ti(man,Man)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
Pronoun-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Pronoun,pronoun(agent,3+sg))),
'`'(true),
[],
Pronoun-Mg),
identityQ([root]),
generic_pred(frame_50512,thing,mg(walk),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Man, '`'(true),'`'(true),
[],
thing&Thing-Generic)])],
thing&Thing-Happy),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Happy,happy,adj))&'`'(true)])). */
%~ ?- c88("A man who walks is happy").
/* clausify80 = answer80([]) :-
^( Generic_Happy_Man,
( qualifiedBy(Mg_QualifiedBy,Pronoun,pronoun(agent,3+sg)) ,
ti(man,Generic_Happy_Man) ,
generic_pred(frame_50512,thing,mg(walk),Mg_QualifiedBy,Generic_Happy_Man) ,
property(Generic_Happy_Man,happy,adj))). */
%~ ?- c88("A man who walks is happy").
%~ any_to_ace_str="A man who walks is happy .".
%~ ?- c88("A man who walks is happy").
/* try_ace_drs = drs( [Man,Walk,Happy,Be], [
object(Man,man,countable,na,eq,1) -
1/2,
predicate(Walk,walk,Man)-1/4,
property(Happy,happy,pos)-1/6,
predicate(Be,be,Man,Happy)-1/5]). */
%~ ?- c88("A man who walks is happy").
/* simplify80 = answer80([]) :-
^( Generic_Happy_Man,
( qualifiedBy(Walk_QualifiedBy,Pronoun,pronoun(agent,3+sg)) ,
ti(man,Generic_Happy_Man) ,
generic_pred(frame_50512,thing,walk,Walk_QualifiedBy,Generic_Happy_Man) ,
property(Generic_Happy_Man,happy,adj))). */
%~ ?- c88("A man who walks is happy").
/* try_ace_fol = exists( Exists_Man,
exists( Exists_Walk,
exists( Exists_Happy,
exists( Be,
( object(Event_Object,Exists_Man,man,countable,na,eq,1) &
predicate(Event_Object,Exists_Walk,walk,Exists_Man) &
property(Event_Object,Exists_Happy,happy,pos) &
predicate(Event_Object,Be,be,Exists_Man,Exists_Happy)))))). */
%~ ?- c88("A man who walks is happy").
%~ results80=[[false]].
%~ ?- c88("A man who walks is happy").
%~ any_to_ace_str="A man who walks is happy .".
%~ ?- c88("A man who walks is happy").
%~ try_ace_eng=['There is a man X1.','The man X1 walks.','The man X1 is happy.'].
%~ ?- c88("A man who walks is happy").
/* compile80 = ( ( ( database80(qualifiedBy(Walk_QualifiedBy,Pronoun,pronoun(agent,3+sg))) ,
database80(ti(man,Generic_Happy_Man)) ,
database80(generic_pred(frame_50512,thing,walk,Walk_QualifiedBy,Generic_Happy_Man)) ,
database80(property(Generic_Happy_Man,happy,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A man who walks is happy").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',walks]]]]],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',happy]]]]],
_92064).
%~ call_residue_vars = [ _80526, _80500,_80466,_80442,_80372,_80346,
%~ _80312,_80292,_80054,_76128,_71678].
%~ ?- c88("A man who walks is happy").
/* e2c_80 = asserted( exists( Patient_Exists,
exists( TimeFn_Finsg_ActWalking,
exists( Exists_Man_Equals,
exists( Exists_ColFn_Happy,
( iza(Exists_ColFn_Happy,tColFn("happy")) &
equals(Exists_Man_Equals,Exists_ColFn_Happy) &
iza(Exists_Man_Equals,'Man') &
iza(TimeFn_Finsg_ActWalking,actWalking) &
doer(TimeFn_Finsg_ActWalking,Exists_Man_Equals) &
patient(TimeFn_Finsg_ActWalking,Patient_Exists) &
iza(TimeFn_Finsg_ActWalking,timeFn(finsg)))))))). */
%~ ?- c88("A man who talks is sad").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',talks]]]]],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',sad]]]]]. */
%~ ?- c88("A man who talks is sad").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(4),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( man, [
pos(nn), root(man),loc(2),lnks(4),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,4))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_85410,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( talks, [
pos(vbz), root(talk),loc(4),lnks(6),txt("talks"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,4))),
link(2,'S',r('S',seg(4,4))),
link(3,'SBAR',r('SBAR',seg(3,4))), link(4,'NP',r('NP',seg(1,4))),link(5,'S',r('S',seg(1,6))),
link(6,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xTalkTheWord,"talks"),
cycWord(xTalkTheWord),
cycTerm(actTalking,ttHumanCapabilityType,ttProcessType),
cycTerm(actSpokenCommunicating,ttProcessType,ttCumulativeEventType),
cycTerm(actSpeaking,ttHumanCapabilityType,ttProcessType),
ac(infinitive,xTalkTheWord,talk),
clex_word(verb,talks,talk,iv+finsg),
clex_word(verb,talks,talk,tv+finsg),
clex_word(noun,talks,talk,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Talk',"talks"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Talk',"talks"),
talk_db(noun1,talk,talks),
talk_db(noun_or_verb,talks,talking,talk),
talk_db(intransitive,talk,talks,talked,talking,talked),
talk_db(transitive,talk,talks,talked,talking,talked)]),
w( is, [
pos(vbz), root(be),loc(5),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,6))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( sad, [
pos(jj), root(sad),loc(6),lnks(4),txt("sad"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xSadTheWord,"sad"),cycWord(xSadTheWord),
cycTerm(uU(vIntervalMinFn,nartR(vLowAmountFn,vtSadness)),ttThing,tThing),
cycTerm(mobSad,ttAgentTypeByEmotionalState,ttThing),
ac(regularDegree,xSadTheWord,sad),
clex_word(adj,sad,sad,unknown),
fsr( sad-a,
emotion_directed,
[ [ [ [ experiencer-c, n,head]],
6],
[ [ [ stimulus-c, sub,dep],
[ experiencer-c, cni,null]],
1],
[ [ [ degree-p, target,target],
[ expressor-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, pp,dep],
[ reason-e, sforto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, pp,dep]],
2],
[ [ [ degree-p, avp,dep],
[ expressor-c, n,head]],
1],
[ [ [ degree-p, avp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, pping,dep]],
1],
[ [ [ expressor-c, np,ext],
[ expressor-c, np,ext]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, sfin,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ empathy_target-e, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ empathy_target-e, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ stimulus-c, vpto,dep]],
2],
[ [ [ degree-p, avp,dep],
[ experiencer-c, np,ext],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, sfin,dep]],
1],
[ [ [ circumstances-e, sub,dep],
[ experiencer-c, np,ext],
[ degree-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep]],
6],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ reason-e, sub,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ experiencer-c, np,ext]],
2],
[ [ [ expressor-c, n,head]],
7],
[ [ [ expressor-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, target,target]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2]]),
concept(fn,emotion_directed),
fsr( sad-a,
stimulus_focus,
[ [ [ [ experiencer-p, pp,dep],
[ stimulus-c, vpto,dep]],
1],
[ [ [ degree-p, avp,dep],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ stimulus-c, np,head]],
1],
[ [ [ stimulus-c, np,ext]],
1],
[ [ [ degree-p, target,target],
[ stimulus-c, n,head]],
2],
[ [ [ stimulus-c, n,head]],
38],
[ [ [ stimulus-c, vpto,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, n,dep],
[ circumstances-e, sfin,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
2]]),
concept(fn,stimulus_focus), ttholds(inflAdjective,'TTWord_Sad',"sad"),talk_db(adj,sad)])]. */
%~ ?- c88("A man who talks is sad").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(a),[],man),
[ reduced_rel( Wh_S,
s( np(3+sg,pronoun(agent,3+sg),[]),
verb(main+tv,talk,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(sad))],
[])). */
%~ ?- c88("A man who talks is sad").
/* i_sentence = assertion80( pred(
quantS( det(a),
thing&Thing-Man, '`'(ti(man,Man)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
Pronoun-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Pronoun,pronoun(agent,3+sg))),
'`'(true),
[],
Pronoun-Mg),
identityQ([root]),
generic_pred(frame_50569,thing,mg(talk),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Man, '`'(true),'`'(true),
[],
thing&Thing-Generic)])],
thing&Thing-Sad),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Sad,sad,adj))&'`'(true)])). */
%~ ?- c88("A man who talks is sad").
/* clausify80 = answer80([]) :-
^( Generic_Sad_Man,
( qualifiedBy(Mg_QualifiedBy,Pronoun,pronoun(agent,3+sg)) ,
ti(man,Generic_Sad_Man) ,
generic_pred(frame_50569,thing,mg(talk),Mg_QualifiedBy,Generic_Sad_Man) ,
property(Generic_Sad_Man,sad,adj))). */
%~ ?- c88("A man who talks is sad").
%~ any_to_ace_str="A man who talks is sad .".
%~ ?- c88("A man who talks is sad").
/* try_ace_drs = drs( [Man,Talk,Sad,Be], [
object(Man,man,countable,na,eq,1) -
1/2,
predicate(Talk,talk,Man)-1/4,
property(Sad,sad,pos)-1/6,
predicate(Be,be,Man,Sad)-1/5]). */
%~ ?- c88("A man who talks is sad").
/* simplify80 = answer80([]) :-
^( Generic_Sad_Man,
( qualifiedBy(Talk_QualifiedBy,Pronoun,pronoun(agent,3+sg)) ,
ti(man,Generic_Sad_Man) ,
generic_pred(frame_50569,thing,talk,Talk_QualifiedBy,Generic_Sad_Man) ,
property(Generic_Sad_Man,sad,adj))). */
%~ ?- c88("A man who talks is sad").
/* try_ace_fol = exists( Exists_Man,
exists( Exists_Talk,
exists( Exists_Sad,
exists( Be,
( object(Event_Object,Exists_Man,man,countable,na,eq,1) &
predicate(Event_Object,Exists_Talk,talk,Exists_Man) &
property(Event_Object,Exists_Sad,sad,pos) &
predicate(Event_Object,Be,be,Exists_Man,Exists_Sad)))))). */
%~ ?- c88("A man who talks is sad").
%~ results80=[[false]].
%~ ?- c88("A man who talks is sad").
%~ any_to_ace_str="A man who talks is sad .".
%~ ?- c88("A man who talks is sad").
%~ try_ace_eng=['There is a man X1.','The man X1 talks.','The man X1 is sad.'].
%~ ?- c88("A man who talks is sad").
/* compile80 = ( ( ( database80(qualifiedBy(Talk_QualifiedBy,Pronoun,pronoun(agent,3+sg))) ,
database80(ti(man,Generic_Sad_Man)) ,
database80(generic_pred(frame_50569,thing,talk,Talk_QualifiedBy,Generic_Sad_Man)) ,
database80(property(Generic_Sad_Man,sad,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A man who talks is sad").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',talks]]]]],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',sad]]]]],
_151896).
%~ call_residue_vars = [ _107890, _107864,_107838,_107810,_107782,_107706,
%~ _107680,_107654,_107626,_107598,_100772,
%~ _96322].
%~ ?- c88("A man who talks is sad").
/* e2c_80 = asserted( exists( Patient_Exists7,
exists( TimeFn_Finsg_ActTalking,
exists( ObjectSaded_Exists,
exists( Doer_Exists_Man,
exists( Exists_ActSading,
( iza(Exists_ActSading,actSading) &
doer(Exists_ActSading,Doer_Exists_Man) &
objectSaded(Exists_ActSading,ObjectSaded_Exists) &
iza(Doer_Exists_Man,'Man') &
iza(TimeFn_Finsg_ActTalking,actTalking) &
doer(TimeFn_Finsg_ActTalking,Doer_Exists_Man) &
patient(TimeFn_Finsg_ActTalking,Patient_Exists7) &
iza(TimeFn_Finsg_ActTalking,timeFn(finsg))))))))). */
%~ ?- c88("The man waits .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]]. */
%~ ?- c88("The man waits .").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(3),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( waits, [
pos(vbz), root(wait),loc(3),lnks(3),txt("waits"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(3,3))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(thirdPersonSgPresent,xWaitTheWord,"waits"),
cycWord(xWaitTheWord),
cycTerm(actWaitingOnATable,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
cycTerm(actWaiting,ttTemporalStuffType,ttOneOrMoreAgentActivityType),
ac(infinitive,xWaitTheWord,wait),
clex_word(verb,waits,wait,iv+finsg),
clex_word(verb,waits,wait,tv+finsg),
clex_word(noun,waits,wait,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Wait',"waits"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Wait',"waits"),
talk_db(noun1,wait,waits),
talk_db(noun_or_verb,waits,waiting,wait),
talk_db(intransitive,wait,waits,waited,waiting,waited),
talk_db(transitive,wait,waits,waited,waiting,waited)]),
w( '.', [
pos('.'), root('.'),loc(4),lnks(2),txt("."),
link(1,'S',r('S',seg(1,4))), link(2,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The man waits .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(the(sg)),[],man),[]),
verb(main+tv,wait,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("The man waits .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing7&Thing-_498390,
'`'(qualifiedBy(_493128,thing&Thing7&Thing,np_head(Det,det(the(sg)),[],man))),
'`'(true),
[],
thing&Thing7&Thing-Wait_Intrans),
identityQ([root]),
intrans_pred(thing,Thing,wait,Wait_Intrans),
[])). */
%~ ?- c88("The man waits .").
/* clausify80 = answer80([]) :-
qualifiedBy(Intrans_Wait,thing&_80752&Thing,np_head(Det,det(the(sg)),[],man)) ,
intrans_pred(thing,Thing,wait,Intrans_Wait). */
%~ ?- c88("The man waits .").
%~ any_to_ace_str="The man waits .".
%~ ?- c88("The man waits .").
/* try_ace_drs = drs( [Wait,Man], [
object(Man,man,countable,na,eq,1) -
1/2,
predicate(Wait,wait,Man)-1/3]). */
%~ ?- c88("The man waits .").
%~ simplify80=(answer80([]):-ti(man,_112020),intrans_pred(thing,_112024,wait,_112020)).
%~ ?- c88("The man waits .").
/* try_ace_fol = exists( Exists_Wait,
exists( Man,
( object(Event_Object,Man,man,countable,na,eq,1) &
predicate(Event_Object,Exists_Wait,wait,Man)))). */
%~ ?- c88("The man waits .").
%~ results80=[[false]].
%~ ?- c88("The man waits .").
%~ any_to_ace_str="The man waits .".
%~ ?- c88("The man waits .").
%~ try_ace_eng=['There is a man X1.','The man X1 waits.'].
%~ ?- c88("The man waits .").
/* compile80 = ( ( ( database80(ti(man,Intrans_Wait_Man)) ,
database80(intrans_pred(thing,Thing,wait,Intrans_Wait_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("The man waits .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]],
_307786).
%~ call_residue_vars = [ _77918, _77896,_77882,_77868,_77846,_77832].
%~ ?- c88("The man waits .").
/* e2c_80 = asserted( exists( Patient_Exists,
exists( Doer_Exists_Man,
exists( TimeFn_Finsg_ActWaiting,
( iza(TimeFn_Finsg_ActWaiting,actWaiting) &
doer(TimeFn_Finsg_ActWaiting,Doer_Exists_Man) &
patient(TimeFn_Finsg_ActWaiting,Patient_Exists) &
iza(TimeFn_Finsg_ActWaiting,timeFn(finsg)) &
the(Doer_Exists_Man) &
iza(Doer_Exists_Man,'Man')))))). */
/* c88 = [ answer80([]) :-
^( Generic_Happy_Man,
( qualifiedBy(Walk_QualifiedBy,Pronoun,pronoun(agent,3+sg)) ,
ti(man,Generic_Happy_Man) ,
generic_pred(frame_50512,thing,walk,Walk_QualifiedBy,Generic_Happy_Man) ,
property(Generic_Happy_Man,happy,adj))),
answer80([]) :-
^( Generic_Sad_Man7,
( qualifiedBy(Talk_QualifiedBy6,Pronoun5,pronoun(agent,3+sg)) ,
ti(man,Generic_Sad_Man7) ,
generic_pred(frame_50569,thing,talk,Talk_QualifiedBy6,Generic_Sad_Man7) ,
property(Generic_Sad_Man7,sad,adj))),
answer80([]) :-
ti(man,Intrans_Wait_Man10) ,
intrans_pred(thing,Thing,wait,Intrans_Wait_Man10)]. */
%~ ?-c88("A dog of a man eats . A dog of a woman drinks . The dog of the man waits .").
%~ list_undefined([]).
%~ ?- c88("A dog of a man eats").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',a],
['NN',man]]]],
[ 'VP',
['VBZ',eats]]]]. */
%~ ?- c88("A dog of a man eats").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(4),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( dog, [
pos(nn), root(dog),loc(2),lnks(4),txt("dog"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( a, [
pos(dt), root(a),loc(4),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(5),lnks(5),txt("man"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( eats, [
pos(vbz), root(eat),loc(6),lnks(3),txt("eats"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(6,6))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xEatTheWord,"eats"),
cycWord(xEatTheWord),
cycTerm(actEatingEvent,ttProcessType,ttCumulativeEventType),
ac(infinitive,xEatTheWord,eat),
clex_word(verb,eats,eat,iv+finsg),
clex_word(verb,eats,eat,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Eat',"eats"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],eats),
talk_db(transitive,eat,eats,ate,eating,eaten),
talk_db(intransitive,eat,eats,eated,eating,eated)])]. */
%~ ?- c88("A dog of a man eats").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(a),[],dog),
[ prep_phrase(Prep,prep(of),np(3+sg,np_head(Det2,det(a),[],man),[]))]),
verb(main+tv,eat,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("A dog of a man eats").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-_350054,
'`'(qualifiedBy(_344792,thing&Thing13&Thing,np_head(Det,det(a),[],dog))),
'`'(true),
[],
thing&Thing13&Thing-Eat),
identityQ([root]),
intrans_pred_prep(thing,Thing,eat,Eat,of,Of_Prep),
[ quantS( identityQ(IdentityQ2),
thing&Thing9-_369132,
'`'(qualifiedBy(_363880,thing&Thing9,np_head(Det10,det(a),[],man))),
'`'(true),
[],
thing&Thing9-Of_Prep)])). */
%~ ?- c88("A dog of a man eats").
/* clausify80 = answer80([]) :-
qualifiedBy(Prep_Of,thing&Thing,np_head(Det,det(a),[],man)) ,
qualifiedBy(Eat,thing&_406684&Thing5,np_head(Det3,det(a),[],dog)) ,
intrans_pred_prep(thing,Thing5,eat,Eat,of,Prep_Of). */
%~ ?- c88("A dog of a man eats").
%~ any_to_ace_str="A dog of a man eats .".
%~ ?- c88("A dog of a man eats").
/* try_ace_drs = drs( [Of_Dog,Relation_Man,Eat], [
object(Of_Dog,dog,countable,na,eq,1) -
1/2,
object(Relation_Man,man,countable,na,eq,1) -
1/5,
relation(Of_Dog,of,Relation_Man)-1/3,
predicate(Eat,eat,Of_Dog)-1/6]). */
%~ ?- c88("A dog of a man eats").
/* simplify80 = answer80([]) :-
ti(man,Prep_Of_Man) ,
ti(dog,Eat_Dog) ,
intrans_pred_prep(thing,Thing,eat,Eat_Dog,of,Prep_Of_Man). */
%~ ?- c88("A dog of a man eats").
/* try_ace_fol = exists( Exists_Of_Dog,
exists( Relation_Exists_Man,
exists( Eat,
( object(Event_Object,Exists_Of_Dog,dog,countable,na,eq,1) &
object(Event_Object,Relation_Exists_Man,man,countable,na,eq,1) &
relation(Event_Object,Exists_Of_Dog,of,Relation_Exists_Man) &
predicate(Event_Object,Eat,eat,Exists_Of_Dog))))). */
%~ ?- c88("A dog of a man eats").
%~ results80=[[false]].
%~ ?- c88("A dog of a man eats").
%~ any_to_ace_str="A dog of a man eats .".
%~ ?- c88("A dog of a man eats").
%~ try_ace_eng=['A dog of a man eats.'].
%~ ?- c88("A dog of a man eats").
/* compile80 = ( ( ( database80(ti(man,Prep_Of_Man)) ,
database80(ti(dog,Eat_Dog)) ,
database80(intrans_pred_prep(thing,Thing,eat,Eat_Dog,of,Prep_Of_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A dog of a man eats").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',a],
['NN',man]]]],
[ 'VP',
['VBZ',eats]]]],
_313414).
%~ call_residue_vars = [ _60476, _60462,_60440,_60426,_60404,_60390,
%~ _60368,_60354].
%~ ?- c88("A dog of a man eats").
/* e2c_80 = asserted( exists( Here_Exists_Man,
exists( Patient_Exists,
exists( Doer_Exists_Dog,
exists( TimeFn_Finsg_ActEating,
( iza(TimeFn_Finsg_ActEating,actEating) &
doer(TimeFn_Finsg_ActEating,Doer_Exists_Dog) &
patient(TimeFn_Finsg_ActEating,Patient_Exists) &
iza(TimeFn_Finsg_ActEating,timeFn(finsg)) &
iza(Doer_Exists_Dog,'Dog') &
iza(Here_Exists_Man,'Man') &
of(Doer_Exists_Dog,Here_Exists_Man))))))). */
%~ ?- c88("A dog of a woman drinks").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',a],
['NN',woman],
['NNS',drinks]]]]]. */
%~ ?- c88("A dog of a woman drinks").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( dog, [
pos(nn), root(dog),loc(2),lnks(3),txt("dog"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( of, [
pos(in), root(of),loc(3),lnks(3),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,6))),
link(2,'NP',r('NP',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))),
link(3,'NP',r('NP',seg(1,6))), link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( woman, [
pos(nn), root(woman),loc(5),lnks(4),txt("woman"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))),
link(3,'NP',r('NP',seg(1,6))), link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xWomanTheWord,"woman"),cycWord(xWomanTheWord),
cycTerm(mobAdultFemaleHuman,ttHumanTypeByLifeStageType,ttKEClarifyingCollectionType),
ac(singular,xWomanTheWord,woman),
clex_word(noun,woman,woman,fem+sg-count),
fsr( woman-n,
people,
[ [ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ origin-e, ajp,dep],
[ person-c, target,target]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ origin-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Woman',"woman"),
flexicon(nn,[agr=sg,gender=female],woman)]),
w( drinks, [
pos(nns), root(drink),loc(6),lnks(4),txt("drinks"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))),
link(3,'NP',r('NP',seg(1,6))), link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xDrinkTheWord,"drinks"),cycWord(xDrinkTheWord),
cycTerm(tDrink,ttKEClarifyingCollectionType,ttTemporallyExistingThingTypeFrequentlyForSale),
cycTerm(tObjectAlcoholicBeverage,ttTangibleStuffCompositionType,ttKEClarifyingCollectionType),
ac(singular,xDrinkTheWord,drink),
clex_word(verb,drinks,drink,iv+finsg),
clex_word(verb,drinks,drink,tv+finsg),
clex_word(noun,drinks,drink,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Drink',"drinks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Drink',"drinks"),
talk_db(noun1,drink,drinks),
talk_db(intransitive,drink,drinks,drank,drinking,drunk),
talk_db(transitive,drink,drinks,drank,drinking,drunk)])]. */
%~ ?- c88("A dog of a woman drinks").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(a),[],dog),
[ prep_phrase(Prep,prep(of),np(3+sg,np_head(Det2,det(a),[],woman),[]))]),
verb(main+tv,drink,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("A dog of a woman drinks").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-_278094,
'`'(qualifiedBy(_272832,thing&Thing13&Thing,np_head(Det,det(a),[],dog))),
'`'(true),
[],
thing&Thing13&Thing-Drink),
identityQ([root]),
intrans_pred_prep(thing,Thing,drink,Drink,of,Of_Prep),
[ quantS( identityQ(IdentityQ2),
thing&Thing9-_297172,
'`'(qualifiedBy(_291920,thing&Thing9,np_head(Det10,det(a),[],woman))),
'`'(true),
[],
thing&Thing9-Of_Prep)])). */
%~ ?- c88("A dog of a woman drinks").
/* clausify80 = answer80([]) :-
qualifiedBy(Prep_Of,thing&Thing,np_head(Det,det(a),[],woman)) ,
qualifiedBy(Drink,thing&_335188&Thing5,np_head(Det3,det(a),[],dog)) ,
intrans_pred_prep(thing,Thing5,drink,Drink,of,Prep_Of). */
%~ ?- c88("A dog of a woman drinks").
%~ any_to_ace_str="A dog of a woman drinks .".
%~ ?- c88("A dog of a woman drinks").
/* try_ace_drs = drs( [Of_Dog,Relation_Woman,Drink], [
object(Of_Dog,dog,countable,na,eq,1) -
1/2,
object(Relation_Woman,woman,countable,na,eq,1) -
1/5,
relation(Of_Dog,of,Relation_Woman)-1/3,
predicate(Drink,drink,Of_Dog)-1/6]). */
%~ ?- c88("A dog of a woman drinks").
/* simplify80 = answer80([]) :-
ti(woman,Prep_Of_Woman) ,
ti(dog,Drink_Dog) ,
intrans_pred_prep(thing,Thing,drink,Drink_Dog,of,Prep_Of_Woman). */
%~ ?- c88("A dog of a woman drinks").
/* try_ace_fol = exists( Exists_Of_Dog,
exists( Relation_Exists_Woman,
exists( Drink,
( object(Event_Object,Exists_Of_Dog,dog,countable,na,eq,1) &
object(Event_Object,Relation_Exists_Woman,woman,countable,na,eq,1) &
relation(Event_Object,Exists_Of_Dog,of,Relation_Exists_Woman) &
predicate(Event_Object,Drink,drink,Exists_Of_Dog))))). */
%~ ?- c88("A dog of a woman drinks").
%~ results80=[[false]].
%~ ?- c88("A dog of a woman drinks").
%~ any_to_ace_str="A dog of a woman drinks .".
%~ ?- c88("A dog of a woman drinks").
%~ try_ace_eng=['A dog of a woman drinks.'].
%~ ?- c88("A dog of a woman drinks").
/* compile80 = ( ( ( database80(ti(woman,Prep_Of_Woman)) ,
database80(ti(dog,Drink_Dog)) ,
database80(intrans_pred_prep(thing,Thing,drink,Drink_Dog,of,Prep_Of_Woman))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A dog of a woman drinks").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',a],
['NN',woman],
['NNS',drinks]]]]],
_337084).
%~ call_residue_vars = [ _65024, _65010,_64988,_64974,_64952,_64938,
%~ _64916,_64902].
%~ ?- c88("A dog of a woman drinks").
/* e2c_80 = asserted( exists( Here_Exists_Woman,
exists( Patient_Exists,
exists( Doer_Exists_Dog,
exists( TimeFn_Finsg_ActDrinking,
( iza(TimeFn_Finsg_ActDrinking,actDrinking) &
doer(TimeFn_Finsg_ActDrinking,Doer_Exists_Dog) &
patient(TimeFn_Finsg_ActDrinking,Patient_Exists) &
iza(TimeFn_Finsg_ActDrinking,timeFn(finsg)) &
iza(Doer_Exists_Dog,'Dog') &
iza(Here_Exists_Woman,'Woman') &
of(Doer_Exists_Dog,Here_Exists_Woman))))))). */
%~ ?- c88("The dog of the man waits .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['NN',man]]]],
[ 'VP',
['VBZ',waits]],
['.','.']]]. */
%~ ?- c88("The dog of the man waits .").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( dog, [
pos(nn), root(dog),loc(2),lnks(4),txt("dog"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr1],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(5),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( waits, [
pos(vbz), root(wait),loc(6),lnks(3),txt("waits"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(6,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xWaitTheWord,"waits"),
cycWord(xWaitTheWord),
cycTerm(actWaitingOnATable,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
cycTerm(actWaiting,ttTemporalStuffType,ttOneOrMoreAgentActivityType),
ac(infinitive,xWaitTheWord,wait),
clex_word(verb,waits,wait,iv+finsg),
clex_word(verb,waits,wait,tv+finsg),
clex_word(noun,waits,wait,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Wait',"waits"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Wait',"waits"),
talk_db(noun1,wait,waits),
talk_db(noun_or_verb,waits,waiting,wait),
talk_db(intransitive,wait,waits,waited,waiting,waited),
talk_db(transitive,wait,waits,waited,waiting,waited)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The dog of the man waits .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(the(sg)),[],dog),
[ prep_phrase(Prep,prep(of),np(3+sg,np_head(Det2,det(the(sg)),[],man),[]))]),
verb(main+tv,wait,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("The dog of the man waits .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-_295566,
'`'(qualifiedBy(_290304,thing&Thing13&Thing,np_head(Det,det(the(sg)),[],dog))),
'`'(true),
[],
thing&Thing13&Thing-Wait),
identityQ([root]),
intrans_pred_prep(thing,Thing,wait,Wait,of,Of_Prep),
[ quantS( identityQ(IdentityQ2),
thing&Thing9-_314652,
'`'(qualifiedBy(_309400,thing&Thing9,np_head(Det10,det(the(sg)),[],man))),
'`'(true),
[],
thing&Thing9-Of_Prep)])). */
%~ ?- c88("The dog of the man waits .").
/* clausify80 = answer80([]) :-
qualifiedBy(Prep_Of,thing&Thing,np_head(Det,det(the(sg)),[],man)) ,
qualifiedBy(Wait,thing&_352356&Thing5,np_head(Det3,det(the(sg)),[],dog)) ,
intrans_pred_prep(thing,Thing5,wait,Wait,of,Prep_Of). */
%~ ?- c88("The dog of the man waits .").
%~ any_to_ace_str="The dog of the man waits .".
%~ ?- c88("The dog of the man waits .").
/* try_ace_drs = drs( [Wait,Dog_Of,Relation_Man], [
relation(Dog_Of,of,Relation_Man)-1/3,
object(Dog_Of,dog,countable,na,eq,1) -
1/2,
predicate(Wait,wait,Dog_Of)-1/6,
object(Relation_Man,man,countable,na,eq,1) -
1/5]). */
%~ ?- c88("The dog of the man waits .").
/* simplify80 = answer80([]) :-
ti(man,Prep_Of_Man) ,
ti(dog,Wait_Dog) ,
intrans_pred_prep(thing,Thing,wait,Wait_Dog,of,Prep_Of_Man). */
%~ ?- c88("The dog of the man waits .").
/* try_ace_fol = exists( Exists_Wait,
exists( Exists_Dog_Of,
exists( Relation_Man,
( relation(Event_Relation,Exists_Dog_Of,of,Relation_Man) &
object(Event_Relation,Exists_Dog_Of,dog,countable,na,eq,1) &
predicate(Event_Relation,Exists_Wait,wait,Exists_Dog_Of) &
object(Event_Relation,Relation_Man,man,countable,na,eq,1))))). */
%~ ?- c88("The dog of the man waits .").
%~ results80=[[false]].
%~ ?- c88("The dog of the man waits .").
%~ any_to_ace_str="The dog of the man waits .".
%~ ?- c88("The dog of the man waits .").
%~ try_ace_eng=['A dog of a man waits.'].
%~ ?- c88("The dog of the man waits .").
/* compile80 = ( ( ( database80(ti(man,Prep_Of_Man)) ,
database80(ti(dog,Wait_Dog)) ,
database80(intrans_pred_prep(thing,Thing,wait,Wait_Dog,of,Prep_Of_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("The dog of the man waits .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NN',dog]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['NN',man]]]],
[ 'VP',
['VBZ',waits]],
['.','.']]],
_140576).
%~ call_residue_vars = [ _72198, _72184,_72162,_72148,_72126,_72112,
%~ _72090,_72076].
%~ ?- c88("The dog of the man waits .").
/* e2c_80 = asserted( exists( The_Exists_Man,
exists( Patient_Exists,
exists( Doer_Exists_Dog,
exists( TimeFn_Finsg_ActWaiting,
( iza(TimeFn_Finsg_ActWaiting,actWaiting) &
doer(TimeFn_Finsg_ActWaiting,Doer_Exists_Dog) &
patient(TimeFn_Finsg_ActWaiting,Patient_Exists) &
iza(TimeFn_Finsg_ActWaiting,timeFn(finsg)) &
the(Doer_Exists_Dog) &
iza(Doer_Exists_Dog,'Dog') &
the(The_Exists_Man) &
iza(The_Exists_Man,'Man') &
of(Doer_Exists_Dog,The_Exists_Man))))))). */
/* c88 = [ answer80([]) :-
ti(man,Prep_Of_Man) ,
ti(dog,Eat_Dog) ,
intrans_pred_prep(thing,Thing,eat,Eat_Dog,of,Prep_Of_Man),
answer80([]) :-
ti(woman,Prep_Of_Woman) ,
ti(dog,Drink_Dog6) ,
intrans_pred_prep(thing,Thing7,drink,Drink_Dog6,of,Prep_Of_Woman),
answer80([]) :-
ti(man,Prep_Of_Man10) ,
ti(dog,Wait_Dog11) ,
intrans_pred_prep(thing,Thing12,wait,Wait_Dog11,of,Prep_Of_Man10)]. */
%~ ?-c88("For everybody there is a dog .").
%~ list_undefined([]).
%~ ?- c88("For everybody there is a dog .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
['NN',everybody]]],
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',dog]]],
['.','.']]]. */
%~ ?- c88("For everybody there is a dog .").
/* into_lexical_segs = [ w( for, [
pos(in), root(for),loc(1),lnks(3),txt("For"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( everybody, [
pos(nn), root(everybody),loc(2),lnks(4),
txt("everybody"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,2))), link(2,'PP',r('PP',seg(1,2))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xEveryTheWord,every),
cycWord(xEveryTheWord),
ttholds(inflPronoun,'TTWord_Everybody',"everybody"),
pronoun_to_var(everybody,'Everyperson'),
upcase(text(a),'Everyperson'),
quantifier_pron_lex(everybody,every,person),
text(base,every),
type_wrd_sem( personal_quantified_pronoun,
everyone;everybody,
[ person=3, agr=sg,isa=everyone])]),
w( there, [
pos(ex), root(there),loc(3),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(5),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(6),lnks(4),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("For everybody there is a dog .").
%~ sentence80=failure.
%~ ?- c88("For everybody there is a dog .").
%~ i_sentence=failure.
%~ ?- c88("For everybody there is a dog .").
%~ clausify80=failure.
%~ ?- c88("For everybody there is a dog .").
%~ any_to_ace_str="For everybody there is a dog .".
%~ ?- c88("For everybody there is a dog .").
/* try_ace_drs = drs( [], [
=>(
drs([Somebody],[object(Somebody,somebody,countable,na,eq,1)-1/3]),
drs([Dog],[object(Dog,dog,countable,na,eq,1)-1/7]))]). */
%~ ?- c88("For everybody there is a dog .").
%~ simplify80=failure.
%~ ?- c88("For everybody there is a dog .").
/* try_ace_fol = forall( Somebody,
=>(
object(Event_Object,Somebody,somebody,countable,na,eq,1),
exists(Object_Dog,object(Event_Object,Object_Dog,dog,countable,na,eq,1)))). */
%~ ?- c88("For everybody there is a dog .").
%~ results80=failure.
%~ ?- c88("For everybody there is a dog .").
%~ any_to_ace_str="For everybody there is a dog .".
%~ ?- c88("For everybody there is a dog .").
%~ try_ace_eng=['If there is somebody then there is a dog.'].
%~ ?- c88("For everybody there is a dog .").
%~ compile80=failure.
%~ ?- c88("For everybody there is a dog .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
['NN',everybody]]],
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',dog]]],
['.','.']]],
_462072).
%~ call_residue_vars=[].
%~ ?- c88("For everybody there is a dog .").
%~ e2c_80=failure.
/* c88 = forall( Somebody,
=>(
object(Event_Object,Somebody,somebody,countable,na,eq,1),
exists(Object_Dog,object(Event_Object,Object_Dog,dog,countable,na,eq,1)))). */
%~ ?-c88("A dog that a man sees quickly barks .").
%~ list_undefined([]).
%~ ?- c88("A dog that a man sees quickly barks .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',sees],
[ 'ADVP',
['RB',quickly]]]]]],
[ 'VP',
['VBZ',barks]],
['.','.']]]. */
%~ ?- c88("A dog that a man sees quickly barks .").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(4),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( dog, [
pos(nn), root(dog),loc(2),lnks(4),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( that, [
pos(wdt), root(that),loc(3),lnks(5),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( a, [
pos(dt), root(a),loc(4),lnks(6),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(5),lnks(6),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( sees, [
pos(vbz), root(see),loc(6),lnks(6),txt("sees"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,7))),
link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xSeeTheWord,"sees"),
cycWord(xSeeTheWord),
cycTerm(actVisualPerception,ttMammalCapabilityType,ttProcessType),
cycTerm(actMeetingSomeone,ttTemporalStuffType,iUI_SomeSampleKindsOfSocialActionsSocialTopic),
cycTerm(sees,rtPerceivingSlot,iUI_SensorsPerceptionTopic),
cycTerm(actVisitingSomeone,ttProcessType,ttCumulativeEventType),
ac(infinitive,xSeeTheWord,see),
clex_word(verb,sees,see,iv+finsg),
clex_word(verb,sees,see,tv+finsg),
clex_word(noun,sees,see,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_See',"sees"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_See',"sees"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],sees),
flexicon(xv,[person=3,agr=sg,verb_form=tensed],sees),
talk_db(noun1,see,sees),
talk_db(transitive,see,sees,saw,seeing,seen),
talk_db(intransitive,see,sees,saw,seeing,seen)]),
w( quickly, [
pos(rb), root(quickly),loc(7),lnks(7),txt("quickly"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(4,7))),
link(4,'SBAR',r('SBAR',seg(3,7))), link(5,'NP',r('NP',seg(1,7))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xQuickTheWord,"quickly"),
cycWord(xQuickTheWord),
cycTerm(nartR(vHighAmountFn,vtSpeed),vtGenericQuantity,vtSpeed),
ac(regularAdverb,xQuickTheWord,quickly),
clex_word(adv,quickly,quickly,unknown), fsr(quickly-adv,speed,[]),concept(fn,speed),
ttholds(inflAdverb,'TTWord_Quickly',"quickly"),
talk_db(adv,quickly)]),
w( barks, [
pos(vbz), root(bark),loc(8),lnks(3),txt("barks"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xBarkTheWord,"barks"),
cycWord(xBarkTheWord),
cycTerm(eventBarkingSound,ttTemporalStuffType,ttThing),
cycTerm(actBarking,ttAnimalCapabilityTypeRestricted,ttThing),
ac(infinitive,xBarkTheWord,bark),
clex_word(verb,barks,bark,iv+finsg),
clex_word(verb,barks,bark,tv+finsg),
clex_word(noun,barks,bark,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Bark',"barks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Bark',"barks"),
talk_db(noun1,bark,barks),
talk_db(noun_or_verb,barks,barking,bark),
talk_db(transitive,bark,barks,barked,barking,barked),
talk_db(intransitive,bark,barks,barked,barking,barked)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A dog that a man sees quickly barks .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(a),[],dog),
[ rel( Wh_S,
s( np(3+sg,np_head(Det2,det(a),[],man),[]),
verb(main+tv,see,active,pres+fin,[],[root]),
[ adv(quickly),
arg(dirO,np(3+sg,wh(Wh_S),[]))],
[]))]),
verb(main+tv,bark,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("A dog that a man sees quickly barks .").
/* i_sentence = assertion80( pred(
quantS( det(a),
thing&Thing6&Thing-Dog,
'`'(ti(dog,Dog)),
( pred(
quantS(det(a),_253136-Man,'`'(ti(man,Man)),'`'(true),[],_253136-_253154),
identityQ([adv(quickly),root]),
generic_pred(frame_50940,thing,mg(see),_232224,Generic),
[ quantS( identityQ(IdentityQ),
thing&Thing6&Thing-Dog, '`'(true),'`'(true),
[],
thing&Thing6&Thing-Generic)]) &
'`'(true)),
[],
thing&Thing6&Thing-Bark_Intrans),
identityQ([root]),
intrans_pred(thing,Thing,bark,Bark_Intrans),
[])). */
%~ ?- c88("A dog that a man sees quickly barks .").
/* clausify80 = answer80([]) :-
^( Generic_Bark_Dog,
( ti(dog,Generic_Bark_Dog) ,
^( Mg_Man,
( ti(man,Mg_Man) ,
modalized( quickly,
true,generic_pred(frame_50940,thing,mg(see),Mg_Man,Generic_Bark_Dog),true,true))) ,
intrans_pred(thing,Thing,bark,Generic_Bark_Dog))). */
%~ ?- c88("A dog that a man sees quickly barks .").
%~ any_to_ace_str="A dog that a man sees quickly barks .".
%~ ?- c88("A dog that a man sees quickly barks .").
/* try_ace_drs = drs( [Dog,Man,Quickly_See,Bark], [
object(Dog,dog,countable,na,eq,1) -
1/2,
object(Man,man,countable,na,eq,1) -
1/5,
predicate(Quickly_See,see,Man,Dog)-1/6,
modifier_adv(Quickly_See,quickly,pos)-1/7,
predicate(Bark,bark,Dog)-1/8]). */
%~ ?- c88("A dog that a man sees quickly barks .").
/* simplify80 = answer80([]) :-
^( Generic_Bark_Dog,
( ti(dog,Generic_Bark_Dog) ,
^( See_Man,
( ti(man,See_Man) ,
modalized(quickly,generic_pred(frame_50940,thing,see,See_Man,Generic_Bark_Dog)))) ,
intrans_pred(thing,Thing,bark,Generic_Bark_Dog))). */
%~ ?- c88("A dog that a man sees quickly barks .").
/* try_ace_fol = exists( Exists_Dog,
exists( Exists_Man,
exists( Exists_Quickly_See,
exists( Bark,
( object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
object(Event_Object,Exists_Man,man,countable,na,eq,1) &
predicate(Event_Object,Exists_Quickly_See,see,Exists_Man,Exists_Dog) &
modifier_adv(Event_Object,Exists_Quickly_See,quickly,pos) &
predicate(Event_Object,Bark,bark,Exists_Dog)))))). */
%~ ?- c88("A dog that a man sees quickly barks .").
%~ results80=[[false]].
%~ ?- c88("A dog that a man sees quickly barks .").
%~ any_to_ace_str="A dog that a man sees quickly barks .".
%~ ?- c88("A dog that a man sees quickly barks .").
/* try_ace_eng = [ 'There is a dog X1.', 'There is a man X2.','The dog X1 barks.',
'The man X2 sees the dog X1 quickly.']. */
%~ ?- c88("A dog that a man sees quickly barks .").
/* compile80 = ( ( ( database80(ti(dog,Generic_Bark_Dog)) ,
database80(ti(man,See_Man)) ,
database80(modalized(quickly,generic_pred(frame_50940,thing,see,See_Man,Generic_Bark_Dog))) ,
database80(intrans_pred(thing,Thing,bark,Generic_Bark_Dog))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A dog that a man sees quickly barks .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',dog]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',sees],
[ 'ADVP',
['RB',quickly]]]]]],
[ 'VP',
['VBZ',barks]],
['.','.']]],
_206122).
%~ call_residue_vars=[].
%~ ?- c88("A dog that a man sees quickly barks .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Generic_Bark_Dog,
( ti(dog,Generic_Bark_Dog) ,
^( See_Man,
( ti(man,See_Man) ,
modalized(quickly,generic_pred(frame_50940,thing,see,See_Man,Generic_Bark_Dog)))) ,
intrans_pred(thing,Thing,bark,Generic_Bark_Dog))). */
%~ ?-c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ list_undefined([]).
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',more],
['IN',than],
['CD','2']],
['NNS',dogs]]],
['CC',and],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','4']],
['NNS',dogs]]]],
['.','.']]]. */
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,14))), link(3,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,14))), link(3,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(3),lnks(4),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'VP',r('VP',seg(3,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( more, [
pos(jjr), root(more),loc(4),lnks(6),txt("more"),
truecase('LOWER'),link(1,'QP',r('QP',seg(4,6))),
link(2,'NP',r('NP',seg(4,7))),
link(3,'VP',r('VP',seg(3,7))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xMoreTheWord,"more"),
cycWord(xMoreTheWord),
ac(pronounStrings,xMoreTheWord,"more"),
ac(regularAdverb,xMoreTheWord,"more"), fsr(more-a,increment,[]),concept(fn,increment),
fsr(more-adv,test_the_test,[]), concept(fn,test_the_test),fsr(more-n,increment,[]),
ttholds(inflAdjectiveComparative,'TTWord_Many',"more"),
ttholds(inflAdjectiveComparative,'TTWord_Much',"more"),
ttholds(inflAdverbComparative,'TTWord_Much',"more"),
flexicon( det,
[ sem=more, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
more),
talk_db(adj,more)]),
w( than, [
pos(in), root(than),loc(5),lnks(6),txt("than"),
truecase('LOWER'),link(1,'QP',r('QP',seg(4,6))),
link(2,'NP',r('NP',seg(4,7))),
link(3,'VP',r('VP',seg(3,7))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"than"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ttholds(inflConjunction,'TTWord_Than',"than"),
ttholds(inflPreposition,'TTWord_Than',"than"),
talk_db(conj,than)]),
w( '2', [
pos(cd), root('2'),loc(6),lnks(6),txt("2"),
ner('NUMBER'),normalizedNER('>2.0'),entitylink(2),
corefed,#(1),txt(["2"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(4,6))),
link(2,'NP',r('NP',seg(4,7))),
link(3,'VP',r('VP',seg(3,7))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(street_numberOf,'2_Pennsylvania_Plaza_New_York_City_tt',"2"),
ttholds(street_numberOf,'2_World_Trade_Center_tt',"2"),
ttholds(street_numberOf,'2_place_Jussieu_Paris_tt',"2"),
ttholds(street_numberOf,'2_rue_de_la_Libert__Saint_Denis_tt',"2"),
ttholds(inflAdjectiveUnchecked,'TTWord-2',"2"),
ttholds(inflNounSingularUnchecked,'TTWord-2',"2"),
tr_number('2',2)]),
w( dogs, [
pos(nns), root(dog),loc(7),lnks(5),txt("dogs"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),
link(3,'VP',r('VP',seg(3,13))),
link(4,'S',r('S',seg(1,14))), link(5,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(plural,xDogTheWord,"dogs"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dogs,dog,tv+finsg),
clex_word(noun,dogs,dog,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Dog',"dogs"),
talk_db(noun1,dog,dogs),
talk_db(noun_or_verb,dogs,dogging,dog),
talk_db(transitive,dog,dogs,dogged,dogging,dogged)]),
w( and, [
pos(cc), root(and),loc(8),lnks(3),txt("and"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,13))),
link(2,'S',r('S',seg(1,14))), link(3,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( likes, [
pos(vbz), root(like),loc(9),lnks(4),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,13))),
link(2,'VP',r('VP',seg(3,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( less, [
pos(jjr), root(less),loc(10),lnks(6),txt("less"),
truecase('LOWER'),link(1,'QP',r('QP',seg(10,12))),
link(2,'NP',r('NP',seg(10,13))),
link(3,'VP',r('VP',seg(9,13))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(comparativeAdverb,xLittleTheWord,"less"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),"less"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,"less"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(determinerStrings,xLessTheWord,"less"),
cycWord(xLessTheWord),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less),
clex_word(adv,less,less,unknown),
ttholds(inflPreposition,'TTWord_Less',"less"),
ttholds(inflAdjectiveComparative,'TTWord_Little',"less"),
ttholds(inflAdverbComparative,'TTWord_Little',"less"),
talk_db(adj,less)]),
w( than, [
pos(in), root(than),loc(11),lnks(6),txt("than"),
truecase('LOWER'),link(1,'QP',r('QP',seg(10,12))),
link(2,'NP',r('NP',seg(10,13))),
link(3,'VP',r('VP',seg(9,13))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"than"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ttholds(inflConjunction,'TTWord_Than',"than"),
ttholds(inflPreposition,'TTWord_Than',"than"),
talk_db(conj,than)]),
w( '4', [
pos(cd), root('4'),loc(12),lnks(6),txt("4"),
ner('NUMBER'),normalizedNER('<4.0'),entitylink(4),
corefed,#(2),txt(["4"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(10,12))),
link(2,'NP',r('NP',seg(10,13))),
link(3,'VP',r('VP',seg(9,13))),
link(4,'VP',r('VP',seg(3,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(street_numberOf,'4_place_Jussieu_Paris_tt',"4"),
ttholds(inflAdjectiveUnchecked,'TTWord-4',"4"),
ttholds(inflNounSingularUnchecked,'TTWord-4',"4"),
tr_number('4',4)]),
w( dogs, [
pos(nns), root(dog),loc(13),lnks(5),txt("dogs"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,13))),
link(2,'VP',r('VP',seg(9,13))),
link(3,'VP',r('VP',seg(3,13))),
link(4,'S',r('S',seg(1,14))), link(5,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(plural,xDogTheWord,"dogs"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dogs,dog,tv+finsg),
clex_word(noun,dogs,dog,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Dog',"dogs"),
talk_db(noun1,dog,dogs),
talk_db(noun_or_verb,dogs,dogging,dog),
talk_db(transitive,dog,dogs,dogged,dogging,dogged)]),
w( '.', [
pos('.'), root('.'),loc(14),lnks(2),txt("."),
link(1,'S',r('S',seg(1,14))), link(2,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],man),
[ reduced_rel( Wh_S12,
s( np( 3+pl,
np_head(Generic,generic,[],like),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,comp(more,adj(more),np(3+sg,nameOf(Num,num(2),[]),[])))],
[]))]),
verb(main+tv,dog,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S12),[])),
cond( true-and,
imp( it,
like,
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(main+tv,like,active,imp+fin,[],[pres+fin,sg,root]), [],[])))],
[])),
reduced_rel( Wh_S18,
s( np(3+sg,wh(Wh_S18),[]),
verb(aux+aux(be,Aux_Be14),aux(be,Aux_Be14),active,pres+fin,[],[root]),
[ arg(arg_pred,comp(more,adj(small),np(3+sg,nameOf(Num15,num(4),[]),[])))],
[]))]),
verb(main+tv,dog,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ i_sentence=failure.
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ clausify80=failure.
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ any_to_ace_str="Every man likes more than 2 dogs and likes less than 4 dogs .".
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/2]),
drs( [Dog,Like,Dog4,Like3], [
object(Dog,dog,countable,na,greater,2) -
1/7,
predicate(Like,like,Man,Dog)-1/3,
[ predicate(Like3,like,Man,Dog4)-1/9,
object(Dog4,dog,countable,na,less,4) -
1/13]]))]). */
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ simplify80=failure.
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Exists_Dog,
exists( Exists_Like,
exists( Exists_Dog5,
exists( Like4,
( object(Event_Object,Exists_Dog,dog,countable,na,greater,2) &
predicate(Event_Object,Exists_Like,like,Man,Exists_Dog) &
[ predicate(Event_Object,Like4,like,Man,Exists_Dog5),
object(Event_Object,Exists_Dog5,dog,countable,na,less,4)]))))))). */
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ results80=failure.
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ any_to_ace_str="Every man likes more than 2 dogs and likes less than 4 dogs .".
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ try_ace_eng = ['If there is a man X1 then the man X1 likes more than 2 dogs and the man X1 likes less than 4 dogs.'].
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ compile80=failure.
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',more],
['IN',than],
['CD','2']],
['NNS',dogs]]],
['CC',and],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','4']],
['NNS',dogs]]]],
['.','.']]],
_107006).
%~ call_residue_vars = [ _63334, _63320,_63298,_63284,_63262,_63248,
%~ _63218,_63204,_63190,_63168,_63154,
%~ _63132,_63118,_63088,_62712].
%~ ?- c88("Every man likes more than 2 dogs and likes less than 4 dogs .").
/* e2c_80 = asserted( exists( Patient_Exists_Dog5,
exists( Exists_ActLiking3,
exists( Exists_TimeFn_Finsg4,
exists( Patient_Exists_Dog,
all( Doer_All_Man,
exists( Exists_ActLiking,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActLiking,actLiking) &
doer(Exists_ActLiking,Doer_All_Man) &
patient(Exists_ActLiking,Patient_Exists_Dog))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
quantity(Patient_Exists_Dog,>,2) &
iza(Patient_Exists_Dog,'Dog') &
~numberOf(Patient_Exists_Dog,1) &
holdsIn( Exists_TimeFn_Finsg4,
( iza(Exists_ActLiking3,actLiking) &
doer(Exists_ActLiking3,Doer_All_Man) &
patient(Exists_ActLiking3,Patient_Exists_Dog5))) &
iza(Exists_TimeFn_Finsg4,timeFn(finsg)) &
quantity(Patient_Exists_Dog5,<,4) &
iza(Patient_Exists_Dog5,'Dog') &
~numberOf(Patient_Exists_Dog5,1) &
iza(Doer_All_Man,'Man')))))))))). */
%~ c88 is runtime(1.315).
/* c88 = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Exists_Dog,
exists( Exists_Like,
exists( Exists_Dog5,
exists( Like4,
( object(Event_Object,Exists_Dog,dog,countable,na,greater,2) &
predicate(Event_Object,Exists_Like,like,Man,Exists_Dog) &
[ predicate(Event_Object,Like4,like,Man,Exists_Dog5),
object(Event_Object,Exists_Dog5,dog,countable,na,less,4)]))))))). */
%~ ?-c88("John does not know that Mary sleeps .").
%~ list_undefined([]).
%~ ?- c88("John does not know that Mary sleeps .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',does],
['RB',not],
[ 'VP',
['VB',know],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['NNP','Mary']],
[ 'VP',
['VBZ',sleeps]]]]]],
['.','.']]]. */
%~ ?- c88("John does not know that Mary sleeps .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( does, [
pos(vbz), root(do),loc(2),lnks(3),txt("does"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( not, [
pos(rb), root(not),loc(3),lnks(3),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( know, [
pos(vb), root(know),loc(4),lnks(4),txt("know"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(2,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xKnowTheWord,"know"),cycWord(xKnowTheWord),
cycTerm(knows,rtTemporalExistencePredicate,rtModalPredicate),
cycTerm(knowsAbout,rtTemporalExistencePredicate,rtCognitiveAwarenessPredicate),
cycTerm(nartR(eventHavingPropositionalAttitudeFn,knows),ttTemporalObjectType,ttSetOrCollection),
ac(infinitive,xKnowTheWord,know),
clex_word(verb,know,know,iv+infpl),
clex_word(verb,know,know,tv+infpl),
clex_word(noun,know,know,neutr+sg-count),
fnpattern(know,29020200,awareness,[agent:cognizer,theme:content]),
concept(fn,awareness),
fnpattern(know,29050100,awareness,[agent:cognizer,theme:content]),
fsr( know-v,
awareness,
[ [ [ [ content-c, np,obj],
[ cognizer-c, np,ext],
[ evidence-p, pping,dep]],
1],
[ [ [ content-c, np,ext],
[ topic-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ content-c, np,obj],
[ cognizer-c, np,ext]],
1],
[ [ [ cognizer-c, np,ext],
[ evidence-p, pp,dep],
[ content-c, sfin,dep]],
2],
[ [ [ content-c, np,ext],
[ cognizer-c, cni,null]],
3],
[ [ [ cognizer-c, np,ext],
[ content-c, np,obj],
[ topic-c, pp,dep]],
8],
[ [ [ content-c, sinterrog,ext],
[ evidence-p, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ content-c, pp,dep]],
4],
[ [ [ cognizer-c, np,ext],
[ topic-c, pping,dep]],
2],
[ [ [ content-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ content-c, sfin,dep],
[ explanation-e, sub,dep]],
1],
[ [ [ content-c, np,ext],
[ content-c, vpto,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ content-c, np,obj],
[ content-c, vpto,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ content-c, np,obj],
[ content-c, pp,dep]],
1],
[ [ [ content-c, sinterrog,dep],
[ cognizer-c, dni,null]],
1],
[ [ [ content-c, np,obj],
[ cognizer-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ content-c, np,ext],
[ content-c, sfin,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ content-c, sinterrog,dep]],
11],
[ [ [ cognizer-c, np,ext],
[ evidence-p, pp,dep],
[ content-c, sinterrog,dep]],
1],
[ [ [ content-c, np,dep],
[ cognizer-c, np,ext],
[ content-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ degree-p, avp,dep],
[ content-c, sinterrog,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ content-c, np,obj],
[ content-c, vpto,dep]],
1],
[ [ [ content-c, sinterrog,dep],
[ cognizer-c, cni,null]],
2],
[ [ [ content-c, sfin,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ content-c, swhether,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ content-c, np,obj],
[ cognizer-c, np,ext],
[ content-c, vpto,dep]],
2],
[ [ [ cognizer-c, np,ext],
[ content-c, np,obj],
[ explanation-e, sub,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ evidence-p, pping,dep],
[ content-c, sfin,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ content-c, np,obj]],
4],
[ [ [ cognizer-c, np,ext],
[ content-c, sfin,dep]],
15],
[ [ [ cognizer-c, np,ext],
[ topic-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ content-c, dni,null]],
4]]),
fsr( know-v,
differentiation,
[ [ [ [ phenomenon_1-c, np,obj],
[ phenomenon_2-c, pp,dep],
[ cognizer-c, dni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ phenomenon_1-c, np,obj],
[ phenomenon_2-c, pp,dep]],
2],
[ [ [ cognizer-c, np,ext],
[ degree-p, avp,dep],
[ phenomenon_1-c, np,obj],
[ phenomenon_2-c, pp,dep]],
1]]),
concept(fn,differentiation),
fsr( know-v,
familiarity,
[ [ [ [ cognizer-c, np,ext],
[ entity-c, np,obj],
[ degree-c, pp,dep]],
2],
[ [ [ cognizer-c, np,ext],
[ degree-c, avp,dep],
[ entity-c, np,obj]],
3],
[ [ [ entity-c, np,dep],
[ cognizer-c, np,ext],
[ role-e, pp,dep],
[ degree-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ entity-c, np,obj],
[ degree-c, avp,dep]],
1],
[ [ [ entity-c, np,ext],
[ cognizer-c, pp,dep],
[ degree-c, ini,null]],
1],
[ [ [ entity-c, np,obj],
[ cognizer-c, cni,null],
[ degree-c, ini,null]],
1],
[ [ [ entity-c, np,dep],
[ cognizer-c, np,ext],
[ degree-c, ini,null]],
2],
[ [ [ cognizer-c, np,ext],
[ entity-c, np,obj],
[ degree-c, ini,null]],
8],
[ [ [ role-e, np,dep],
[ role-e, np,dep],
[ entity-c, np,ext],
[ cognizer-c, cni,null],
[ degree-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ entity-c, np,obj],
[ role-e, pp,dep],
[ degree-c, ini,null]],
1]]),
concept(fn,familiarity),
ttholds(inflVerb,'TTWord_Know',"know"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Know',"know"),
ttholds(inflVerbPluralPresent,'TTWord_Know',"know"),
verbnet_map_wn(know,['know%2:31:01','know%2:31:03'],'characterize-29.2-1'),
concept(vn,'characterize-29.2-1'),
listof(concept(wn),['know%2:31:01','know%2:31:03']),
verbnet_map_wn(know,['know%2:31:11'],'conjecture-29.5-1'),
concept(vn,'conjecture-29.5-1'),
listof(concept(wn),['know%2:31:11']),
verbnet_map_wn(know,[],'consider-29.9-1-1'),
concept(vn,'consider-29.9-1-1'),
verbnet_to_framenet('characterize-29.2-1',know,'know.01'),
concept(fn,'know.01'),
verbnet_to_framenet('characterize-29.2-1',know,'know.03'),
concept(fn,'know.03'),
verbnet_to_framenet('conjecture-29.5-1',know,'know.02'),
concept(fn,'know.02'),
verbnet_word(know,'characterize-29.2-1',"know"),
verbnet_word(know,'conjecture-29.5-1',"know"),
verbnet_word(know,'consider-29.9-1-1',"know")]),
w( that, [
pos(in), root(that),loc(5),lnks(5),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( mary, [
pos(nnp), root('Mary'),loc(6),lnks(7),txt("Mary"),
ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Mary_(mother_of_Jesus)'),corefed,#(2),
txt(["Mary"]),type('PROPER'),
numb('SINGULAR'),gender('FEMALE'),
animacy('ANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'VP',r('VP',seg(4,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
flexicon(np,[person=3,agr=sg,gender=fem,case=Case4],mary),
talk_db(interj,mary)]),
w( sleeps, [
pos(vbz), root(sleep),loc(7),lnks(7),txt("sleeps"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(7,7))),
link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'VP',r('VP',seg(4,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xSleepTheWord,"sleeps"),
cycWord(xSleepTheWord),
cycTerm(actSleeping,ttRegularlyRepeatedEventType,ttProcessType),
ac(infinitive,xSleepTheWord,sleep),
clex_word(verb,sleeps,sleep,iv+finsg),
clex_word(verb,sleeps,sleep,tv+finsg),
ttholds(inflNounPlural,'TTWord_Sleep',"sleeps"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Sleep',"sleeps"),
talk_db(noun1,sleep,sleeps),
talk_db(noun_or_verb,sleeps,sleeping,sleep),
talk_db(intransitive,sleep,sleeps,slept,sleeping,slept),
talk_db(transitive,sleep,sleeps,slept,sleeping,slept)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John does not know that Mary sleeps .").
/* sentence80 = decl( s( np(3+sg,nameOf(John,john,[]),[]),
verb( aux+dv(Dv),
aux(do,[pres+fin]), active,pres+fin,
[],
[ aux(do,[pres+fin]), root,not]),
[ arg( dirO,
np( 3+sg,
np_head(Generic,generic,[],know),
[ reduced_rel( Wh_S,
s( np(3+sg,np_head(Det,det(the(sg)),[],mary),[]),
verb(main+tv,sleep,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[]))]))],
[])). */
%~ ?- c88("John does not know that Mary sleeps .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_John10-John, '`'(bE(named,John,john)),'`'(true),
[],
Mg_John10-Mg),
notP([aux(do,[pres+fin]),root,true]),
generic_pred(frame_51201,thing,mg(aux(do,[pres+fin])),Mg,Generic),
[ quantS( voidQ,
Generic_Know12-Know, '`'(bE(same,Know,know)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
Mg19_Mary20-Mary, '`'(ti(mary,Mary)),'`'(true),
[],
Mg19_Mary20-Mg19),
identityQ([root]),
generic_pred(frame_51202,thing,mg(sleep),Mg19,Generic3),
[ quantS( identityQ(IdentityQ4),
Generic_Know12-Know, '`'(true),'`'(true),
[],
Generic_Know12-Generic3)])],
Generic_Know12-Generic)])). */
%~ ?- c88("John does not know that Mary sleeps .").
/* clausify80 = answer80([]) :-
bE(named,Mg_John,john) ,
\+( ^( Generic_Know,
( bE(same,Generic_Know,know) ,
generic_pred(frame_51202,thing,mg(sleep),Mary_Mg,Generic_Know) ,
ti(mary,Mary_Mg) ,
generic_pred(frame_51201,thing,mg(aux(do,[pres+fin])),Mg_John,Generic_Know)))). */
%~ ?- c88("John does not know that Mary sleeps .").
%~ any_to_ace_str="John does not know that Mary sleeps .".
%~ ?- c88("John does not know that Mary sleeps .").
/* try_ace_drs = drs( [], [
-( drs( [Know,Drs_Named], [
predicate(Know,know,named('John'),Drs_Named) -
1/4,
Drs_Named :
drs([Sleep],[predicate(Sleep,sleep,named('Mary'))-1/7])]))]). */
%~ ?- c88("John does not know that Mary sleeps .").
/* simplify80 = answer80([]) :-
\+( ^( Generic_John_Know,
( bE(same,Generic_John_Know,know) ,
generic_pred(frame_51202,thing,sleep,Mary_Sleep,Generic_John_Know) ,
ti(mary,Mary_Sleep) ,
generic_pred(frame_51201,thing,aux(do,[pres+fin]),john,Generic_John_Know)))). */
%~ ?- c88("John does not know that Mary sleeps .").
/* try_ace_fol = -( exists( Exists_Know,
exists( Relation_Named,
( predicate(Event_Predicate,Exists_Know,know,named('John'),Relation_Named) &
accessibility_relation(Event_Predicate,Relation_Named) &
exists(Predicate_Sleep,predicate(Relation_Named,Predicate_Sleep,sleep,named('Mary'))))))). */
%~ ?- c88("John does not know that Mary sleeps .").
%~ results80=[[true]].
%~ ?- c88("John does not know that Mary sleeps .").
%~ any_to_ace_str="John does not know that Mary sleeps .".
%~ ?- c88("John does not know that Mary sleeps .").
%~ try_ace_eng=['It is false that John knows that Mary sleeps.'].
%~ ?- c88("John does not know that Mary sleeps .").
/* compile80 = ( ( \+( ( database80(bE(same,Generic_John_Know,know)) ,
database80(generic_pred(frame_51202,thing,sleep,Mary_Sleep,Generic_John_Know)) ,
database80(ti(mary,Mary_Sleep)) ,
database80(generic_pred(frame_51201,thing,aux(do,[pres+fin]),john,Generic_John_Know)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("John does not know that Mary sleeps .").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',does],
['RB',not],
[ 'VP',
['VB',know],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['NNP','Mary']],
[ 'VP',
['VBZ',sleeps]]]]]],
['.','.']]],
_484972).
%~ call_residue_vars=[].
%~ ?- c88("John does not know that Mary sleeps .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Generic_John_Know,
( bE(same,Generic_John_Know,know) ,
generic_pred(frame_51202,thing,sleep,Mary_Sleep,Generic_John_Know) ,
ti(mary,Mary_Sleep) ,
generic_pred(frame_51201,thing,aux(do,[pres+fin]),john,Generic_John_Know)))). */
%~ ?-c88("John is a customer of someone who is important .").
%~ list_undefined([]).
%~ ?- c88("John is a customer of someone who is important .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]]. */
%~ ?- c88("John is a customer of someone who is important .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))), link(3,'VP',r('VP',seg(2,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( customer, [
pos(nn), root(customer),loc(4),lnks(5),
txt("customer"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))), link(3,'VP',r('VP',seg(2,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xCustomerTheWord,"customer"),
cycWord(xCustomerTheWord),
cycTerm(customers,rtIrreflexiveBinaryPredicate,rtCoexistingObjectsPredicate),
ac(singular,xCustomerTheWord,customer),
ac(nonGradableAdjectiveForm,xCustomTheWord,custom), cycWord(xCustomTheWord),ac(singular,xCustomTheWord,custom),
clex_word(noun,customer,customer,human+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Customer',"customer")]),
w( of, [
pos(in), root(of),loc(5),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,9))),
link(2,'NP',r('NP',seg(3,9))), link(3,'VP',r('VP',seg(2,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( someone, [
pos(nn), root(someone),loc(6),lnks(7),txt("someone"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'PP',r('PP',seg(5,9))),
link(4,'NP',r('NP',seg(3,9))), link(5,'VP',r('VP',seg(2,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xSomeoneTheWord,"someone"),
cycWord(xSomeoneTheWord),
ac(determinerStrings,xSomeTheWord,some), cycWord(xSomeTheWord),ac(regularAdverb,xSomeTheWord,some),
ttholds(inflPronoun,'TTWord_Somebody',"someone"),
pronoun_to_var(someone,'Someperson'),
upcase(text(a),'Someperson'), quantifier_pron_lex(someone,some,person),text(base,some),
type_wrd_sem( personal_quantified_pronoun,
someone;somebody,
[ person=3, agr=sg,isa=someone])]),
w( who, [
pos(wp), root(who),loc(7),lnks(8),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'SBAR',r('SBAR',seg(7,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'PP',r('PP',seg(5,9))),
link(5,'NP',r('NP',seg(3,9))), link(6,'VP',r('VP',seg(2,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_286166,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( is, [
pos(vbz), root(be),loc(8),lnks(9),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,9))),
link(2,'S',r('S',seg(8,9))),
link(3,'SBAR',r('SBAR',seg(7,9))),
link(4,'NP',r('NP',seg(6,9))),
link(5,'PP',r('PP',seg(5,9))),
link(6,'NP',r('NP',seg(3,9))), link(7,'VP',r('VP',seg(2,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( important, [
pos(jj), root(important),loc(9),lnks(10),
txt("important"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(9,9))), link(2,'VP',r('VP',seg(8,9))),link(3,'S',r('S',seg(8,9))),
link(4,'SBAR',r('SBAR',seg(7,9))),
link(5,'NP',r('NP',seg(6,9))),
link(6,'PP',r('PP',seg(5,9))),
link(7,'NP',r('NP',seg(3,9))), link(8,'VP',r('VP',seg(2,9))),link(9,'S',r('S',seg(1,10))),
link(10,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xImportantTheWord,"important"),
cycWord(xImportantTheWord),
ac(regularDegree,xImportantTheWord,important),
clex_word(adj_prep(to),important,important,unknown),
clex_word(adj_prep(for),important,important,unknown),
clex_word(adj,important,important,unknown), fsr(important-a,importance,[]),concept(fn,importance),
ttholds(inflAdjective,'TTWord_Important',"important"),
talk_db(adj,important)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John is a customer of someone who is important .").
/* sentence80 = decl( s( np(3+sg,nameOf(John,john,[]),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],customer),
[ prep_phrase( Prep,
prep(of),
np( 3+sg,
np_head(Some,some,[],person),
[ reduced_rel( Wh_S,
s( np(3+_385440,pronoun(agent,3+_385440),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S12,
s( np(3+sg,wh(Wh_S12),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(important))],
[]))]))]))],
[])). */
%~ ?- c88("John is a customer of someone who is important .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-John, '`'(bE(named,John,john)),'`'(true),
[],
thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Prep_Customer, '`'(ti(customer,Prep_Customer)),'`'(true),
[ ( quantS( some,
thing&Thing12-Person, '`'(ti(person,Person)),'`'(true),
[],
thing&Thing12-Generic) &
'`'(generic_pred(frame_51224,thing,prep(of),Prep_Customer,Generic))),
pred(
quantS( identityQ(IdentityQ4),
thing&Thing-_226642,
'`'(qualifiedBy(_221372,thing&Thing,pronoun(agent,3+_221396))),
'`'(true),
[],
thing&Thing-_221402),
identityQ([aux(be,[pres+fin]),root]),
bE(is,_188998,BE5),
[ quantS( identityQ(IdentityQ6),
thing&Thing-Prep_Customer, '`'(true),'`'(true),
[],
thing&Thing-BE5)]),
pred(
quantS( identityQ(IdentityQ7),
thing&Thing-Prep_Customer, '`'(true),'`'(true),
[],
thing&Thing-_243250), identityQ([root]),true,
['`'(true)&'`'(property(_189042,important,adj))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("John is a customer of someone who is important .").
/* clausify80 = answer80([]) :-
ti(customer,Important_Prep_Customer) ,
quantS( some,
thing&Thing-Person, '`'(ti(person,Person)),'`'(true),
[],
thing&Thing-Generic) ,
generic_pred(frame_51224,thing,prep(of),Important_Prep_Customer,Generic) ,
bE(is,Is,Important_Prep_Customer) ,
property(Important_Prep_Customer,important,adj) ,
qualifiedBy(Is,thing&Thing6,pronoun(agent,3+_316014)) ,
bE(named,Is_John,john) ,
bE(is,Is_John,Important_Prep_Customer). */
%~ ?- c88("John is a customer of someone who is important .").
%~ any_to_ace_str="John is a customer of someone who is important .".
%~ ?- c88("John is a customer of someone who is important .").
/* try_ace_drs = drs(
[ Named_Of_Customer, Relation_Somebody,Important,
Be,Be5],
[ object(Named_Of_Customer,customer,countable,na,eq,1) -
1/4,
object(Relation_Somebody,somebody,countable,na,eq,1) -
1/7,
property(Important,important,pos)-1/10,
predicate(Be,be,Relation_Somebody,Important)-1/9,
relation(Named_Of_Customer,of,Relation_Somebody)-1/5,
predicate(Be5,be,named('John'),Named_Of_Customer) -
1/2]). */
%~ ?- c88("John is a customer of someone who is important .").
/* simplify80 = answer80([]) :-
ti(customer,Important_Prep_Customer) ,
quantS( some,
thing&Thing-Person, ti(person,Person),true,
[],
thing&Thing-Generic) ,
generic_pred(frame_51224,thing,prep(of),Important_Prep_Customer,Generic) ,
bE(is,Is,Important_Prep_Customer) ,
property(Important_Prep_Customer,important,adj) ,
qualifiedBy(Is,thing&Thing7,pronoun(agent,3+_203520)) ,
bE(is,john,Important_Prep_Customer). */
%~ ?- c88("John is a customer of someone who is important .").
/* try_ace_fol = exists( Named_Of_Customer,
exists( Relation_Exists_Somebody,
exists( Exists_Important,
exists( Exists_Be,
exists( Be6,
( object(Event_Object,Named_Of_Customer,customer,countable,na,eq,1) &
object(Event_Object,Relation_Exists_Somebody,somebody,countable,na,eq,1) &
property(Event_Object,Exists_Important,important,pos) &
predicate( Event_Object,
Exists_Be, be,Relation_Exists_Somebody,
Exists_Important) &
relation(Event_Object,Named_Of_Customer,of,Relation_Exists_Somebody) &
predicate(Event_Object,Be6,be,named('John'),Named_Of_Customer))))))). */
%~ ?- c88("John is a customer of someone who is important .").
%~ results80=[[false]].
%~ ?- c88("John is a customer of someone who is important .").
%~ any_to_ace_str="John is a customer of someone who is important .".
%~ ?- c88("John is a customer of someone who is important .").
%~ try_ace_eng=['John is a customer of somebody X1.','X1 is important.'].
%~ ?- c88("John is a customer of someone who is important .").
/* compile80 = ( ( ( database80(ti(customer,Important_Prep_Customer)) ,
database80( quantS( some,
thing&Thing-Person, ti(person,Person),true,
[],
thing&Thing-Generic)) ,
database80(generic_pred(frame_51224,thing,prep(of),Important_Prep_Customer,Generic)) ,
database80(bE(is,Is,Important_Prep_Customer)) ,
database80(property(Important_Prep_Customer,important,adj)) ,
database80(qualifiedBy(Is,thing&Thing7,pronoun(agent,3+_122788))) ,
database80(bE(is,john,Important_Prep_Customer))) ->
False_True8=true ;
False_True8=false) ,
respond([False_True8])). */
%~ ?- c88("John is a customer of someone who is important .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]],
_128076).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]],
_57130).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]],
_57130).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]],
_57130).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',customer]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['NN',someone]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',important]]]]]]]]],
['.','.']]],
_57130).
%~ call_residue_vars=[].
%~ ?- c88("John is a customer of someone who is important .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(customer,Important_Prep_Customer) ,
quantS( some,
thing&Thing-Person, ti(person,Person),true,
[],
thing&Thing-Generic) ,
generic_pred(frame_51224,thing,prep(of),Important_Prep_Customer,Generic) ,
bE(is,Is,Important_Prep_Customer) ,
property(Important_Prep_Customer,important,adj) ,
qualifiedBy(Is,thing&Thing7,pronoun(agent,3+_108634)) ,
bE(is,john,Important_Prep_Customer). */
%~ ?-c88("A man ' s dog barks . The man waits .").
%~ list_undefined([]).
%~ ?- c88("A man ' s dog barks").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man],
['POS','\'s']],
['NN',dog]],
[ 'VP',
['VBZ',barks]]]]. */
%~ ?- c88("A man ' s dog barks").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(4),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( man, [
pos(nn), root(man),loc(2),lnks(4),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( '\'s', [
pos(pos), root('\'s'),loc(3),lnks(4),txt("'s"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(possessiveMarkerStrings,xApostropheSTheWord,"'s"),
cycWord(xApostropheSTheWord),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect])]),
w( dog, [
pos(nn), root(dog),loc(4),lnks(3),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( barks, [
pos(vbz), root(bark),loc(5),lnks(3),txt("barks"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(5,5))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(thirdPersonSgPresent,xBarkTheWord,"barks"),
cycWord(xBarkTheWord),
cycTerm(eventBarkingSound,ttTemporalStuffType,ttThing),
cycTerm(actBarking,ttAnimalCapabilityTypeRestricted,ttThing),
ac(infinitive,xBarkTheWord,bark),
clex_word(verb,barks,bark,iv+finsg),
clex_word(verb,barks,bark,tv+finsg),
clex_word(noun,barks,bark,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Bark',"barks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Bark',"barks"),
talk_db(noun1,bark,barks),
talk_db(noun_or_verb,barks,barking,bark),
talk_db(transitive,bark,barks,barked,barking,barked),
talk_db(intransitive,bark,barks,barked,barking,barked)])]. */
%~ ?- c88("A man ' s dog barks").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(the(sg)),[],dog),
[ prep_phrase(PoSS,poSS,np(3+sg,np_head(Det2,det(a),[],man),[]))]),
verb(main+tv,bark,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("A man ' s dog barks").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing10&Thing-Dog, '`'(ti(dog,Dog)),'`'(true),
[],
thing&Thing10&Thing-Bark),
identityQ([root]),
intrans_pred_prep(thing,Thing,bark,Bark,Intrans_pred_prep,Prep),
[ ( quantS( identityQ(IdentityQ2),
thing&Thing8-Man, '`'(ti(man,Man)),'`'(true),
[],
thing&Thing8-Generic) &
'`'(generic_pred(frame_51242,thing,prep(of),Prep,Generic)))])). */
%~ ?- c88("A man ' s dog barks").
/* clausify80 = answer80([]) :-
ti(man,Generic_Man) ,
ti(dog,Bark_Dog) ,
intrans_pred_prep(thing,Thing,bark,Bark_Dog,Intrans_pred_prep,Prep) ,
generic_pred(frame_51242,thing,prep(of),Prep,Generic_Man). */
%~ ?- c88("A man ' s dog barks").
%~ any_to_ace_str="A man ' s dog barks .".
%~ ?- c88("A man ' s dog barks").
/* try_ace_drs = drs( [Relation_Man,Dog_Of,Bark], [
object(Relation_Man,man,countable,na,eq,1) -
1/2,
relation(Dog_Of,of,Relation_Man)-1/3,
object(Dog_Of,dog,countable,na,eq,1) -
1/5,
predicate(Bark,bark,Dog_Of)-1/6]). */
%~ ?- c88("A man ' s dog barks").
/* simplify80 = answer80([]) :-
ti(man,Generic_Man) ,
ti(dog,Bark_Dog) ,
intrans_pred_prep(thing,Thing,bark,Bark_Dog,Intrans_pred_prep,Prep) ,
generic_pred(frame_51242,thing,prep(of),Prep,Generic_Man). */
%~ ?- c88("A man ' s dog barks").
/* try_ace_fol = exists( Relation_Exists_Man,
exists( Exists_Dog_Of,
exists( Bark,
( object(Event_Object,Relation_Exists_Man,man,countable,na,eq,1) &
relation(Event_Object,Exists_Dog_Of,of,Relation_Exists_Man) &
object(Event_Object,Exists_Dog_Of,dog,countable,na,eq,1) &
predicate(Event_Object,Bark,bark,Exists_Dog_Of))))). */
%~ ?- c88("A man ' s dog barks").
%~ results80=[[false]].
%~ ?- c88("A man ' s dog barks").
%~ any_to_ace_str="A man ' s dog barks .".
%~ ?- c88("A man ' s dog barks").
%~ try_ace_eng=['A dog of a man barks.'].
%~ ?- c88("A man ' s dog barks").
/* compile80 = ( ( ( database80(ti(man,Generic_Man)) ,
database80(ti(dog,Bark_Dog)) ,
database80( intrans_pred_prep(thing,Thing,bark,Bark_Dog,Intrans_pred_prep,Prep)) ,
database80(generic_pred(frame_51242,thing,prep(of),Prep,Generic_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A man ' s dog barks").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','A'],
['NN',man],
['POS','\'s']],
['NN',dog]],
[ 'VP',
['VBZ',barks]]]],
_165280).
%~ call_residue_vars = [ _64310, _64284,_64244,_64170,_64144,_64104].
%~ ?- c88("A man ' s dog barks").
/* e2c_80 = asserted( exists( Patient_Exists_Bark,
exists( Exists_Is_ActDogging,
exists( Exists_TimeFn_Infpl,
( holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_Is_ActDogging,actDogging) &
doer(Exists_Is_ActDogging,is) &
patient(Exists_Is_ActDogging,Patient_Exists_Bark))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Bark,'Bark') &
~numberOf(Patient_Exists_Bark,1) &
iza(is,tColFn("quid"))))))). */
%~ ?- c88("The man waits .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]]. */
%~ ?- c88("The man waits .").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(3),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( waits, [
pos(vbz), root(wait),loc(3),lnks(3),txt("waits"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(3,3))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(thirdPersonSgPresent,xWaitTheWord,"waits"),
cycWord(xWaitTheWord),
cycTerm(actWaitingOnATable,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
cycTerm(actWaiting,ttTemporalStuffType,ttOneOrMoreAgentActivityType),
ac(infinitive,xWaitTheWord,wait),
clex_word(verb,waits,wait,iv+finsg),
clex_word(verb,waits,wait,tv+finsg),
clex_word(noun,waits,wait,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Wait',"waits"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Wait',"waits"),
talk_db(noun1,wait,waits),
talk_db(noun_or_verb,waits,waiting,wait),
talk_db(intransitive,wait,waits,waited,waiting,waited),
talk_db(transitive,wait,waits,waited,waiting,waited)]),
w( '.', [
pos('.'), root('.'),loc(4),lnks(2),txt("."),
link(1,'S',r('S',seg(1,4))), link(2,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The man waits .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(the(sg)),[],man),[]),
verb(main+tv,wait,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("The man waits .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing7&Thing-_109936,
'`'(qualifiedBy(_104674,thing&Thing7&Thing,np_head(Det,det(the(sg)),[],man))),
'`'(true),
[],
thing&Thing7&Thing-Wait_Intrans),
identityQ([root]),
intrans_pred(thing,Thing,wait,Wait_Intrans),
[])). */
%~ ?- c88("The man waits .").
/* clausify80 = answer80([]) :-
qualifiedBy(Intrans_Wait,thing&_137114&Thing,np_head(Det,det(the(sg)),[],man)) ,
intrans_pred(thing,Thing,wait,Intrans_Wait). */
%~ ?- c88("The man waits .").
%~ any_to_ace_str="The man waits .".
%~ ?- c88("The man waits .").
/* try_ace_drs = drs( [Wait,Man], [
object(Man,man,countable,na,eq,1) -
1/2,
predicate(Wait,wait,Man)-1/3]). */
%~ ?- c88("The man waits .").
%~ simplify80=(answer80([]):-ti(man,_99278),intrans_pred(thing,_99282,wait,_99278)).
%~ ?- c88("The man waits .").
/* try_ace_fol = exists( Exists_Wait,
exists( Man,
( object(Event_Object,Man,man,countable,na,eq,1) &
predicate(Event_Object,Exists_Wait,wait,Man)))). */
%~ ?- c88("The man waits .").
%~ results80=[[false]].
%~ ?- c88("The man waits .").
%~ any_to_ace_str="The man waits .".
%~ ?- c88("The man waits .").
%~ try_ace_eng=['There is a man X1.','The man X1 waits.'].
%~ ?- c88("The man waits .").
/* compile80 = ( ( ( database80(ti(man,Intrans_Wait_Man)) ,
database80(intrans_pred(thing,Thing,wait,Intrans_Wait_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("The man waits .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]],
_281968).
%~ call_residue_vars = [ _65172, _65150,_65136,_65122,_65100,_65086].
%~ ?- c88("The man waits .").
/* e2c_80 = asserted( exists( Patient_Exists,
exists( Doer_Exists_Man,
exists( TimeFn_Finsg_ActWaiting,
( iza(TimeFn_Finsg_ActWaiting,actWaiting) &
doer(TimeFn_Finsg_ActWaiting,Doer_Exists_Man) &
patient(TimeFn_Finsg_ActWaiting,Patient_Exists) &
iza(TimeFn_Finsg_ActWaiting,timeFn(finsg)) &
the(Doer_Exists_Man) &
iza(Doer_Exists_Man,'Man')))))). */
/* c88 = [ answer80([]) :-
ti(man,Generic_Man) ,
ti(dog,Bark_Dog) ,
intrans_pred_prep(thing,Thing,bark,Bark_Dog,Intrans_pred_prep,Prep) ,
generic_pred(frame_51242,thing,prep(of),Prep,Generic_Man),
answer80([]) :-
ti(man,Intrans_Wait_Man6) ,
intrans_pred(thing,Thing7,wait,Intrans_Wait_Man6)]. */
%~ ?-c88("At most 2 cars are owned by John .").
%~ list_undefined([]).
%~ ?- c88("At most 2 cars are owned by John .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD','2']],
['NNS',cars]],
[ 'VP',
['VB',are],
[ 'VP',
['VBN',owned],
[ 'PP',
['IN',by],
[ 'NP',
['NNP','John']]]]],
['.','.']]]. */
%~ ?- c88("At most 2 cars are owned by John .").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( '2', [
pos(cd), root('2'),loc(3),lnks(4),txt("2"),
ner('NUMBER'),normalizedNER('<2.0'),entitylink(2),
corefed,#(1),txt(["2"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(street_numberOf,'2_Pennsylvania_Plaza_New_York_City_tt',"2"),
ttholds(street_numberOf,'2_World_Trade_Center_tt',"2"),
ttholds(street_numberOf,'2_place_Jussieu_Paris_tt',"2"),
ttholds(street_numberOf,'2_rue_de_la_Libert__Saint_Denis_tt',"2"),
ttholds(inflAdjectiveUnchecked,'TTWord-2',"2"),
ttholds(inflNounSingularUnchecked,'TTWord-2',"2"),
tr_number('2',2)]),
w( cars, [
pos(nns), root(car),loc(4),lnks(3),txt("cars"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xCarTheWord,"cars"),cycWord(xCarTheWord),
cycTerm(tObjectAutomobile,ttRoadVehicleTypeByUse,ttSpatiallyDisjointObjectType),
ac(singular,xCarTheWord,car),
clex_word(noun,cars,car,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Car',"cars"),
talk_db(noun1,car,cars)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(5),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( owned, [
pos(vbn), root(own),loc(6),lnks(4),txt("owned"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xOwnTheWord,own),cycWord(xOwnTheWord),
clex_word(verb,owned,own,tv+pp),
clex_word(adj,owned,owned,unknown),
ttholds(inflVerb,'TTWord_Own',"owned"),
ttholds(inflVerbPast,'TTWord_Own',"owned"),
ttholds(inflAdjective,'TTWord_Owned',"owned"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( by, [
pos(in), root(by),loc(7),lnks(5),txt("by"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xByTheWord,"by"),cycWord(xByTheWord),
cycTerm(byUnderspecified,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
ac(regularAdverb,xByTheWord,"by"),
fsr(by-prep,locative_relation,[]), concept(fn,locative_relation),fsr(by-prep,means,[]),
concept(fn,means),
ttholds(inflPreposition,'TTWord_By',"by"), talk_db(preposition,by),talk_db(adj,by)]),
w( john, [
pos(nnp), root('John'),loc(8),lnks(6),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(2),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))),
link(3,'VP',r('VP',seg(6,8))), link(4,'VP',r('VP',seg(5,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At most 2 cars are owned by John .").
%~ sentence80=failure.
%~ ?- c88("At most 2 cars are owned by John .").
%~ i_sentence=failure.
%~ ?- c88("At most 2 cars are owned by John .").
%~ clausify80=failure.
%~ ?- c88("At most 2 cars are owned by John .").
%~ any_to_ace_str="At most 2 cars in the past owning by John .".
%~ ?- c88("At most 2 cars are owned by John .").
/* try_ace_drs = drs( [Car,Owning_By,Pp_Past], [
[ modifier_pp(Owning_By,by,named('John')) -
1/11,
predicate(Owning_By,owning,Car)-1/10,
modifier_pp(Owning_By,in,Pp_Past)-1/5,
object(Pp_Past,past,countable,na,eq,1) -
1/7,
object(Car,car,countable,na,leq,2) -
1/4]]). */
%~ ?- c88("At most 2 cars are owned by John .").
%~ simplify80=failure.
%~ ?- c88("At most 2 cars are owned by John .").
/* try_ace_fol = exists( Exists_Car,
exists( Exists_Owning_By,
exists( Pp_Past, [
modifier_pp(Event_Modifier_pp,Exists_Owning_By,by,named('John')),
predicate(Event_Modifier_pp,Exists_Owning_By,owning,Exists_Car),
modifier_pp(Event_Modifier_pp,Exists_Owning_By,in,Pp_Past),
object(Event_Modifier_pp,Pp_Past,past,countable,na,eq,1),
object(Event_Modifier_pp,Exists_Car,car,countable,na,leq,2)]))). */
%~ ?- c88("At most 2 cars are owned by John .").
%~ results80=failure.
%~ ?- c88("At most 2 cars are owned by John .").
%~ any_to_ace_str="At most 2 cars are owned by John .".
%~ ?- c88("At most 2 cars are owned by John .").
%~ try_ace_eng=['At most 2 cars v:owning by John in a past.'].
%~ ?- c88("At most 2 cars are owned by John .").
%~ compile80=failure.
%~ ?- c88("At most 2 cars are owned by John .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD','2']],
['NNS',cars]],
[ 'VP',
['VB',are],
[ 'VP',
['VBN',owned],
[ 'PP',
['IN',by],
[ 'NP',
['NNP','John']]]]],
['.','.']]],
_452770).
%~ call_residue_vars = [ _115266, _115232,_115212,_115198,_115062,_115028,
%~ _115008,_114994].
%~ ?- c88("At most 2 cars are owned by John .").
/* e2c_80 = asserted( exists( ObjectOwned_Exists,
exists( TimeFn_Past_ActOwning,
exists( Exists_John,
exists( Doer_Exists_C,
( p(c(own,by),Doer_Exists_C,Exists_John) &
iza(TimeFn_Past_ActOwning,actOwning) &
doer(TimeFn_Past_ActOwning,Doer_Exists_C) &
objectOwned(TimeFn_Past_ActOwning,ObjectOwned_Exists) &
iza(TimeFn_Past_ActOwning,timeFn(vPast)) &
iza(Exists_John,'John') &
~numberOf(Doer_Exists_C,1) &
quantity(Doer_Exists_C,=<,2) &
iza(Doer_Exists_C,'Car') &
~numberOf(Doer_Exists_C,1))))))). */
/* c88 = exists( Exists_Car,
exists( Exists_Owning_By,
exists( Pp_Past, [
modifier_pp(Event_Modifier_pp,Exists_Owning_By,by,named('John')),
predicate(Event_Modifier_pp,Exists_Owning_By,owning,Exists_Car),
modifier_pp(Event_Modifier_pp,Exists_Owning_By,in,Pp_Past),
object(Event_Modifier_pp,Pp_Past,past,countable,na,eq,1),
object(Event_Modifier_pp,Exists_Car,car,countable,na,leq,2)]))). */
%~ ?-c88("there is a dog which barks and that eats .").
%~ list_undefined([]).
%~ ?- c88("there is a dog which barks and that eats .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'NP',
['RB',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',dog]],
[ 'SBAR',
[ 'NP',
['WDT',which]],
[ 'S',
[ 'VP',
['VBZ',barks]]]]]]],
['CC',and],
[ 'S',
[ 'NP',
['DT',that]],
[ 'VP',
['VBZ',eats]]],
['.','.']]]. */
%~ ?- c88("there is a dog which barks and that eats .").
/* into_lexical_segs = [ w( there, [
pos(rb), root(there),loc(1),lnks(4),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(2),lnks(4),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,6))),
link(2,'S',r('S',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(6),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,10))), link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(4),lnks(6),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,10))), link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( which, [
pos(wdt), root(which),loc(5),lnks(7),txt("which"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,6))),
link(3,'NP',r('NP',seg(3,6))), link(4,'VP',r('VP',seg(2,6))),link(5,'S',r('S',seg(1,6))),
link(6,'S',r('S',seg(1,10))), link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xWhichTheWord,"which"),
cycWord(xWhichTheWord),
ac(pronounStrings,xWhichTheWord,"which"),
ttholds(inflDeterminer,'TTWord_Which',"which"),
ttholds(inflPronoun,'TTWord_Which',"which"),
flexicon( det,
[ sem=which, agr=sg+pl,wh=y,det_type=quant,
preagr=n,can_be_np=y],
which),
type_wrd_sem(relative_pronoun,which,[sem=Sem,varg=subj+nonsubj]), whpron_dict(which,tThing),talk_db(pronoun,which)]),
w( barks, [
pos(vbz), root(bark),loc(6),lnks(8),txt("barks"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,6))),
link(2,'S',r('S',seg(6,6))),
link(3,'SBAR',r('SBAR',seg(5,6))),
link(4,'NP',r('NP',seg(3,6))), link(5,'VP',r('VP',seg(2,6))),link(6,'S',r('S',seg(1,6))),
link(7,'S',r('S',seg(1,10))), link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xBarkTheWord,"barks"),
cycWord(xBarkTheWord),
cycTerm(eventBarkingSound,ttTemporalStuffType,ttThing),
cycTerm(actBarking,ttAnimalCapabilityTypeRestricted,ttThing),
ac(infinitive,xBarkTheWord,bark),
clex_word(verb,barks,bark,iv+finsg),
clex_word(verb,barks,bark,tv+finsg),
clex_word(noun,barks,bark,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Bark',"barks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Bark',"barks"),
talk_db(noun1,bark,barks),
talk_db(noun_or_verb,barks,barking,bark),
talk_db(transitive,bark,barks,barked,barking,barked),
talk_db(intransitive,bark,barks,barked,barking,barked)]),
w( and, [
pos(cc), root(and),loc(7),lnks(2),txt("and"),
truecase('LOWER'),link(1,'S',r('S',seg(1,10))),
link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( that, [
pos(dt), root(that),loc(8),lnks(4),txt("that"),
truecase('LOWER'),corefed,#(2),
txt(["that"]),type('PRONOMINAL'),
numb('UNKNOWN'),gender('NEUTRAL'),
animacy('UNKNOWN'),repm(@(false)),
link(1,'NP',r('NP',seg(8,8))),link(2,'S',r('S',seg(8,9))),
link(3,'S',r('S',seg(1,10))), link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem3,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( eats, [
pos(vbz), root(eat),loc(9),lnks(4),txt("eats"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,9))),
link(2,'S',r('S',seg(8,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xEatTheWord,"eats"),
cycWord(xEatTheWord),
cycTerm(actEatingEvent,ttProcessType,ttCumulativeEventType),
ac(infinitive,xEatTheWord,eat),
clex_word(verb,eats,eat,iv+finsg),
clex_word(verb,eats,eat,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Eat',"eats"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],eats),
talk_db(transitive,eat,eats,ate,eating,eaten),
talk_db(intransitive,eat,eats,eated,eating,eated)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("there is a dog which barks and that eats .").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],dog),
[ conj( and,
rel( Wh_S,
s(np(3+sg,wh(Wh_S),[]),verb(main+tv,bark,active,pres+fin,[],[root]),[],[])),
rel( Wh_S7,
s(np(3+sg,wh(Wh_S7),[]),verb(main+tv,eat,active,pres+fin,[],[root]),[],[])))]))],
[])). */
%~ ?- c88("there is a dog which barks and that eats .").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&_394914&_394916-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&_461186&_461188-_461176,
'`'(qualifiedBy(_452910,thing&_452920&_452922,np_head(Det,det(a),[],dog))),
( conj( and,
( pred(
quantS( identityQ(IdentityQ2),
thing&_503700&_503702-_503690, '`'(true),'`'(true),
[],
thing&_495628&_495630-Intrans),
identityQ([root]),
intrans_pred(thing,_472770,bark,Intrans),
[]) &
'`'(true)),
[],
( pred(
quantS( identityQ(IdentityQ4),
thing&_78542&_78544-_78532, '`'(true),'`'(true),
[],
thing&_70470&_70472-Intrans5),
identityQ([root]),
intrans_pred(thing,_62446,eat,Intrans5),
[]) &
'`'(true)),
[]) &
'`'(true)),
[],
thing&_62444&_62446-BE)])). */
%~ ?- c88("there is a dog which barks and that eats .").
/* clausify80 = answer80([]) :-
qualifiedBy(Intrans_Eat_Bark,thing&_132564&Thing,np_head(Det,det(a),[],dog)) ,
intrans_pred(thing,Thing,bark,Intrans_Eat_Bark) ,
intrans_pred(thing,Thing,eat,Intrans_Eat_Bark) ,
^( Is,
((true,true),true),true,bE(is,Is,Intrans_Eat_Bark),true,true). */
%~ ?- c88("there is a dog which barks and that eats .").
%~ any_to_ace_str="there is a dog which barks and that eats .".
%~ ?- c88("there is a dog which barks and that eats .").
/* try_ace_drs = drs( [Dog,Bark,Eat], [
object(Dog,dog,countable,na,eq,1) -
1/4,
predicate(Bark,bark,Dog)-1/6,
predicate(Eat,eat,Dog)-1/9]). */
%~ ?- c88("there is a dog which barks and that eats .").
/* simplify80 = answer80([]) :-
ti(dog,Eat_Bark_Dog) ,
intrans_pred(thing,Thing,bark,Eat_Bark_Dog) ,
intrans_pred(thing,Thing,eat,Eat_Bark_Dog) ,
BE_Is^bE(is,BE_Is,Eat_Bark_Dog). */
%~ ?- c88("there is a dog which barks and that eats .").
/* try_ace_fol = exists( Exists_Dog,
exists( Exists_Bark,
exists( Eat,
( object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,Exists_Bark,bark,Exists_Dog) &
predicate(Event_Object,Eat,eat,Exists_Dog))))). */
%~ ?- c88("there is a dog which barks and that eats .").
%~ results80=[[false]].
%~ ?- c88("there is a dog which barks and that eats .").
%~ any_to_ace_str="there is a dog which barks and that eats .".
%~ ?- c88("there is a dog which barks and that eats .").
%~ try_ace_eng=['There is a dog X1.','The dog X1 barks.','The dog X1 eats.'].
%~ ?- c88("there is a dog which barks and that eats .").
/* compile80 = ( ( ( database80(ti(dog,Eat_Bark_Dog)) ,
database80(intrans_pred(thing,Thing,bark,Eat_Bark_Dog)) ,
database80(intrans_pred(thing,Thing,eat,Eat_Bark_Dog)) ,
database80(bE(is,Is,Eat_Bark_Dog))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("there is a dog which barks and that eats .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'NP',
['RB',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',dog]],
[ 'SBAR',
[ 'NP',
['WDT',which]],
[ 'S',
[ 'VP',
['VBZ',barks]]]]]]],
['CC',and],
[ 'S',
[ 'NP',
['DT',that]],
[ 'VP',
['VBZ',eats]]],
['.','.']]],
_194768).
%~ call_residue_vars=[].
%~ ?- c88("there is a dog which barks and that eats .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(dog,Eat_Bark_Dog) ,
intrans_pred(thing,Thing,bark,Eat_Bark_Dog) ,
intrans_pred(thing,Thing,eat,Eat_Bark_Dog) ,
BE_Is^bE(is,BE_Is,Eat_Bark_Dog). */
%~ ?-c88("{ 1 } is contained by { 2 , 3 } .").
%~ list_undefined([]).
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['-LRB-','{'],
['CD','1'],
['-RRB-','}']],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',contained],
[ 'PP',
['IN',by]],
[ 'PRN',
['-LRB-','{'],
[ 'NP',
['CD','2'],
[',',','],
['CD','3']],
['-RRB-','}']]]],
['.','.']]]. */
%~ compat_spp(nonGradableAdjectiveForm,vbn).%~ compat_spp(nonGradableAdjectiveForm,vbn).
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
/* into_lexical_segs = [ w( '{', [
pos('-lrb-'), root('{'),loc(1),lnks(3),txt("{"),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo]),
w( '1', [
pos(cd), root('1'),loc(2),lnks(3),txt("1"),
ner('NUMBER'),normalizedNER(1.0),entitylink(1),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(street_numberOf,'1_CNN_Center_Atlanta_tt',"1"),
ttholds(street_numberOf,'1_Centre_Street_New_York_City_tt',"1"),
ttholds(street_numberOf,'1_International_Boulevard_Mahwah_tt',"1"),
ttholds(street_numberOf,'1_World_Trade_Center_tt',"1"),
ttholds(street_numberOf,'1_quai_du_Point_du_Jour_Boulogne_tt',"1"),
ttholds(street_numberOf,'1_rue_Descartes_Paris_tt',"1"),
ttholds(phone_prefixOf,country_CAN_tt,"1"),
ttholds(phone_prefixOf,country_USA_tt,"1"),
ttholds(street_numberOf,residence_des_sapins_tt,"1"),
ttholds(inflAdjectiveUnchecked,'TTWord-1',"1"),
ttholds(inflNounSingularUnchecked,'TTWord-1',"1"),
tr_number('1',1)]),
w( '}', [
pos('-rrb-'), root('}'),loc(3),lnks(3),txt("}"),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( contained, [
pos(vbn), root(contain),loc(5),lnks(4),
txt("contained"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,11))),
link(2,'VP',r('VP',seg(4,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xContainTheWord,"contained"),
cycWord(xContainTheWord),
ac(infinitive,xContainTheWord,contain),
ac(nonGradableAdjectiveForm,xContainTheWord,contained),
clex_word(verb,contained,contain,tv+pp),
clex_word(adj,contained,contained,unknown),
talk_db(transitive,contain,contains,contained,containing,contained),
talk_db(intransitive,contain,contains,contained,containing,contained)]),
w( by, [
pos(in), root(by),loc(6),lnks(5),txt("by"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,6))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xByTheWord,"by"),cycWord(xByTheWord),
cycTerm(byUnderspecified,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
ac(regularAdverb,xByTheWord,"by"),
fsr(by-prep,locative_relation,[]), concept(fn,locative_relation),fsr(by-prep,means,[]),
concept(fn,means),
ttholds(inflPreposition,'TTWord_By',"by"), talk_db(preposition,by),talk_db(adj,by)]),
w( '{', [
pos('-lrb-'), root('{'),loc(7),lnks(5),txt("{"),
link(1,'PRN',r('PRN',seg(7,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo]),
w( '2', [
pos(cd), root('2'),loc(8),lnks(6),txt("2"),
ner('NUMBER'),normalizedNER(2.0),entitylink(2),
corefed,#(1),txt(["2"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PRN',r('PRN',seg(7,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(street_numberOf,'2_Pennsylvania_Plaza_New_York_City_tt',"2"),
ttholds(street_numberOf,'2_World_Trade_Center_tt',"2"),
ttholds(street_numberOf,'2_place_Jussieu_Paris_tt',"2"),
ttholds(street_numberOf,'2_rue_de_la_Libert__Saint_Denis_tt',"2"),
ttholds(inflAdjectiveUnchecked,'TTWord-2',"2"),
ttholds(inflNounSingularUnchecked,'TTWord-2',"2"),
tr_number('2',2)]),
w( ',', [
pos(','), root(','),loc(9),lnks(6),txt(","),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PRN',r('PRN',seg(7,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
is_junct(',',&)]),
w( '3', [
pos(cd), root('3'),loc(10),lnks(6),txt("3"),
ner('NUMBER'),normalizedNER(3.0),entitylink(3),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PRN',r('PRN',seg(7,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflAdjectiveUnchecked,'TTWord-3',"3"),
ttholds(inflNounSingularUnchecked,'TTWord-3',"3"),
tr_number('3',3)]),
w( '}', [
pos('-rrb-'), root('}'),loc(11),lnks(5),txt("}"),
link(1,'PRN',r('PRN',seg(7,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ sentence80=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ i_sentence=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ clausify80=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ any_to_ace_str="{ 1 } in the past containing by { 2 , 3 } .".
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
/* try_ace_drs = drs( [Containing_By_In,Pp_Past], [
object(Pp_Past,past,countable,na,eq,1) -
1/6,
modifier_pp(Containing_By_In,in,Pp_Past)-1/4,
predicate(Containing_By_In,containing,set([int(1)])) -
1/9,
modifier_pp(Containing_By_In,by,set([int(2),int(3)])) -
1/10]). */
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ simplify80=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
/* try_ace_fol = exists( Exists_By_In,
exists( Pp_Past,
( object(Event_Object,Pp_Past,past,countable,na,eq,1) &
modifier_pp(Event_Object,Exists_By_In,in,Pp_Past) &
predicate(Event_Object,Exists_By_In,containing,set([int(1)])) &
modifier_pp(Event_Object,Exists_By_In,by,set([int(2),int(3)]))))). */
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ results80=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ any_to_ace_str="{ 1 } is contained by { 2 , 3 } .".
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ try_ace_eng=['{ 1 } v:containing in a past by { 2, 3 }.'].
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ compile80=failure.
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['-LRB-','{'],
['CD','1'],
['-RRB-','}']],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',contained],
[ 'PP',
['IN',by]],
[ 'PRN',
['-LRB-','{'],
[ 'NP',
['CD','2'],
[',',','],
['CD','3']],
['-RRB-','}']]]],
['.','.']]],
_495078).
%~ compat_spp(nonGradableAdjectiveForm,vbn).%~ compat_spp(nonGradableAdjectiveForm,vbn).
%~ call_residue_vars=[].
%~ ?- c88("{ 1 } is contained by { 2 , 3 } .").
%~ e2c_80=failure.
/* c88 = exists( Exists_By_In,
exists( Pp_Past,
( object(Event_Object,Pp_Past,past,countable,na,eq,1) &
modifier_pp(Event_Object,Exists_By_In,in,Pp_Past) &
predicate(Event_Object,Exists_By_In,containing,set([int(1)])) &
modifier_pp(Event_Object,Exists_By_In,by,set([int(2),int(3)]))))). */
%~ ?-c88("There is a man . A clerk checks his card .").
%~ list_undefined([]).
%~ ?- c88("There is a man").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]]]]. */
%~ ?- c88("There is a man").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,4))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),link(3,'S',r('S',seg(1,4))),
link(4,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(4),lnks(4),txt("man"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),link(3,'S',r('S',seg(1,4))),
link(4,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)])]. */
%~ ?- c88("There is a man").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[],man),[]))],
[])). */
%~ ?- c88("There is a man").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(a),[],man))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("There is a man").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_QualifiedBy,Np_head,np_head(Det,det(a),[],man)) ,
^( Is,
((true,true),true),true,bE(is,Is,BE_QualifiedBy),true,true). */
%~ ?- c88("There is a man").
%~ any_to_ace_str="There is a man .".
%~ ?- c88("There is a man").
%~ try_ace_drs = drs([Man],[object(Man,man,countable,na,eq,1)-1/4]).
%~ ?- c88("There is a man").
%~ simplify80=(answer80([]):-ti(man,_76104),_76110^bE(is,_76110,_76104)).
%~ ?- c88("There is a man").
%~ try_ace_fol = exists(Object_Man,object(Event_Object,Object_Man,man,countable,na,eq,1)).
%~ ?- c88("There is a man").
%~ results80=[[false]].
%~ ?- c88("There is a man").
%~ any_to_ace_str="There is a man .".
%~ ?- c88("There is a man").
%~ try_ace_eng=['There is a man.'].
%~ ?- c88("There is a man").
/* compile80 = ( ( database80(ti(man,BE_Man)),database80(bE(is,Is,BE_Man)) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("There is a man").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]]]],
_683426).
%~ call_residue_vars=[].
%~ ?- c88("There is a man").
%~ e2c_80=failure.
%~ ?- c88("A clerk checks his card .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',clerk]],
[ 'VP',
['VBZ',checks],
[ 'NP',
['PRP$',his],
['NN',card]]],
['.','.']]]. */
%~ ?- c88("A clerk checks his card .").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( clerk, [
pos(nn), root(clerk),loc(2),lnks(3),txt("clerk"),
ner('TITLE'),truecase('LOWER'),entitylink('Clerk'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xClerkTheWord,"clerk"),cycWord(xClerkTheWord),
cycTerm(mobClericalWorker,mobPersonTypeByOccupation,ttThing),
ac(singular,xClerkTheWord,clerk),
clex_word(noun,clerk,clerk,human+sg-count),
fnpattern(clerk,29080100,being_employed,[agent:employee,theme:task]),
concept(fn,being_employed),
fsr( clerk-n,
people_by_vocation,
[ [ [ [ employer-p, pp,dep],
[ person-c, np,dep]],
1],
[ [ [ rank-p, n,dep],
[ type-p, n,dep],
[ person-c, target,target]],
1],
[ [ [ type-p, n,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ rank-p, ajp,dep],
[ employer-p, pp,dep]],
1],
[ [ [ place_of_employment-p, n,dep],
[ person-c, target,target]],
1],
[ [ [ type-p, n,dep],
[ employer-p, pp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, target,target],
[ type-p, pp,dep],
[ place_of_employment-p, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ rank-p, n,dep],
[ type-p, n,dep]],
1],
[ [ [ person-c, np,ext],
[ employer-p, poss,gen],
[ place_of_employment-p, n,dep]],
1],
[ [ [ type-p, n,dep],
[ person-c, target,target],
[ employer-p, pp,dep],
[ place_of_employment-p, pp,dep]],
1],
[ [ [ employer-p, poss,gen],
[ person-c, target,target]],
3],
[ [ [ type-p, pp,dep],
[ person-c, np,appositive]],
1],
[ [ [ person-c, target,target],
[ place_of_employment-p, pp,dep]],
2],
[ [ [ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ employer-p, n,dep]],
1],
[ [ [ employer-p, poss,gen],
[ place_of_employment-p, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, np,ext],
[ employer-p, a,dep]],
1],
[ [ [ person-c, np,ext],
[ employer-p, pp,dep]],
5],
[ [ [ person-c, np,ext],
[ rank-p, n,dep],
[ employer-p, pp,dep]],
1],
[ [ [ employer-p, poss,gen],
[ person-c, target,target],
[ type-p, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ type-p, n,dep],
[ employer-p, pp,dep]],
1],
[ [ [ employer-p, n,dep],
[ person-c, target,target]],
4],
[ [ [ person-c, np,ext],
[ employer-p, n,dep],
[ type-p, n,dep],
[ place_of_employment-p, pp,dep]],
1],
[ [ [ rank-p, n,dep],
[ person-c, target,target],
[ employer-p, pp,dep]],
1],
[ [ [ person-c, target,target],
[ employer-p, pp,dep]],
4],
[ [ [ person-c, np,ext],
[ place_of_employment-p, n,dep],
[ employer-p, n,dep]],
1],
[ [ [ person-c, np,ext],
[ person-c, target,target],
[ employer-p, pp,dep]],
1],
[ [ [ rank-p, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ employer-p, poss,gen]],
2]]),
concept(fn,people_by_vocation),
fsr(clerk-v,being_employed,[]),
ttholds(inflNounSingular,'TTWord_Clerk',"clerk"),
verbnet_map_wn(clerk,['clerk%2:41:00'],'captain-29.8-1'),
concept(vn,'captain-29.8-1'),
listof(concept(wn),['clerk%2:41:00']),
verbnet_word(clerk,'captain-29.8-1',"clerk")]),
w( checks, [
pos(vbz), root(check),loc(3),lnks(3),txt("checks"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,nartR(xWordWithSuffixFn,xCheckTheWord,xNullSuffixNounToVerb),"checks"),
cycWord(nartR(xWordWithSuffixFn,xCheckTheWord,xNullSuffixNounToVerb)),
ac(thirdPersonSgPresent,xCheckTheWord,"checks"),
cycWord(xCheckTheWord),
cycTerm(actCheckingEvaluating,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm(eventCheckingWhetherConditionObtains,ttTemporalObjectType,ttThing),
ac(infinitive,nartR(xWordWithSuffixFn,xCheckTheWord,xNullSuffixNounToVerb),check),
ac(infinitive,xCheckTheWord,check),
clex_word(verb,checks,check,iv+finsg),
clex_word(verb,checks,check,tv+finsg),
clex_word(noun,checks,check,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Check',"checks"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Check',"checks"),
talk_db(noun1,check,checks),
talk_db(noun_or_verb,checks,checking,check),
talk_db(transitive,check,checks,checked,checking,checked),
talk_db(intransitive,check,checks,checked,checking,checked)]),
w( his, [
pos('prp$'), root(he),loc(4),lnks(4),txt("his"),
truecase('LOWER'),corefed,#(3),
txt(["his"]),type('PRONOMINAL'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(false)),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xHisTheWord,"his"), cycWord(xHisTheWord),ac(pronounStrings,xHisTheWord,"his"),
cycTerm(
nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iMasculineNLAttr,xtPossessivePronounPost), tIndividual,ttThing), ac(plural,xHiTheWord,"his"),cycWord(xHiTheWord),
ttholds(inflDeterminerMasculineThirdPersonSingular,'TTWord_His',"his"),
ttholds(inflPronounMasculineThirdPersonSingular,'TTWord_His',"his"),
poss_pron_lex(his,masc,3,sg),
type_wrd_sem(possessive,his,[sem=he,isa=agent]),
type_wrd_sem(possessive_pronoun,his,[sem=he]), talk_db(pronoun,his),talk_db(masc,his),
talk_db(possessive,his)]),
w( card, [
pos(nn), root(card),loc(5),lnks(4),txt("card"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCardTheWord,"card"),cycWord(xCardTheWord),
cycTerm(tObjectCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tObjectGreetingCard,nartR(tColOfSingletonCollectionFn,tObjectGreetingCard),ttArtifactTypeByGenericCategory),
cycTerm(tObjectPlayingCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tPartTypeComputerBoard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
cycTerm(tCardGame,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm(tPartTypeExpansionCard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
ac(singular,xCardTheWord,card),
clex_word(verb,card,card,tv+infpl),
clex_word(noun,card,card,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Card',"card")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A clerk checks his card .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],clerk),[]),
verb(main+tv,check,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],card),
[ prep_phrase(PoSS,poSS,np(3+sg,pronoun(masc,3+sg),[]))]))],
[])). */
%~ ?- c88("A clerk checks his card .").
%~ i_sentence=failure.
%~ ?- c88("A clerk checks his card .").
%~ clausify80=failure.
%~ ?- c88("A clerk checks his card .").
%~ any_to_ace_str="A clerk checks somebody that is male ' s card .".
%~ ?- c88("A clerk checks his card .").
%~ try_ace_drs=failure.
%~ ?- c88("A clerk checks his card .").
%~ simplify80=failure.
%~ ?- c88("A clerk checks his card .").
%~ try_ace_fol=failure.
%~ ?- c88("A clerk checks his card .").
%~ results80=failure.
%~ ?- c88("A clerk checks his card .").
%~ any_to_ace_str="A clerk checks his card .".
%~ ?- c88("A clerk checks his card .").
%~ try_ace_eng=failure.
%~ ?- c88("A clerk checks his card .").
%~ compile80=failure.
%~ ?- c88("A clerk checks his card .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',clerk]],
[ 'VP',
['VBZ',checks],
[ 'NP',
['PRP$',his],
['NN',card]]],
['.','.']]],
_639042).
%~ call_residue_vars=[].
%~ ?- c88("A clerk checks his card .").
%~ e2c_80=failure.
/* c88 = [ answer80([]):-ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man),
?-c88("A clerk checks his card .")]. */
%~ ?-c88("For every man for each of some women a dog barks .").
%~ list_undefined([]).
%~ ?- c88("For every man for each of some women a dog barks .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
[ 'NP',
['DT',every],
['NN',man]],
[ 'PP',
['IN',for],
[ 'NP',
[ 'NP',
['DT',each]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',some],
['NNS',women]]]]]]],
[ 'NP',
['DT',a],
['NN',dog]],
[ 'VP',
['VBZ',barks]],
['.','.']]]. */
%~ ?- c88("For every man for each of some women a dog barks .").
/* into_lexical_segs = [ w( for, [
pos(in), root(for),loc(1),lnks(3),txt("For"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(1,8))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( every, [
pos(dt), root(every),loc(2),lnks(5),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(3),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( for, [
pos(in), root(for),loc(4),lnks(5),txt("for"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,8))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( each, [
pos(dt), root(each),loc(5),lnks(7),txt("each"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'NP',r('NP',seg(5,8))),
link(3,'PP',r('PP',seg(4,8))),
link(4,'NP',r('NP',seg(2,8))), link(5,'PP',r('PP',seg(1,8))),link(6,'S',r('S',seg(1,12))),
link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"),
cycWord(xEachTheWord),
ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"),
ttholds(inflPronoun,'TTWord_Each',"each"),
talk_db(adj,each)]),
w( of, [
pos(in), root(of),loc(6),lnks(7),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'NP',r('NP',seg(5,8))),
link(3,'PP',r('PP',seg(4,8))),
link(4,'NP',r('NP',seg(2,8))), link(5,'PP',r('PP',seg(1,8))),link(6,'S',r('S',seg(1,12))),
link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( some, [
pos(dt), root(some),loc(7),lnks(8),txt("some"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))),
link(3,'NP',r('NP',seg(5,8))),
link(4,'PP',r('PP',seg(4,8))),
link(5,'NP',r('NP',seg(2,8))), link(6,'PP',r('PP',seg(1,8))),link(7,'S',r('S',seg(1,12))),
link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( women, [
pos(nns), root(woman),loc(8),lnks(8),txt("women"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))),
link(3,'NP',r('NP',seg(5,8))),
link(4,'PP',r('PP',seg(4,8))),
link(5,'NP',r('NP',seg(2,8))), link(6,'PP',r('PP',seg(1,8))),link(7,'S',r('S',seg(1,12))),
link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xWomanTheWord,"women"),cycWord(xWomanTheWord),
cycTerm(mobAdultFemaleHuman,ttHumanTypeByLifeStageType,ttKEClarifyingCollectionType),
ac(singular,xWomanTheWord,woman),
clex_word(noun,women,woman,human+pl-count),
ttholds(inflNounPlural,'TTWord_Woman',"women"),
ttholds(inflSentenceUnchecked,'TTWord_Women',"women"),
flexicon(nn,[agr=pl,gender=female],women),
talk_db(noun1,woman,women)]),
w( a, [
pos(dt), root(a),loc(9),lnks(3),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(10),lnks(3),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( barks, [
pos(vbz), root(bark),loc(11),lnks(3),txt("barks"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBarkTheWord,"barks"),
cycWord(xBarkTheWord),
cycTerm(eventBarkingSound,ttTemporalStuffType,ttThing),
cycTerm(actBarking,ttAnimalCapabilityTypeRestricted,ttThing),
ac(infinitive,xBarkTheWord,bark),
clex_word(verb,barks,bark,iv+finsg),
clex_word(verb,barks,bark,tv+finsg),
clex_word(noun,barks,bark,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Bark',"barks"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Bark',"barks"),
talk_db(noun1,bark,barks),
talk_db(noun_or_verb,barks,barking,bark),
talk_db(transitive,bark,barks,barked,barking,barked),
talk_db(intransitive,bark,barks,barked,barking,barked)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("For every man for each of some women a dog barks .").
%~ sentence80=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
%~ i_sentence=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
%~ clausify80=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
%~ any_to_ace_str="For every man for each of some women a dog barks .".
%~ ?- c88("For every man for each of some women a dog barks .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/3]),
drs( [Woman], [
object(Woman,woman,countable,na,geq,2) -
1/8,
=>(
drs([Part],[has_part(Woman,Part)-1/4]),
drs( [Dog,Bark], [
object(Dog,dog,countable,na,eq,1) -
1/10,
predicate(Bark,bark,Dog)-1/11]))]))]). */
%~ ?- c88("For every man for each of some women a dog barks .").
%~ simplify80=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Woman,
( object(Event_Object,Woman,woman,countable,na,geq,2) &
forall( Part,
=>( has_part(Event_Object,Woman,Part),
exists( Exists_Dog,
exists( Bark,
( object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,Bark,bark,Exists_Dog)))))))))). */
%~ ?- c88("For every man for each of some women a dog barks .").
%~ results80=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
%~ any_to_ace_str="For every man for each of some women a dog barks .".
%~ ?- c88("For every man for each of some women a dog barks .").
/* try_ace_eng = acedrs( Bark, [
unk( =>(
drs([[]],[object([],man,countable,na,eq,1)-1/3]),
drs( [[]], [
object([],woman,countable,na,geq,2) -
1/8,
=>(
drs([[]],[has_part([],[])-1/4]),
drs( [[],Bark], [
object([],dog,countable,na,eq,1) -
1/10,
predicate(Bark,bark,[])-1/11]))])))]). */
%~ ?- c88("For every man for each of some women a dog barks .").
%~ compile80=failure.
%~ ?- c88("For every man for each of some women a dog barks .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
[ 'NP',
['DT',every],
['NN',man]],
[ 'PP',
['IN',for],
[ 'NP',
[ 'NP',
['DT',each]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',some],
['NNS',women]]]]]]],
[ 'NP',
['DT',a],
['NN',dog]],
[ 'VP',
['VBZ',barks]],
['.','.']]],
_483558).
%~ call_residue_vars=[].
%~ ?- c88("For every man for each of some women a dog barks .").
%~ e2c_80=failure.
/* c88 = forall( [],
=>(
object(Event_Object,[],man,countable,na,eq,1),
exists( [],
( object(Event_Object,[],woman,countable,na,geq,2) &
forall( [],
=>( has_part(Event_Object,[],[]),
exists( [],
exists( Bark,
object(Event_Object,[],dog,countable,na,eq,1)&predicate(Event_Object,Bark,bark,[]))))))))). */
%~ ?-c88("There is a red card R . There is a blue card B . R is valid .").
%~ list_undefined([]).
%~ ?- c88("There is a red card R").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'NML',
['JJ',red],
['NN',card]],
['NN','R']]]]]. */
%~ ?- c88("There is a red card R").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,6))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( red, [
pos(jj), root(red),loc(4),lnks(5),txt("red"),
truecase('LOWER'),link(1,'NML',r('NML',seg(4,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xRedTheWord,"red"),cycWord(xRedTheWord),
cycTerm(vRedColor,vtChromaticColor,ttThing),
cycTerm(tPartTypeRedHairColor,vtHumanHairColor,vtChromaticColor),
ac(singular,xRedTheWord,"red"),
ac(regularDegree,xRedTheWord,red),
ac(singular,xRedTheWord,red),
clex_word(adj_prep(in),red,red,unknown),
clex_word(noun,red,red,human+sg-count), clex_word(adj,red,red,unknown),fsr(red-a,color,[]),
concept(fn,color),
ttholds(inflAdjective,'TTWord_Red',"red"),
ttholds(inflNounSingular,'TTWord_Red',"red"),
talk_db(adj,red)]),
w( card, [
pos(nn), root(card),loc(5),lnks(5),txt("card"),
truecase('LOWER'),link(1,'NML',r('NML',seg(4,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCardTheWord,"card"),cycWord(xCardTheWord),
cycTerm(tObjectCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tObjectGreetingCard,nartR(tColOfSingletonCollectionFn,tObjectGreetingCard),ttArtifactTypeByGenericCategory),
cycTerm(tObjectPlayingCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tPartTypeComputerBoard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
cycTerm(tCardGame,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm(tPartTypeExpansionCard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
ac(singular,xCardTheWord,card),
clex_word(verb,card,card,tv+infpl),
clex_word(noun,card,card,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Card',"card")]),
w( r, [
pos(nn), root(r),loc(6),lnks(4),txt("R"),
truecase('UPPER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflAdjective,'TTWord_R',"R"),
ttholds(inflNounSingular,'TTWord_R',"R")])]. */
%~ ?- c88("There is a red card R").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+_221452,
np_head(Det,det(a),[adj(ace_var(self,'R')),adj(red),adj(card)],noun_thing),
[]))],
[])). */
%~ ?- c88("There is a red card R").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(Det,det(a),[adj(ace_var(self,'R')),adj(red),adj(card)],noun_thing))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("There is a red card R").
/* clausify80 = answer80([]) :-
qualifiedBy( BE_QualifiedBy,
Np_head,
np_head(Det,det(a),[adj(ace_var(self,'R')),adj(red),adj(card)],noun_thing)) ,
^( Is,
((true,true),true),true,bE(is,Is,BE_QualifiedBy),true,true). */
%~ ?- c88("There is a red card R").
%~ any_to_ace_str="There is a red card R .".
%~ ?- c88("There is a red card R").
/* try_ace_drs = drs( [Red_Size], [
object(Red_Size,card,countable,na,eq,1) -
1/5,
property(Red_Size,red,pos)-1/4]). */
%~ ?- c88("There is a red card R").
/* simplify80 = answer80([]) :-
ace_var(Noun_thing_Size_R,'R') ,
property(Noun_thing_Size_R,red,adj) ,
property(Noun_thing_Size_R,card,pos) ,
ti(noun_thing,Noun_thing_Size_R) ,
BE_Is^bE(is,BE_Is,Noun_thing_Size_R). */
%~ ?- c88("There is a red card R").
/* try_ace_fol = exists( Red_Size,
( object(Event_Object,Red_Size,card,countable,na,eq,1) &
property(Event_Object,Red_Size,red,pos))). */
%~ missing(database80(property(_88168,red,adj))).
%~ ?- c88("There is a red card R").
%~ results80=[[false]].
%~ ?- c88("There is a red card R").
%~ any_to_ace_str="There is a red card R .".
%~ ?- c88("There is a red card R").
%~ try_ace_eng=['There is a red card.'].
%~ ?- c88("There is a red card R").
/* compile80 = ( ( ( database80(ace_var(Noun_thing_Size_R,'R')) ,
database80(property(Noun_thing_Size_R,red,adj)) ,
database80(property(Noun_thing_Size_R,card,pos)) ,
database80(ti(noun_thing,Noun_thing_Size_R)) ,
database80(bE(is,Is,Noun_thing_Size_R))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_88168,red,adj))).
%~ ?- c88("There is a red card R").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'NML',
['JJ',red],
['NN',card]],
['NN','R']]]]],
_970472).
%~ call_residue_vars=[].
%~ ?- c88("There is a red card R").
%~ e2c_80=failure.
%~ ?- c88("There is a blue card B").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'NML',
['JJ',blue],
['NN',card]],
['NN','B']]]]]. */
%~ ?- c88("There is a blue card B").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,6))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( blue, [
pos(jj), root(blue),loc(4),lnks(5),txt("blue"),
truecase('INIT_UPPER'),link(1,'NML',r('NML',seg(4,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xBlueTheWord,"blue"),
cycWord(xBlueTheWord),
cycTerm(vBlueColor,vtChromaticColor,tAlchemyIntegrationSimpsonsTestThing),
cycTerm(nartR(vMediumToVeryHighAmountFn,vtSadness),vtSadness,vtGenericQuantity),
ac(singular,xBlueTheWord,"blue"),
ac(regularDegree,xBlueTheWord,blue),
ac(singular,xBlueTheWord,blue),
clex_word(verb,blue,blue,iv+infpl),
clex_word(verb,blue,blue,tv+infpl),
clex_word(noun,blue,blue,neutr+Neutr-mass), clex_word(adj,blue,blue,unknown),fsr(blue-a,color,[]),
concept(fn,color),
fsr( blue-a,
emotion_directed,
[ [ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep]],
1],
[ [ [ expressor-c, n,head]],
1]]),
concept(fn,emotion_directed),
ttholds(inflAdjective,'TTWord_Blue',"blue"),
ttholds(inflNounSingular,'TTWord_Blue',"blue"),
talk_db(adj,blue)]),
w( card, [
pos(nn), root(card),loc(5),lnks(5),txt("card"),
truecase('INIT_UPPER'),link(1,'NML',r('NML',seg(4,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,6))),
link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCardTheWord,"card"),cycWord(xCardTheWord),
cycTerm(tObjectCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tObjectGreetingCard,nartR(tColOfSingletonCollectionFn,tObjectGreetingCard),ttArtifactTypeByGenericCategory),
cycTerm(tObjectPlayingCard,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tPartTypeComputerBoard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
cycTerm(tCardGame,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm(tPartTypeExpansionCard,ttComputerHardwareDeviceType,ttSpatiallyDisjointObjectType),
ac(singular,xCardTheWord,card),
clex_word(verb,card,card,tv+infpl),
clex_word(noun,card,card,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Card',"card")]),
w( b, [
pos(nn), root(b),loc(6),lnks(4),txt("B"),
truecase('UPPER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xBTheWord,"B"),cycWord(xBTheWord),
cycTerm(tPartTypeBloodTypeB,tClazzBloodTypeByABO,ttThing),
ttholds(inflAdjective,'TTWord_B',"B"),
ttholds(inflNounSingular,'TTWord_B',"B")])]. */
%~ ?- c88("There is a blue card B").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+_357088,
np_head(Det,det(a),[adj(ace_var(self,'B')),adj(blue),adj(card)],noun_thing),
[]))],
[])). */
%~ ?- c88("There is a blue card B").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(Det,det(a),[adj(ace_var(self,'B')),adj(blue),adj(card)],noun_thing))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("There is a blue card B").
/* clausify80 = answer80([]) :-
qualifiedBy( BE_QualifiedBy,
Np_head,
np_head(Det,det(a),[adj(ace_var(self,'B')),adj(blue),adj(card)],noun_thing)) ,
^( Is,
((true,true),true),true,bE(is,Is,BE_QualifiedBy),true,true). */
%~ ?- c88("There is a blue card B").
%~ any_to_ace_str="There is a blue card B .".
%~ ?- c88("There is a blue card B").
/* try_ace_drs = drs( [Blue_Size], [
object(Blue_Size,card,countable,na,eq,1) -
1/5,
property(Blue_Size,blue,pos)-1/4]). */
%~ ?- c88("There is a blue card B").
/* simplify80 = answer80([]) :-
ace_var(Noun_thing_Size_B,'B') ,
property(Noun_thing_Size_B,blue,adj) ,
property(Noun_thing_Size_B,card,pos) ,
ti(noun_thing,Noun_thing_Size_B) ,
BE_Is^bE(is,BE_Is,Noun_thing_Size_B). */
%~ ?- c88("There is a blue card B").
/* try_ace_fol = exists( Blue_Size,
( object(Event_Object,Blue_Size,card,countable,na,eq,1) &
property(Event_Object,Blue_Size,blue,pos))). */
%~ missing(database80(property(_89298,blue,adj))).
%~ ?- c88("There is a blue card B").
%~ results80=[[false]].
%~ ?- c88("There is a blue card B").
%~ any_to_ace_str="There is a blue card B .".
%~ ?- c88("There is a blue card B").
%~ try_ace_eng=['There is a blue card.'].
%~ ?- c88("There is a blue card B").
/* compile80 = ( ( ( database80(ace_var(Noun_thing_Size_B,'B')) ,
database80(property(Noun_thing_Size_B,blue,adj)) ,
database80(property(Noun_thing_Size_B,card,pos)) ,
database80(ti(noun_thing,Noun_thing_Size_B)) ,
database80(bE(is,Is,Noun_thing_Size_B))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_89298,blue,adj))).
%~ ?- c88("There is a blue card B").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'NML',
['JJ',blue],
['NN',card]],
['NN','B']]]]],
_971222).
%~ call_residue_vars=[_69858].
%~ ?- c88("There is a blue card B").
%~ e2c_80=failure.
%~ ?- c88("R is valid .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NN','R']],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',valid]]],
['.','.']]]. */
%~ ?- c88("R is valid .").
/* into_lexical_segs = [ w( r, [
pos(nn), root(r),loc(1),lnks(3),txt("R"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ttholds(inflAdjective,'TTWord_R',"R"),
ttholds(inflNounSingular,'TTWord_R',"R")]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,3))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( valid, [
pos(jj), root(valid),loc(3),lnks(4),txt("valid"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(3,3))),
link(2,'VP',r('VP',seg(2,3))),link(3,'S',r('S',seg(1,4))),
link(4,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(regularDegree,xValidTheWord,"valid"),
cycWord(xValidTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xValidTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xValidTheWord,"valid"),
ac(regularDegree,xValidTheWord,valid),
ac(singular,xValidTheWord,valid),
clex_word(adj_prep(to),valid,valid,unknown),
clex_word(adj_prep(for),valid,valid,unknown),
clex_word(adj,valid,valid,unknown),
fsr( valid-a,
being_in_effect,
[ [ [ [ binding_principle-c, np,ext],
[ explanation-e, sub,dep]],
1],
[ [ [ binding_principle-c, np,ext]],
1],
[ [ [ binding_principle-c, n,dep]],
1],
[ [ [ binding_principle-c, np,ext],
[ duration-p, pp,dep]],
2],
[ [ [ binding_principle-c, n,head]],
1],
[ [ [ binding_principle-c, np,ext],
[ obligated_party-p, pp,dep]],
1]]),
concept(fn,being_in_effect),
ttholds(inflAdjectiveUnchecked,'TTWord_Valid',"valid"),
talk_db(adj,valid)]),
w( '.', [
pos('.'), root('.'),loc(4),lnks(2),txt("."),
link(1,'S',r('S',seg(1,4))), link(2,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("R is valid .").
/* sentence80 = decl( s( np(3+sg,np_head(Generic,generic,[adj(ace_var(self,'R')),adj(ti(thing,self))],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(valid))],
[])). */
%~ ?- c88("R is valid .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_834892,
`( qualifiedBy( QualifiedByP3V,
thing&Thing,
np_head(Generic,generic,[adj(ace_var(self,'R')),adj(ti(thing,self))],thing))),
'`'(true),
[],
thing&Thing-Valid),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Valid,valid,adj))&'`'(true)])). */
%~ ?- c88("R is valid .").
/* clausify80 = answer80([]) :-
qualifiedBy( Valid,
thing&Thing,
np_head(Generic,generic,[adj(ace_var(self,'R')),adj(ti(thing,self))],thing)) ,
property(Valid,valid,adj). */
%~ ?- c88("R is valid .").
%~ any_to_ace_str="R is valid .".
%~ ?- c88("R is valid .").
/* try_ace_drs = drs( [Something,Valid,Be], [
object(Something,something,dom,na,na,na) -
1/1,
property(Valid,valid,pos)-1/3,
predicate(Be,be,Something,Valid)-1/2]). */
%~ ?- c88("R is valid .").
%~ simplify80=(answer80([]):-ace_var(_110604,'R'),ti(thing,_110604),property(_110604,valid,adj)).
%~ ?- c88("R is valid .").
/* try_ace_fol = exists( Exists_Something,
exists( Exists_Valid,
exists( Be,
( object(Event_Object,Exists_Something,something,dom,na,na,na) &
property(Event_Object,Exists_Valid,valid,pos) &
predicate(Event_Object,Be,be,Exists_Something,Exists_Valid))))). */
%~ ?- c88("R is valid .").
%~ results80=[[false]].
%~ ?- c88("R is valid .").
%~ any_to_ace_str="R is valid .".
%~ ?- c88("R is valid .").
%~ try_ace_eng=['There is something X1.','X1 is valid.'].
%~ ?- c88("R is valid .").
/* compile80 = ( ( ( database80(ace_var(Valid_Thing_R,'R')) ,
database80(ti(thing,Valid_Thing_R)) ,
database80(property(Valid_Thing_R,valid,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("R is valid .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NN','R']],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',valid]]],
['.','.']]],
_559936).
%~ call_residue_vars=[].
%~ ?- c88("R is valid .").
%~ e2c_80=failure.
/* c88 = [ answer80([]) :-
ace_var(Noun_thing_Size_R,'R') ,
property(Noun_thing_Size_R,red,adj) ,
property(Noun_thing_Size_R,card,pos) ,
ti(noun_thing,Noun_thing_Size_R) ,
BE_Is^bE(is,BE_Is,Noun_thing_Size_R),
answer80([]) :-
ace_var(Noun_thing_Size_B,'B') ,
property(Noun_thing_Size_B,blue,adj) ,
property(Noun_thing_Size_B,card,pos) ,
ti(noun_thing,Noun_thing_Size_B) ,
BE_Is8^bE(is,BE_Is8,Noun_thing_Size_B),
answer80([]) :-
ace_var(Valid_Thing_R10,'R') ,
ti(thing,Valid_Thing_R10) ,
property(Valid_Thing_R10,valid,adj)]. */
%~ ?-c88("A man owns a dog . A man owns a cat . A girl sees the man who owns a dog .").
%~ list_undefined([]).
%~ ?- c88("A man owns a dog").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',dog]]]]]. */
%~ ?- c88("A man owns a dog").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( owns, [
pos(vbz), root(own),loc(3),lnks(3),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(5),lnks(4),txt("dog"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")])]. */
%~ ?- c88("A man owns a dog").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],man),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],dog),[]))],
[])). */
%~ ?- c88("A man owns a dog").
/* i_sentence = assertion80( pred(
quantS( det(a),
Mg_Man5-Man, '`'(ti(man,Man)),'`'(true),
[],
Mg_Man5-Mg),
identityQ([root]),
generic_pred(frame_51262,thing,mg(own),Mg,Generic),
[ quantS( det(a),
Generic_Dog7-Dog, '`'(ti(dog,Dog)),'`'(true),
[],
Generic_Dog7-Generic)])). */
%~ ?- c88("A man owns a dog").
/* clausify80 = answer80([]) :-
^( Mg_Man,
( ti(man,Mg_Man) ,
^( Generic_Dog,
( ti(dog,Generic_Dog) ,
generic_pred(frame_51262,thing,mg(own),Mg_Man,Generic_Dog))))). */
%~ ?- c88("A man owns a dog").
%~ any_to_ace_str="A man owns a dog .".
%~ ?- c88("A man owns a dog").
/* try_ace_drs = drs( [Man,Dog,Own], [
object(Man,man,countable,na,eq,1) -
1/2,
object(Dog,dog,countable,na,eq,1) -
1/5,
predicate(Own,own,Man,Dog)-1/3]). */
%~ ?- c88("A man owns a dog").
/* simplify80 = answer80([]) :-
^( Own_Man,
( ti(man,Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51262,thing,own,Own_Man,Generic_Dog)))). */
%~ ?- c88("A man owns a dog").
/* try_ace_fol = exists( Exists_Man,
exists( Exists_Dog,
exists( Own,
( object(Event_Object,Exists_Man,man,countable,na,eq,1) &
object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,Own,own,Exists_Man,Exists_Dog))))). */
%~ ?- c88("A man owns a dog").
%~ results80=[[false]].
%~ ?- c88("A man owns a dog").
%~ any_to_ace_str="A man owns a dog .".
%~ ?- c88("A man owns a dog").
%~ try_ace_eng=['There is a man X1.','The man X1 owns a dog.'].
%~ ?- c88("A man owns a dog").
/* compile80 = ( ( ( database80(ti(man,Own_Man)) ,
database80(ti(dog,Generic_Dog)) ,
database80(generic_pred(frame_51262,thing,own,Own_Man,Generic_Dog))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A man owns a dog").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',dog]]]]],
_95396).
%~ call_residue_vars = [ _167334, _167306,_167286,_167246,_167174,_167146,
%~ _167126,_167086].
%~ ?- c88("A man owns a dog").
/* e2c_80 = asserted( exists( Patient_Exists_Dog,
exists( Doer_Exists_Man,
exists( Exists_ActOwning,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActOwning,actOwning) &
doer(Exists_ActOwning,Doer_Exists_Man) &
patient(Exists_ActOwning,Patient_Exists_Dog))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Dog,'Dog') &
iza(Doer_Exists_Man,'Man'))))))). */
%~ ?- c88("A man owns a cat").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',cat]]]]]. */
%~ ?- c88("A man owns a cat").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( owns, [
pos(vbz), root(own),loc(3),lnks(3),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cat, [
pos(nn), root(cat),loc(5),lnks(4),txt("cat"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")])]. */
%~ ?- c88("A man owns a cat").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],man),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],cat),[]))],
[])). */
%~ ?- c88("A man owns a cat").
/* i_sentence = assertion80( pred(
quantS( det(a),
Mg_Man6-Man, '`'(ti(man,Man)),'`'(true),
[],
Mg_Man6-Mg),
identityQ([root]),
generic_pred(frame_51268,thing,mg(own),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Generic_Cat8-Cat, '`'(ti(cat,Cat)),'`'(true),
[],
Generic_Cat8-Generic)])). */
%~ ?- c88("A man owns a cat").
/* clausify80 = answer80([]) :-
^( Mg_Man,
( ti(man,Mg_Man) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51268,thing,mg(own),Mg_Man,Generic_Cat))). */
%~ ?- c88("A man owns a cat").
%~ any_to_ace_str="A man owns a cat .".
%~ ?- c88("A man owns a cat").
/* try_ace_drs = drs( [Man,Cat,Own], [
object(Man,man,countable,na,eq,1) -
1/2,
object(Cat,cat,countable,na,eq,1) -
1/5,
predicate(Own,own,Man,Cat)-1/3]). */
%~ ?- c88("A man owns a cat").
/* simplify80 = answer80([]) :-
^( Own_Man,
( ti(man,Own_Man) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51268,thing,own,Own_Man,Generic_Cat))). */
%~ ?- c88("A man owns a cat").
/* try_ace_fol = exists( Exists_Man,
exists( Exists_Cat,
exists( Own,
( object(Event_Object,Exists_Man,man,countable,na,eq,1) &
object(Event_Object,Exists_Cat,cat,countable,na,eq,1) &
predicate(Event_Object,Own,own,Exists_Man,Exists_Cat))))). */
%~ ?- c88("A man owns a cat").
%~ results80=[[false]].
%~ ?- c88("A man owns a cat").
%~ any_to_ace_str="A man owns a cat .".
%~ ?- c88("A man owns a cat").
%~ try_ace_eng=['There is a man X1.','The man X1 owns a cat.'].
%~ ?- c88("A man owns a cat").
/* compile80 = ( ( ( database80(ti(man,Own_Man)) ,
database80(ti(cat,Generic_Cat)) ,
database80(generic_pred(frame_51268,thing,own,Own_Man,Generic_Cat))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A man owns a cat").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',cat]]]]],
_107090).
%~ call_residue_vars = [ _178466, _178438,_178418,_178378,_178306,_178278,
%~ _178258,_178218].
%~ ?- c88("A man owns a cat").
/* e2c_80 = asserted( exists( Patient_Exists_Cat,
exists( Doer_Exists_Man,
exists( Exists_ActOwning,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActOwning,actOwning) &
doer(Exists_ActOwning,Doer_Exists_Man) &
patient(Exists_ActOwning,Patient_Exists_Cat))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Cat,'Cat') &
iza(Doer_Exists_Man,'Man'))))))). */
%~ ?- c88("A girl sees the man who owns a dog .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',girl]],
[ 'VP',
['VBZ',sees],
[ 'NP',
[ 'NP',
['DT',the],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',dog]]]]]]],
['.','.']]]. */
%~ ?- c88("A girl sees the man who owns a dog .").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( girl, [
pos(nn), root(girl),loc(2),lnks(3),txt("girl"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xGirlTheWord,"girl"),cycWord(xGirlTheWord),
cycTerm(mobFemaleChild,ttExistingObjectType,ttInitialCollection),
cycTerm(daughters,rtFamilyRelationSlot,rtAsymmetricBinaryPredicate),
ac(singular,xGirlTheWord,girl),
clex_word(noun,girl,girl,fem+sg-count),
fsr( girl-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
7],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ origin-e, n,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
3],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
3],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
4],
[ [ [ age-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, pp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
8],
[ [ [ age-e, ajp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
7],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, ajp,dep]],
2],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep]],
1],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Girl',"girl")]),
w( sees, [
pos(vbz), root(see),loc(3),lnks(3),txt("sees"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xSeeTheWord,"sees"),
cycWord(xSeeTheWord),
cycTerm(actVisualPerception,ttMammalCapabilityType,ttProcessType),
cycTerm(actMeetingSomeone,ttTemporalStuffType,iUI_SomeSampleKindsOfSocialActionsSocialTopic),
cycTerm(sees,rtPerceivingSlot,iUI_SensorsPerceptionTopic),
cycTerm(actVisitingSomeone,ttProcessType,ttCumulativeEventType),
ac(infinitive,xSeeTheWord,see),
clex_word(verb,sees,see,iv+finsg),
clex_word(verb,sees,see,tv+finsg),
clex_word(noun,sees,see,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_See',"sees"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_See',"sees"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],sees),
flexicon(xv,[person=3,agr=sg,verb_form=tensed],sees),
talk_db(noun1,see,sees),
talk_db(transitive,see,sees,saw,seeing,seen),
talk_db(intransitive,see,sees,saw,seeing,seen)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,9))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(5),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,9))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( who, [
pos(wp), root(who),loc(6),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,9))),
link(3,'NP',r('NP',seg(4,9))), link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_195228,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( owns, [
pos(vbz), root(own),loc(7),lnks(7),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'S',r('S',seg(7,9))),
link(3,'SBAR',r('SBAR',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(8),lnks(8),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(7,9))),
link(4,'SBAR',r('SBAR',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(9),lnks(8),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(7,9))),
link(4,'SBAR',r('SBAR',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A girl sees the man who owns a dog .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],girl),[]),
verb(main+tv,see,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],man),
[ rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det6,det(a),[],dog),[]))],
[]))]))],
[])). */
%~ ?- c88("A girl sees the man who owns a dog .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Girl8-Girl, '`'(ti(girl,Girl)),'`'(true),
[],
Mg_Girl8-Mg),
identityQ([root]),
generic_pred(frame_51436,thing,mg(see),Mg,Generic),
[ quantS( det(the(sg)),
Generic_Man10-Man,
'`'(ti(man,Man)),
( pred(
quantS( identityQ(IdentityQ2),
Generic_Man10-Man, '`'(true),'`'(true),
[],
Generic_Man10-Generic_Man1013),
identityQ([root]),
generic_pred(frame_51485,thing,mg(own),_80146,Generic3),
[ quantS( det(a),
Generic314-Dog, '`'(ti(dog,Dog)),'`'(true),
[],
Generic314-Generic3)]) &
'`'(true)),
[],
Generic_Man10-Generic)])). */
%~ ?- c88("A girl sees the man who owns a dog .").
/* clausify80 = answer80([]) :-
^( Generic_Mg_Man,
( ti(man,Generic_Mg_Man) ,
^( Generic_Dog,
( ti(dog,Generic_Dog) ,
generic_pred(frame_51485,thing,mg(own),Generic_Mg_Man,Generic_Dog))) ,
ti(girl,Mg_Girl) ,
generic_pred(frame_51436,thing,mg(see),Mg_Girl,Generic_Mg_Man))). */
%~ ?- c88("A girl sees the man who owns a dog .").
%~ any_to_ace_str="A girl sees the man who owns a dog .".
%~ ?- c88("A girl sees the man who owns a dog .").
/* try_ace_drs = drs(
[ Girl, See,Man_Predicate,Dog,
Own],
[ object(Girl,girl,countable,na,eq,1) -
1/2,
predicate(Own,own,Man_Predicate,Dog)-1/7,
object(Dog,dog,countable,na,eq,1) -
1/9,
object(Man_Predicate,man,countable,na,eq,1) -
1/5,
predicate(See,see,Girl,Man_Predicate)-1/3]). */
%~ ?- c88("A girl sees the man who owns a dog .").
/* simplify80 = answer80([]) :-
^( Generic_Own_Man,
( ti(man,Generic_Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51485,thing,own,Generic_Own_Man,Generic_Dog)) ,
ti(girl,See_Girl) ,
generic_pred(frame_51436,thing,see,See_Girl,Generic_Own_Man))). */
%~ ?- c88("A girl sees the man who owns a dog .").
/* try_ace_fol = exists( Exists_Girl,
exists( Exists_See,
exists( Exists_Man_PredicateObject,
exists( Exists_Dog,
exists( Own,
( object(Event_Object,Exists_Girl,girl,countable,na,eq,1) &
predicate(Event_Object,Own,own,Exists_Man_PredicateObject,Exists_Dog) &
object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
object(Event_Object,Exists_Man_PredicateObject,man,countable,na,eq,1) &
predicate(Event_Object,Exists_See,see,Exists_Girl,Exists_Man_PredicateObject))))))). */
%~ ?- c88("A girl sees the man who owns a dog .").
%~ results80=[[false]].
%~ ?- c88("A girl sees the man who owns a dog .").
%~ any_to_ace_str="A girl sees the man who owns a dog .".
%~ ?- c88("A girl sees the man who owns a dog .").
/* try_ace_eng = [ 'There is a girl X1.', 'There is a man X2.','The girl X1 sees the man X2.',
'The man X2 owns a dog.']. */
%~ ?- c88("A girl sees the man who owns a dog .").
/* compile80 = ( ( ( database80(ti(man,Generic_Own_Man)) ,
database80(ti(dog,Generic_Dog)) ,
database80(generic_pred(frame_51485,thing,own,Generic_Own_Man,Generic_Dog)) ,
database80(ti(girl,See_Girl)) ,
database80(generic_pred(frame_51436,thing,see,See_Girl,Generic_Own_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("A girl sees the man who owns a dog .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN',girl]],
[ 'VP',
['VBZ',sees],
[ 'NP',
[ 'NP',
['DT',the],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',dog]]]]]]],
['.','.']]],
_905504).
%~ call_residue_vars = [ _114496, _114470,_114430,_114382,_114354,_114334,
%~ _114294,_114198,_114172,_114132,_114088,
%~ _114060,_114040,_114000].
%~ ?- c88("A girl sees the man who owns a dog .").
/* e2c_80 = asserted( exists( Patient_Exists_Dog,
exists( Exists_ActOwning,
exists( Exists_TimeFn_Finsg4,
exists( Patient_Exists_Man,
exists( Doer_Exists_Girl,
exists( Exists_ActSeeing,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActSeeing,actSeeing) &
doer(Exists_ActSeeing,Doer_Exists_Girl) &
patient(Exists_ActSeeing,Patient_Exists_Man))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
the(Patient_Exists_Man) &
iza(Patient_Exists_Man,'Man') &
holdsIn( Exists_TimeFn_Finsg4,
( iza(Exists_ActOwning,actOwning) &
doer(Exists_ActOwning,Patient_Exists_Man) &
patient(Exists_ActOwning,Patient_Exists_Dog))) &
iza(Exists_TimeFn_Finsg4,timeFn(finsg)) &
iza(Patient_Exists_Dog,'Dog') &
iza(Doer_Exists_Girl,'Girl')))))))))). */
/* c88 = [ answer80([]) :-
^( Own_Man,
( ti(man,Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51262,thing,own,Own_Man,Generic_Dog)))),
answer80([]) :-
^( Own_Man3,
( ti(man,Own_Man3) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51268,thing,own,Own_Man3,Generic_Cat))),
answer80([]) :-
^( Generic_Own_Man6,
( ti(man,Generic_Own_Man6) ,
^( Generic_Dog7,
( ti(dog,Generic_Dog7) ,
generic_pred(frame_51485,thing,own,Generic_Own_Man6,Generic_Dog7))) ,
ti(girl,See_Girl) ,
generic_pred(frame_51436,thing,see,See_Girl,Generic_Own_Man6)))]. */
%~ ?-c88("If John = John then John = John .").
%~ list_undefined([]).
%~ ?- c88("If John = John then John = John .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'PP',
['IN','If'],
[ 'NP',
[ 'NP',
['NNP','John'],
['SYM',=],
['NNP','John']],
[ 'ADVP',
['RB',then]],
[ 'NP',
['NNP','John'],
['SYM',=],
['NNP','John']]]],
['.','.']]]. */
%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("If John = John then John = John .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(1,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( john, [
pos(nnp), root('John'),loc(2),lnks(5),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(false)),link(1,'NP',r('NP',seg(2,4))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( =, [
pos(sym), root(=),loc(3),lnks(5),txt("="),
link(1,'NP',r('NP',seg(2,4))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo]),
w( john, [
pos(nnp), root('John'),loc(4),lnks(5),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(2,4))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case1],john),
pn_dict_tiny(john,person)]),
w( then, [
pos(rb), root(then),loc(5),lnks(5),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( john, [
pos(nnp), root('John'),loc(6),lnks(5),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(2),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(false)),link(1,'NP',r('NP',seg(6,8))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case2],john),
pn_dict_tiny(john,person)]),
w( =, [
pos(sym), root(=),loc(7),lnks(5),txt("="),
link(1,'NP',r('NP',seg(6,8))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo]),
w( john, [
pos(nnp), root('John'),loc(8),lnks(5),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(6,8))),
link(2,'NP',r('NP',seg(2,8))), link(3,'PP',r('PP',seg(1,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case3],john),
pn_dict_tiny(john,person)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("If John = John then John = John .").
%~ sentence80=failure.
%~ ?- c88("If John = John then John = John .").
%~ i_sentence=failure.
%~ ?- c88("If John = John then John = John .").
%~ clausify80=failure.
%~ ?- c88("If John = John then John = John .").
%~ any_to_ace_str="If John = John then John = John .".
%~ ?- c88("If John = John then John = John .").
/* try_ace_drs = drs( [], [
=>(
drs([],[formula(named('John'),=,named('John'))-1/3]),
drs([],[formula(named('John'),=,named('John'))-1/7]))]). */
%~ ?- c88("If John = John then John = John .").
%~ simplify80=failure.
%~ ?- c88("If John = John then John = John .").
%~ try_ace_fol = formula(Named,named('John'),=,named('John'))=>formula(Named,named('John'),=,named('John')).
%~ ?- c88("If John = John then John = John .").
%~ results80=failure.
%~ ?- c88("If John = John then John = John .").
%~ any_to_ace_str="If John = John then John = John .".
%~ ?- c88("If John = John then John = John .").
%~ try_ace_eng=['If John = John and John = John.'].
%~ ?- c88("If John = John then John = John .").
%~ compile80=failure.
%~ ?- c88("If John = John then John = John .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'PP',
['IN','If'],
[ 'NP',
[ 'NP',
['NNP','John'],
['SYM',=],
['NNP','John']],
[ 'ADVP',
['RB',then]],
[ 'NP',
['NNP','John'],
['SYM',=],
['NNP','John']]]],
['.','.']]],
_2568092).
%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[].
%~ ?- c88("If John = John then John = John .").
%~ e2c_80=failure.
%~ c88 = formula(Named,named('John'),=,named('John'))=>formula(Named,named('John'),=,named('John')).
%~ ?-c88("John eats . It is not possible that John waits .").
%~ list_undefined([]).
%~ ?- c88("John eats").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',eats]]]]. */
%~ ?- c88("John eats").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,2))), link(3,'CORENLP',r('CORENLP',seg(1,2))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( eats, [
pos(vbz), root(eat),loc(2),lnks(3),txt("eats"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(2,2))),
link(2,'S',r('S',seg(1,2))), link(3,'CORENLP',r('CORENLP',seg(1,2))),lex_winfo,
ac(thirdPersonSgPresent,xEatTheWord,"eats"),
cycWord(xEatTheWord),
cycTerm(actEatingEvent,ttProcessType,ttCumulativeEventType),
ac(infinitive,xEatTheWord,eat),
clex_word(verb,eats,eat,iv+finsg),
clex_word(verb,eats,eat,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Eat',"eats"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],eats),
talk_db(transitive,eat,eats,ate,eating,eaten),
talk_db(intransitive,eat,eats,eated,eating,eated)])]. */
%~ ?- c88("John eats").
%~ sentence80 = decl(s(np(3+sg,nameOf(John,john,[]),[]),verb(main+tv,eat,active,pres+fin,[],[root]),[],[])).
%~ ?- c88("John eats").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing5&Thing-John, '`'(bE(named,John,john)),'`'(true),
[],
thing&Thing5&Thing-Eat_Intrans),
identityQ([root]),
intrans_pred(thing,Thing,eat,Eat_Intrans),
[])). */
%~ ?- c88("John eats").
/* clausify80 = answer80([]) :-
bE(named,Intrans_Eat_John,john) ,
intrans_pred(thing,Thing,eat,Intrans_Eat_John). */
%~ ?- c88("John eats").
%~ any_to_ace_str="John eats .".
%~ ?- c88("John eats").
%~ try_ace_drs = drs([Eat],[predicate(Eat,eat,named('John'))-1/2]).
%~ ?- c88("John eats").
%~ simplify80=(answer80([]):-intrans_pred(thing,_74584,eat,john)).
%~ ?- c88("John eats").
%~ try_ace_fol = exists(Predicate_Eat,predicate(Predicate,Predicate_Eat,eat,named('John'))).
%~ missing(database80(intrans_pred(thing,_74584,eat,john))).
%~ ?- c88("John eats").
%~ results80=[[false]].
%~ ?- c88("John eats").
%~ any_to_ace_str="John eats .".
%~ ?- c88("John eats").
%~ try_ace_eng=['John eats.'].
%~ ?- c88("John eats").
/* compile80 = ( ( database80(intrans_pred(thing,Thing,eat,john))->False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(intrans_pred(thing,_74584,eat,john))).
%~ ?- c88("John eats").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',eats]]]],
_415844).
%~ call_residue_vars = [ _56896, _56882,_56868,_56854,_56840,_56826].
%~ ?- c88("John eats").
/* e2c_80 = asserted( exists( Patient_Exists,
exists( Doer_Exists_John,
exists( TimeFn_Finsg_ActEating,
( iza(TimeFn_Finsg_ActEating,actEating) &
doer(TimeFn_Finsg_ActEating,Doer_Exists_John) &
patient(TimeFn_Finsg_ActEating,Patient_Exists) &
iza(TimeFn_Finsg_ActEating,timeFn(finsg)) &
iza(Doer_Exists_John,'John')))))). */
%~ ?- c88("It is not possible that John waits .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['PRP','It']],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'ADJP',
['JJ',possible]],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',waits]]]]],
['.','.']]]. */
%~ ?- c88("It is not possible that John waits .").
/* into_lexical_segs = [ w( it, [
pos(prp), root(it),loc(1),lnks(3),txt("It"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xItTheWord,"it"),cycWord(xItTheWord),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iMassNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_He',"it"),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_Him',"it"),
ttholds(inflExpletiveUnchecked,'TTWord_It',"it"),
pers_pron_lex(it,neut,3,sg,Lex_Sg), pronoun_to_var(it,'It'),upcase(text(a),'It'),
flexicon(np,[person=3,agr=sg,gender=none,case=Case],it),
type_wrd_sem( non_personal_pronoun,
it,
[ sem=it, person=3,agr=sg,varg=Varg]),
talk_db(pronoun,it)]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( not, [
pos(rb), root(not),loc(3),lnks(3),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( possible, [
pos(jj), root(possible),loc(4),lnks(4),
txt("possible"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(4,4))), link(2,'VP',r('VP',seg(2,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xPossibleTheWord,"possible"),
cycWord(xPossibleTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xPossibleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xPossibleTheWord,possible),
clex_word(adj,possible,possible,unknown),
fsr( possible-a,
likelihood,
[ [ [ [ hypothetical_event-c, sfin,dep]],
17],
[ [ [ hypothetical_event-c, np,ext]],
5],
[ [ [ degree-p, avp,dep],
[ hypothetical_event-c, sfin,dep]],
1],
[ [ [ hypothetical_event-c, quo,dep]],
1],
[ [ [ hypothetical_event-c, sforto,dep]],
2],
[ [ [ hypothetical_event-c, vpto,dep]],
1],
[ [ [ hypothetical_event-c, n,head]],
5]]),
concept(fn,likelihood),
ttholds(inflAdjectiveUnchecked,'TTWord_Possible',"possible"),
talk_db(adj,possible)]),
w( that, [
pos(in), root(that),loc(5),lnks(4),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(5,7))),
link(2,'VP',r('VP',seg(2,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( john, [
pos(nnp), root('John'),loc(6),lnks(6),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(6,6))),
link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case5],john),
pn_dict_tiny(john,person)]),
w( waits, [
pos(vbz), root(wait),loc(7),lnks(6),txt("waits"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(7,7))),
link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xWaitTheWord,"waits"),
cycWord(xWaitTheWord),
cycTerm(actWaitingOnATable,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
cycTerm(actWaiting,ttTemporalStuffType,ttOneOrMoreAgentActivityType),
ac(infinitive,xWaitTheWord,wait),
clex_word(verb,waits,wait,iv+finsg),
clex_word(verb,waits,wait,tv+finsg),
clex_word(noun,waits,wait,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Wait',"waits"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Wait',"waits"),
talk_db(noun1,wait,waits),
talk_db(noun_or_verb,waits,waiting,wait),
talk_db(intransitive,wait,waits,waited,waiting,waited),
talk_db(transitive,wait,waits,waited,waiting,waited)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("It is not possible that John waits .").
%~ sentence80=failure.
%~ ?- c88("It is not possible that John waits .").
%~ i_sentence=failure.
%~ ?- c88("It is not possible that John waits .").
%~ clausify80=failure.
%~ ?- c88("It is not possible that John waits .").
%~ any_to_ace_str="something that is genderless is not possible that John waits .".
%~ ?- c88("It is not possible that John waits .").
%~ try_ace_drs=failure.
%~ ?- c88("It is not possible that John waits .").
%~ simplify80=failure.
%~ ?- c88("It is not possible that John waits .").
%~ try_ace_fol=failure.
%~ ?- c88("It is not possible that John waits .").
%~ results80=failure.
%~ ?- c88("It is not possible that John waits .").
%~ any_to_ace_str="It is not possible that John waits .".
%~ ?- c88("It is not possible that John waits .").
%~ try_ace_eng=failure.
%~ ?- c88("It is not possible that John waits .").
%~ compile80=failure.
%~ ?- c88("It is not possible that John waits .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['PRP','It']],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'ADJP',
['JJ',possible]],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',waits]]]]],
['.','.']]],
_1611396).
%~ call_residue_vars=[].
%~ ?- c88("It is not possible that John waits .").
%~ e2c_80=failure.
/* c88 = [ answer80([]):-intrans_pred(thing,Thing,eat,john),
?-c88("It is not possible that John waits .")]. */
%~ ?-c88("For everything X if X gives Y Z then X hands Y Z .").
%~ list_undefined([]).
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'FRAG',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
[ 'NP',
['NN',everything],
['NN','X']],
[ 'SBAR',
['IN',if],
[ 'S',
[ 'NP',
['NN','X']],
[ 'VP',
['VBZ',gives],
[ 'NP',
['NN','Y'],
['NN','Z']],
[ 'ADVP',
['RB',then]]]]]]]],
[ 'NP',
['NNP','X'],
['NNS',hands]],
[ 'NP',
['NNP','Y'],
['NNP','Z.']]]]. */
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
/* into_lexical_segs = [ w( for, [
pos(in), root(for),loc(1),lnks(4),txt("For"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(1,9))),
link(2,'S',r('S',seg(1,9))),
link(3,'FRAG',r('FRAG',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( everything, [
pos(nn), root(everything),loc(2),lnks(6),
txt("everything"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,9))), link(3,'PP',r('PP',seg(1,9))),link(4,'S',r('S',seg(1,9))),
link(5,'FRAG',r('FRAG',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEveryTheWord,every),
cycWord(xEveryTheWord),
ttholds(inflPronounUnchecked,'TTWord_Everything',"everything"),
ttholds(inflNounSingular,'TTWord_Everything',"everything"),
pronoun_to_var(everything,'Everything'),
upcase(text(a),'Everything'),
quantifier_pron_lex(everything,every,thing),
text(base,every),
type_wrd_sem( not_personal_quantified_pronoun,
everything,
[ person=3, agr=sg,isa=everything])]),
w( x, [
pos(nn), root(x),loc(3),lnks(6),txt("X"),
truecase('UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,9))), link(3,'PP',r('PP',seg(1,9))),link(4,'S',r('S',seg(1,9))),
link(5,'FRAG',r('FRAG',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_X',"X"),
ttholds(inflNounSingular,'TTWord_X',"X")]),
w( if, [
pos(in), root(if),loc(4),lnks(6),txt("if"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(4,9))),
link(2,'NP',r('NP',seg(2,9))), link(3,'PP',r('PP',seg(1,9))),link(4,'S',r('S',seg(1,9))),
link(5,'FRAG',r('FRAG',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( x, [
pos(nn), root(x),loc(5),lnks(8),txt("X"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'S',r('S',seg(5,9))),
link(3,'SBAR',r('SBAR',seg(4,9))),
link(4,'NP',r('NP',seg(2,9))), link(5,'PP',r('PP',seg(1,9))),link(6,'S',r('S',seg(1,9))),
link(7,'FRAG',r('FRAG',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_X',"x"),
ttholds(inflNounSingular,'TTWord_X',"x")]),
w( gives, [
pos(vbz), root(give),loc(6),lnks(8),txt("gives"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(5,9))),
link(3,'SBAR',r('SBAR',seg(4,9))),
link(4,'NP',r('NP',seg(2,9))), link(5,'PP',r('PP',seg(1,9))),link(6,'S',r('S',seg(1,9))),
link(7,'FRAG',r('FRAG',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(thirdPersonSgPresent,xGiveTheWord,"gives"),
cycWord(xGiveTheWord),
cycTerm(actGivingSomething,ttAccessingScriptType,iUI_LossOfUserRightsPossTransferTopic),
cycTerm(givesSupportToAgentOfCategory,rtTernaryPredicate,rtFirstOrderCollectionPredicate),
cycTerm(eventTransferringPossession,ttKEClarifyingCollectionType,ttAccessingScriptType),
cycTerm(actGivingOfferingCommunicationAct,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm(actYieldingMakingSomethingAvailable,ttFirstOrderCollection,ttThing),
ac(infinitive,xGiveTheWord,give),
ac(thirdPersonSgPresent,xGiveTheWord,gives),
clex_word(verb,gives,give,iv+finsg),
clex_word(verb,gives,give,tv+finsg),
clex_word(verb,gives,give,dv(to)+finsg),
clex_word(verb,gives,give,dv('')+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Give',"gives"), talk_db(noun2,gives),talk_db(noun1,gives,gives),
talk_db(transitive,give,gives,gave,giving,given),
talk_db(intransitive,give,gives,gived,giving,gived)]),
w( y, [
pos(nn), root(y),loc(7),lnks(9),txt("Y"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(5,9))),
link(4,'SBAR',r('SBAR',seg(4,9))),
link(5,'NP',r('NP',seg(2,9))), link(6,'PP',r('PP',seg(1,9))),link(7,'S',r('S',seg(1,9))),
link(8,'FRAG',r('FRAG',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_Y',"y"),
ttholds(inflNounSingular,'TTWord_Y',"y"),
talk_db(pronoun,y)]),
w( z, [
pos(nn), root(z),loc(8),lnks(9),txt("Z"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(5,9))),
link(4,'SBAR',r('SBAR',seg(4,9))),
link(5,'NP',r('NP',seg(2,9))), link(6,'PP',r('PP',seg(1,9))),link(7,'S',r('S',seg(1,9))),
link(8,'FRAG',r('FRAG',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_Z',"z"),
ttholds(inflNounSingular,'TTWord_Z',"z")]),
w( then, [
pos(rb), root(then),loc(9),lnks(9),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(9,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(5,9))),
link(4,'SBAR',r('SBAR',seg(4,9))),
link(5,'NP',r('NP',seg(2,9))), link(6,'PP',r('PP',seg(1,9))),link(7,'S',r('S',seg(1,9))),
link(8,'FRAG',r('FRAG',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( x, [
pos(nnp), root('X'),loc(10),lnks(3),txt("X"),
truecase('UPPER'),link(1,'NP',r('NP',seg(10,11))),
link(2,'FRAG',r('FRAG',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_X',"X"),
ttholds(inflNounSingular,'TTWord_X',"X")]),
w( hands, [
pos(nns), root(hand),loc(11),lnks(3),txt("hands"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,11))),
link(2,'FRAG',r('FRAG',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,xHandTheWord,"hands"),cycWord(xHandTheWord),
cycTerm(tPartTypeHand,ttSymmetricAnatomicalPartType,ttSpatiallyDisjointObjectType),
ac(singular,xHandTheWord,hand),
clex_word(verb,hands,hand,tv+finsg),
clex_word(verb,hands,hand,dv('')+finsg),
clex_word(noun,hands,hand,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Hand',"hands"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Hand',"hands"),
ttholds(inflExpletiveUnchecked,'TTWord_Hands',"hands"),
talk_db(noun1,hand,hands),
talk_db(noun_or_verb,hands,handing,hand),
talk_db(transitive,hand,hands,handed,handing,handed),
talk_db(intransitive,hand,hands,handed,handing,handed)]),
w( y, [
pos(nnp), root('Y'),loc(12),lnks(3),txt("Y"),
truecase('LOWER'),link(1,'NP',r('NP',seg(12,13))),
link(2,'FRAG',r('FRAG',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflAdjective,'TTWord_Y',"y"),
ttholds(inflNounSingular,'TTWord_Y',"y"),
talk_db(pronoun,y)]),
w( 'z.', [
pos(nnp), root('Z.'),loc(13),lnks(3),txt("Z."),
truecase('LOWER'),link(1,'NP',r('NP',seg(12,13))),
link(2,'FRAG',r('FRAG',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(3.714).
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ i_sentence=failure.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ clausify80=failure.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ any_to_ace_str="For everything X if X gives Y Z then X hands Y Z .".
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
/* try_ace_drs = drs( [], [
=>(
drs([Something],[object(Something,something,dom,na,na,na)-1/3]),
drs( [], [
=>(
drs( [Something1,Something2,Event_Give], [
object(Something1,something,dom,na,na,na) -
1/8,
object(Something2,something,dom,na,na,na) -
1/9,
predicate(Event_Give,give,Something,Something2,Something1) -
1/7]),
drs( [Event_Hand], [
predicate(Event_Hand,hand,Something,Something2,Something1) -
1/12]))]))]). */
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ simplify80=failure.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
/* try_ace_fol = forall( Something,
=>(
object(Event_Object,Something,something,dom,na,na,na),
forall( Forall_Something2,
forall( Forall_Something3,
forall( Give,
=>(
( object(Event_Object,Forall_Something2,something,dom,na,na,na) &
object(Event_Object,Forall_Something3,something,dom,na,na,na) &
predicate( Event_Object,
Give, give,Something,
Forall_Something3,Forall_Something2)),
exists( Predicate_Hand,
predicate( Event_Object,
Predicate_Hand, hand,Something,Forall_Something3,
Forall_Something2)))))))). */
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ results80=failure.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ any_to_ace_str="For everything X if X gives Y Z then X hands Y Z .".
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ try_ace_eng=['If there is something X1 then if X1 gives something X2 to something X3 then X1 hands X3 X2.'].
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ compile80=failure.
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'FRAG',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
[ 'NP',
['NN',everything],
['NN','X']],
[ 'SBAR',
['IN',if],
[ 'S',
[ 'NP',
['NN','X']],
[ 'VP',
['VBZ',gives],
[ 'NP',
['NN','Y'],
['NN','Z']],
[ 'ADVP',
['RB',then]]]]]]]],
[ 'NP',
['NNP','X'],
['NNS',hands]],
[ 'NP',
['NNP','Y'],
['NNP','Z.']]]],
_3611334).
%~ call_residue_vars=[].
%~ ?- c88("For everything X if X gives Y Z then X hands Y Z .").
%~ e2c_80=failure.
%~ c88 is runtime(4.05).
/* c88 = forall( Something,
=>(
object(Event_Object,Something,something,dom,na,na,na),
forall( Forall_Something2,
forall( Forall_Something3,
forall( Give,
=>(
( object(Event_Object,Forall_Something2,something,dom,na,na,na) &
object(Event_Object,Forall_Something3,something,dom,na,na,na) &
predicate( Event_Object,
Give, give,Something,
Forall_Something3,Forall_Something2)),
exists( Predicate_Hand,
predicate( Event_Object,
Predicate_Hand, hand,Something,Forall_Something3,
Forall_Something2)))))))). */
%~ ?-c88("Every man likes at least 3 things .").
%~ list_undefined([]).
%~ ?- c88("Every man likes at least 3 things .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['JJS',least]],
['CD','3']],
['NNS',things]]],
['.','.']]]. */
%~ ?- c88("Every man likes at least 3 things .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(3),lnks(3),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( at, [
pos(in), root(at),loc(4),lnks(6),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(5),lnks(6),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( '3', [
pos(cd), root('3'),loc(6),lnks(5),txt("3"),
ner('NUMBER'),normalizedNER('>=3.0'),entitylink(3),
corefed,#(1),txt(["3"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(4,6))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflAdjectiveUnchecked,'TTWord-3',"3"),
ttholds(inflNounSingularUnchecked,'TTWord-3',"3"),
tr_number('3',3)]),
w( things, [
pos(nns), root(thing),loc(7),lnks(4),txt("things"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xThingTheWord,"things"),cycWord(xThingTheWord),
cycTerm(tThing,iUI_BasicsFundamentalTopic,vCollectionClosedUnderSpecialization),
ac(singular,xThingTheWord,thing),
clex_word(noun,things,thing,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Thing',"things"),
talk_db(noun1,thing,things)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every man likes at least 3 things .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],man),[]),
verb(main+tv,like,active,pres+fin,[],[prep(prep(at)),root]),
[ adv(least),
arg(dirO,np(3+pl,np_head(QuantV,quantV(same,3),[],thing),[]))],
[])). */
%~ ?- c88("Every man likes at least 3 things .").
/* i_sentence = assertion80( pred(
quantS( det(every),
Mg_Man9-Man, '`'(ti(man,Man)),'`'(true),
[],
Mg_Man9-Mg),
identityQ([adv(least),prep(prep(at)),root]),
generic_pred(frame_51497,thing,mg(like),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(QuantV,quantV(same,3),[],thing))),
'`'(true),
[],
Np_head-Generic)])). */
%~ ?- c88("Every man likes at least 3 things .").
/* clausify80 = answer80([]) :-
\+( ^( Mg_Man,
( ti(man,Mg_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(QuantV,quantV(same,3),[],thing)) ,
modalized( least,
modalized( prep(prep(at)),
true,generic_pred(frame_51497,thing,mg(like),Mg_Man,Generic_QualifiedBy),true,true))))))). */
%~ ?- c88("Every man likes at least 3 things .").
%~ any_to_ace_str="Every man likes at least 3 things .".
%~ ?- c88("Every man likes at least 3 things .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/2]),
drs( [Thing,Like], [
object(Thing,thing,countable,na,geq,3) -
1/7,
predicate(Like,like,Man,Thing)-1/3]))]). */
%~ ?- c88("Every man likes at least 3 things .").
/* simplify80 = answer80([]) :-
\+( ^( Like_Man,
( ti(man,Like_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(QuantV,quantV(same,3),[],thing)) ,
modalized( least,
modalized(prep(prep(at)),generic_pred(frame_51497,thing,like,Like_Man,Generic_QualifiedBy)))))))). */
%~ ?- c88("Every man likes at least 3 things .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Exists_Thing,
exists( Like,
( object(Event_Object,Exists_Thing,thing,countable,na,geq,3) &
predicate(Event_Object,Like,like,Man,Exists_Thing)))))). */
%~ ?- c88("Every man likes at least 3 things .").
%~ results80=[[true]].
%~ ?- c88("Every man likes at least 3 things .").
%~ any_to_ace_str="Every man likes at least 3 things .".
%~ ?- c88("Every man likes at least 3 things .").
%~ try_ace_eng=['If there is a man X1 then the man X1 likes at least 3 things.'].
%~ ?- c88("Every man likes at least 3 things .").
/* compile80 = ( ( \+( ( database80(ti(man,Like_Man)) ,
\+( ( database80( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(QuantV,quantV(same,3),[],thing))) ,
database80( modalized( least,
modalized(prep(prep(at)),generic_pred(frame_51497,thing,like,Like_Man,Generic_QualifiedBy)))))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every man likes at least 3 things .").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['JJS',least]],
['CD','3']],
['NNS',things]]],
['.','.']]],
_486994).
%~ call_residue_vars = [ _17742, _17720,_17706,_17684,_17670,_17648,
%~ _17634,_17612].
%~ ?- c88("Every man likes at least 3 things .").
/* e2c_80 = asserted( exists( Patient_Exists_Thing,
all( Doer_All_Man,
exists( Exists_ActLiking,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActLiking,actLiking) &
doer(Exists_ActLiking,Doer_All_Man) &
patient(Exists_ActLiking,Patient_Exists_Thing))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
quantity(Patient_Exists_Thing,>=,3) &
iza(Patient_Exists_Thing,thing) &
~numberOf(Patient_Exists_Thing,1) &
iza(Doer_All_Man,'Man'))))))). */
%~ c88 is runtime(1.084).
/* c88 = answer80([]) :-
\+( ^( Like_Man,
( ti(man,Like_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(QuantV,quantV(same,3),[],thing)) ,
modalized( least,
modalized(prep(prep(at)),generic_pred(frame_51497,thing,like,Like_Man,Generic_QualifiedBy)))))))). */
%~ ?-c88("Everybody who writes at least 1 thing is a human .").
%~ list_undefined([]).
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NN',everybody]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',writes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['JJS',least]],
['CD','1']],
['NN',thing]]]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ',human]]],
['.','.']]]. */
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
/* into_lexical_segs = [ w( everybody, [
pos(nn), root(everybody),loc(1),lnks(4),
txt("everybody"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,1))),link(2,'NP',r('NP',seg(1,7))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xEveryTheWord,every),
cycWord(xEveryTheWord),
ttholds(inflPronoun,'TTWord_Everybody',"everybody"),
pronoun_to_var(everybody,'Everyperson'),
upcase(text(a),'Everyperson'), quantifier_pron_lex(everybody,every,person),text(base,every),
type_wrd_sem( personal_quantified_pronoun,
everyone;everybody,
[ person=3, agr=sg,isa=everyone])]),
w( who, [
pos(wp), root(who),loc(2),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'SBAR',r('SBAR',seg(2,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1761212,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( writes, [
pos(vbz), root(write),loc(3),lnks(6),txt("writes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(3,7))),
link(3,'SBAR',r('SBAR',seg(2,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xWriteTheWord,"writes"),
cycWord(xWriteTheWord),
cycTerm(actWriting,ttQAClarifyingCollectionType,ttSkilledActivityType),
ac(infinitive,xWriteTheWord,write),
clex_word(verb,writes,write,iv+finsg),
clex_word(verb,writes,write,tv+finsg),
clex_word(verb,writes,write,dv('')+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Write',"writes"),
talk_db(transitive,write,writes,wrote,writing,written),
talk_db(intransitive,write,writes,wrote,writing,written)]),
w( at, [
pos(in), root(at),loc(4),lnks(9),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(3,7))),
link(6,'SBAR',r('SBAR',seg(2,7))), link(7,'NP',r('NP',seg(1,7))),link(8,'S',r('S',seg(1,11))),
link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(5),lnks(9),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(3,7))),
link(6,'SBAR',r('SBAR',seg(2,7))), link(7,'NP',r('NP',seg(1,7))),link(8,'S',r('S',seg(1,11))),
link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( '1', [
pos(cd), root('1'),loc(6),lnks(8),txt("1"),
ner('NUMBER'),normalizedNER('>=1.0'),entitylink(1),
corefed,#(1),txt(["1"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(4,6))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(3,7))),
link(5,'SBAR',r('SBAR',seg(2,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(street_numberOf,'1_CNN_Center_Atlanta_tt',"1"),
ttholds(street_numberOf,'1_Centre_Street_New_York_City_tt',"1"),
ttholds(street_numberOf,'1_International_Boulevard_Mahwah_tt',"1"),
ttholds(street_numberOf,'1_World_Trade_Center_tt',"1"),
ttholds(street_numberOf,'1_quai_du_Point_du_Jour_Boulogne_tt',"1"),
ttholds(street_numberOf,'1_rue_Descartes_Paris_tt',"1"),
ttholds(phone_prefixOf,country_CAN_tt,"1"),
ttholds(phone_prefixOf,country_USA_tt,"1"),
ttholds(street_numberOf,residence_des_sapins_tt,"1"),
ttholds(inflAdjectiveUnchecked,'TTWord-1',"1"),
ttholds(inflNounSingularUnchecked,'TTWord-1',"1"),
tr_number('1',1)]),
w( thing, [
pos(nn), root(thing),loc(7),lnks(7),txt("thing"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(3,7))),
link(4,'SBAR',r('SBAR',seg(2,7))), link(5,'NP',r('NP',seg(1,7))),link(6,'S',r('S',seg(1,11))),
link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xThingTheWord,"thing"),cycWord(xThingTheWord),
cycTerm(tThing,iUI_BasicsFundamentalTopic,vCollectionClosedUnderSpecialization),
ac(singular,xThingTheWord,thing),
clex_word(noun,thing,thing,neutr+sg-count),
fsr(thing-n,physical_entity,[]),
concept(fn,physical_entity),
ttholds(inflNounSingular,'TTWord_Thing',"thing")]),
w( is, [
pos(vbz), root(be),loc(8),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(9),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( human, [
pos(jj), root(human),loc(10),lnks(4),txt("human"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xHumanTheWord,"human"),
cycWord(xHumanTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xHumanTheWord,"human"),
cycTerm(tClazzHomoSapiens,ttOrganismClassificationType,ttNonEmptyCollection),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
ac(nonGradableAdjectiveForm,xHumanTheWord,human),
ac(singular,xHumanTheWord,human),
clex_word(noun,human,human,human+sg-count),
clex_word(adj,human,human,unknown), fsr(human-n,people,[]),concept(fn,people),
ttholds(inflAdjective,'TTWord_Human',"human"),
ttholds(inflNounSingular,'TTWord_Human',"human"),
talk_db(adj,human)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.838).
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ i_sentence=failure.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ clausify80=failure.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ any_to_ace_str="Everybody who writes at least 1 thing is a human .".
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
/* try_ace_drs = drs( [], [
=>(
drs( [Somebody,Thing,Write], [
object(Somebody,somebody,countable,na,eq,1) -
1/2,
object(Thing,thing,countable,na,geq,1) -
1/8,
predicate(Write,write,Somebody,Thing)-1/4]),
drs( [Human,Be], [
object(Human,human,countable,na,eq,1) -
1/11,
predicate(Be,be,Somebody,Human)-1/9]))]). */
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ simplify80=failure.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
/* try_ace_fol = forall( Forall_Somebody,
forall( Forall_Thing,
forall( Write,
=>(
( object(Event_Object,Forall_Somebody,somebody,countable,na,eq,1) &
object(Event_Object,Forall_Thing,thing,countable,na,geq,1) &
predicate(Event_Object,Write,write,Forall_Somebody,Forall_Thing)),
exists( Exists_Human,
exists( Be,
( object(Event_Object,Exists_Human,human,countable,na,eq,1) &
predicate(Event_Object,Be,be,Forall_Somebody,Exists_Human)))))))). */
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ results80=failure.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ any_to_ace_str="Everybody who writes at least 1 thing is a human .".
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ try_ace_eng=['If somebody X1 writes at least 1 thing then X1 is a human.'].
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ compile80=failure.
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NN',everybody]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',writes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['JJS',least]],
['CD','1']],
['NN',thing]]]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ',human]]],
['.','.']]],
_1549854).
%~ call_residue_vars = [ _16394, _16380,_16358,_16336,_16322,_16308,
%~ _16286,_16264,_16234].
%~ ?- c88("Everybody who writes at least 1 thing is a human .").
/* e2c_80 = asserted( exists( Patient_Exists_Thing,
exists( Exists_ActWriting,
exists( Exists_TimeFn_Finsg,
exists( Exists_Everybody_Human,
( iza(Exists_Everybody_Human,'Human') &
iza(Exists_Everybody_Human,'Everybody') &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActWriting,actWriting) &
doer(Exists_ActWriting,Exists_Everybody_Human) &
patient(Exists_ActWriting,Patient_Exists_Thing))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
quantity(Patient_Exists_Thing,>=,1) &
iza(Patient_Exists_Thing,thing))))))). */
%~ c88 is runtime(2.231).
/* c88 = forall( Forall_Somebody,
forall( Forall_Thing,
forall( Write,
=>(
( object(Event_Object,Forall_Somebody,somebody,countable,na,eq,1) &
object(Event_Object,Forall_Thing,thing,countable,na,geq,1) &
predicate(Event_Object,Write,write,Forall_Somebody,Forall_Thing)),
exists( Exists_Human,
exists( Be,
( object(Event_Object,Exists_Human,human,countable,na,eq,1) &
predicate(Event_Object,Be,be,Forall_Somebody,Exists_Human)))))))). */
%~ ?-c88("Every man likes some cars .").
%~ list_undefined([]).
%~ ?- c88("Every man likes some cars .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',some],
['NNS',cars]]],
['.','.']]]. */
%~ ?- c88("Every man likes some cars .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(3),lnks(3),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( some, [
pos(dt), root(some),loc(4),lnks(4),txt("some"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( cars, [
pos(nns), root(car),loc(5),lnks(4),txt("cars"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xCarTheWord,"cars"),cycWord(xCarTheWord),
cycTerm(tObjectAutomobile,ttRoadVehicleTypeByUse,ttSpatiallyDisjointObjectType),
ac(singular,xCarTheWord,car),
clex_word(noun,cars,car,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Car',"cars"),
talk_db(noun1,car,cars)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every man likes some cars .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],man),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(Det3,det(some),[],car),[]))],
[])). */
%~ ?- c88("Every man likes some cars .").
/* i_sentence = assertion80( pred(
quantS( det(every),
Mg_Man9-Man, '`'(ti(man,Man)),'`'(true),
[],
Mg_Man9-Mg),
identityQ([root]),
generic_pred(frame_51503,thing,mg(like),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],car))),
'`'(true),
[],
Np_head-Generic)])). */
%~ ?- c88("Every man likes some cars .").
/* clausify80 = answer80([]) :-
\+( ^( Mg_Man,
( ti(man,Mg_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(some),[],car)) ,
generic_pred(frame_51503,thing,mg(like),Mg_Man,Generic_QualifiedBy)))))). */
%~ ?- c88("Every man likes some cars .").
%~ any_to_ace_str="Every man likes some cars .".
%~ ?- c88("Every man likes some cars .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/2]),
drs( [Car,Like], [
object(Car,car,countable,na,geq,2) -
1/5,
predicate(Like,like,Man,Car)-1/3]))]). */
%~ ?- c88("Every man likes some cars .").
/* simplify80 = answer80([]) :-
\+( ^( Like_Man,
( ti(man,Like_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(some),[],car)) ,
generic_pred(frame_51503,thing,like,Like_Man,Generic_QualifiedBy)))))). */
%~ ?- c88("Every man likes some cars .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Exists_Car,
exists( Like,
( object(Event_Object,Exists_Car,car,countable,na,geq,2) &
predicate(Event_Object,Like,like,Man,Exists_Car)))))). */
%~ ?- c88("Every man likes some cars .").
%~ results80=[[true]].
%~ ?- c88("Every man likes some cars .").
%~ any_to_ace_str="Every man likes some cars .".
%~ ?- c88("Every man likes some cars .").
%~ try_ace_eng=['If there is a man X1 then the man X1 likes at least 2 cars.'].
%~ ?- c88("Every man likes some cars .").
/* compile80 = ( ( \+( ( database80(ti(man,Like_Man)) ,
\+( ( database80(qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(some),[],car))) ,
database80(generic_pred(frame_51503,thing,like,Like_Man,Generic_QualifiedBy)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every man likes some cars .").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',some],
['NNS',cars]]],
['.','.']]],
_936384).
%~ call_residue_vars = [ _25392, _25364,_25344,_25304,_25216,_25188,
%~ _25168,_25128].
%~ ?- c88("Every man likes some cars .").
/* e2c_80 = asserted( exists( Patient_Exists_Car,
all( Doer_All_Man,
exists( Exists_ActLiking,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActLiking,actLiking) &
doer(Exists_ActLiking,Doer_All_Man) &
patient(Exists_ActLiking,Patient_Exists_Car))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Car,'Car') &
~numberOf(Patient_Exists_Car,1) &
iza(Doer_All_Man,'Man'))))))). */
/* c88 = answer80([]) :-
\+( ^( Like_Man,
( ti(man,Like_Man) ,
\+( ( qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(some),[],car)) ,
generic_pred(frame_51503,thing,like,Like_Man,Generic_QualifiedBy)))))). */
%~ ?-c88("For every thing at most 1 thing is identified by it .").
%~ list_undefined([]).
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
['DT',every],
['NN',thing]]],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD','1']],
['NN',thing]],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',identified],
[ 'PP',
['IN',by],
[ 'NP',
['PRP',it]]]]],
['.','.']]]. */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* into_lexical_segs = [ w( for, [
pos(in), root(for),loc(1),lnks(3),txt("For"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(1,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( every, [
pos(dt), root(every),loc(2),lnks(4),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'PP',r('PP',seg(1,3))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( thing, [
pos(nn), root(thing),loc(3),lnks(4),txt("thing"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'PP',r('PP',seg(1,3))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xThingTheWord,"thing"),cycWord(xThingTheWord),
cycTerm(tThing,iUI_BasicsFundamentalTopic,vCollectionClosedUnderSpecialization),
ac(singular,xThingTheWord,thing),
clex_word(noun,thing,thing,neutr+sg-count),
fsr(thing-n,physical_entity,[]),
concept(fn,physical_entity),
ttholds(inflNounSingular,'TTWord_Thing',"thing")]),
w( at, [
pos(in), root(at),loc(4),lnks(5),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))), link(3,'NP',r('NP',seg(4,7))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(rbs), root(most),loc(5),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(4,5))),
link(2,'QP',r('QP',seg(4,6))), link(3,'NP',r('NP',seg(4,7))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( '1', [
pos(cd), root('1'),loc(6),lnks(4),txt("1"),
ner('NUMBER'),normalizedNER('<1.0'),entitylink(1),
corefed,#(1),txt(["1"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(4,6))), link(2,'NP',r('NP',seg(4,7))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(street_numberOf,'1_CNN_Center_Atlanta_tt',"1"),
ttholds(street_numberOf,'1_Centre_Street_New_York_City_tt',"1"),
ttholds(street_numberOf,'1_International_Boulevard_Mahwah_tt',"1"),
ttholds(street_numberOf,'1_World_Trade_Center_tt',"1"),
ttholds(street_numberOf,'1_quai_du_Point_du_Jour_Boulogne_tt',"1"),
ttholds(street_numberOf,'1_rue_Descartes_Paris_tt',"1"),
ttholds(phone_prefixOf,country_CAN_tt,"1"),
ttholds(phone_prefixOf,country_USA_tt,"1"),
ttholds(street_numberOf,residence_des_sapins_tt,"1"),
ttholds(inflAdjectiveUnchecked,'TTWord-1',"1"),
ttholds(inflNounSingularUnchecked,'TTWord-1',"1"),
tr_number('1',1)]),
w( thing, [
pos(nn), root(thing),loc(7),lnks(3),txt("thing"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xThingTheWord,"thing"),cycWord(xThingTheWord),
cycTerm(tThing,iUI_BasicsFundamentalTopic,vCollectionClosedUnderSpecialization),
ac(singular,xThingTheWord,thing),
clex_word(noun,thing,thing,neutr+sg-count),
fsr(thing-n,physical_entity,[]),
concept(fn,physical_entity),
ttholds(inflNounSingular,'TTWord_Thing',"thing")]),
w( is, [
pos(vbz), root(be),loc(8),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( identified, [
pos(vbn), root(identify),loc(9),lnks(4),
txt("identified"),truecase('LOWER'),
link(1,'VP',r('VP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xIdentifyTheWord,identify),
cycWord(xIdentifyTheWord),
clex_word(verb,identified,identify,tv+pp),
clex_word(adj,identified,identified,unknown),
ttholds(inflVerbUnchecked,'TTWord_Identify',"identified"),
ttholds(inflVerbPastUnchecked,'TTWord_Identify',"identified"),
talk_db(transitive,identify,identifies,identified,identifying,identified),
talk_db(intransitive,identify,identifies,identified,identifying,identified)]),
w( by, [
pos(in), root(by),loc(10),lnks(5),txt("by"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(9,11))),
link(3,'VP',r('VP',seg(8,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xByTheWord,"by"),cycWord(xByTheWord),
cycTerm(byUnderspecified,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
ac(regularAdverb,xByTheWord,"by"),
fsr(by-prep,locative_relation,[]), concept(fn,locative_relation),fsr(by-prep,means,[]),
concept(fn,means),
ttholds(inflPreposition,'TTWord_By',"by"), talk_db(preposition,by),talk_db(adj,by)]),
w( it, [
pos(prp), root(it),loc(11),lnks(6),txt("it"),
truecase('LOWER'),corefed,#(3),
txt(["it"]),type('PRONOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(9,11))),
link(4,'VP',r('VP',seg(8,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xItTheWord,"it"),cycWord(xItTheWord),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iMassNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_He',"it"),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_Him',"it"),
ttholds(inflExpletiveUnchecked,'TTWord_It',"it"),
pers_pron_lex(it,neut,3,sg,Lex_Sg), pronoun_to_var(it,'It'),upcase(text(a),'It'),
flexicon(np,[person=3,agr=sg,gender=none,case=Case],it),
type_wrd_sem( non_personal_pronoun,
it,
[ sem=it, person=3,agr=sg,varg=Varg]),
talk_db(pronoun,it)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* sentence80 = decl( s( np( Np_head17,
np_head( Generic,
generic,
[ adj( info( self,
prep_phrase( Prep14,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( Wh_S,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S12,
s( np(3+sg,wh(Wh_S12),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))]))))],
current_thing),
[]),
verb(main+iv,exist,active,pres+fin,[],[]),
[],
[ prep_phrase( Prep14,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( Wh_S,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S12,
s( np(3+sg,wh(Wh_S12),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))]))])). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing3440&Thing34-Current_thing_Prep_phrase23,
`( ( `( info( Current_thing_Prep_phrase23,
prep_phrase( Prep22,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( thing&Thing11-_3495862,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(thing&Thing11-_3527954),[]))],
[])),
reduced_rel( thing&Thing11-_3532982,
s( np(3+sg,wh(thing&Thing11-_3554896),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep18,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))])))) &
ti(current_thing,Current_thing_Prep_phrase23))),
'`'(true),
[],
thing&Thing3440&Thing34-Exist),
identityQ([]),
intrans_pred_prep(thing,Thing34,exist,Exist,for,For_Prep),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-_3602540,
'`'(qualifiedBy(_3597108,thing&Thing11,np_head(Det,det(every),[],thing))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing11-_3649742,
'`'(qualifiedBy(_3644490,thing&Thing11,np_head(QuantV,quantV(notP([])+more,1),[],thing))),
'`'(true),
[],
thing&Thing11-VAR_BE),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE,BE),
[ quantS( identityQ(IdentityQ5),
thing&Thing11-_3664130, '`'(true),'`'(true),
[],
thing&Thing11-BE)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing11-_3679904, '`'(true),'`'(true),
[],
thing&Thing11-Generic),
identityQ([]),
generic_pred(frame_51781,thing,mg(identify),_3597254,Generic),
[ quantS( identityQ(IdentityQ8),
Pronoun-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Pronoun,pronoun(neut,3+sg))),
'`'(true),
[],
Pronoun-_3700918)])],
thing&Thing11-For_Prep)])). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* clausify80 = answer80([]) :-
qualifiedBy(Generic_BE_For,thing&Thing,np_head(Det,det(every),[],thing)) ,
bE(is,Is,Generic_BE_For) ,
generic_pred(frame_51781,thing,mg(identify),Mg,Generic_BE_For) ,
qualifiedBy(Mg,Pronoun,pronoun(neut,3+sg)) ,
qualifiedBy(Is,thing&Thing,np_head(QuantV,quantV(notP([])+more,1),[],thing)) ,
( `( info( Current_thing_Prep_phrase19,
prep_phrase( Prep18,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(thing&Thing-Generic_BE_For),[]))],
[])),
reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,wh(thing&Thing-Generic_BE_For),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))])))) &
ti(current_thing,Current_thing_Prep_phrase19)) ,
intrans_pred_prep(thing,Thing21,exist,Current_thing_Prep_phrase19,for,Generic_BE_For). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
%~ any_to_ace_str="For every thing at most 1 thing in the past identifying by something that is genderless .".
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* try_ace_drs = drs( [], [
=>(
drs([Thing],[object(Thing,thing,countable,na,eq,1)-1/3]),
drs(
[ Thing8, Pp_Something_Predicate,Genderless,
Be,Identifying_By,
Pp_Past],
[ [ modifier_pp(Identifying_By,by,Pp_Something_Predicate)-1/14,
predicate(Identifying_By,identifying,Thing8)-1/13,
modifier_pp(Identifying_By,in,Pp_Past)-1/8,
predicate(Be,be,Pp_Something_Predicate,Genderless)-1/18,
property(Genderless,genderless,pos)-1/19,
object(Pp_Something_Predicate,something,dom,na,na,na) -
1/16,
object(Pp_Past,past,countable,na,eq,1) -
1/10,
object(Thing8,thing,countable,na,leq,1) -
1/7]]))]). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* simplify80 = answer80([]) :-
qualifiedBy(Generic_BE_For,thing&Thing,np_head(Det,det(every),[],thing)) ,
bE(is,Is,Generic_BE_For) ,
generic_pred(frame_51781,thing,identify,Identify,Generic_BE_For) ,
qualifiedBy(Identify,Pronoun,pronoun(neut,3+sg)) ,
qualifiedBy(Is,thing&Thing,np_head(QuantV,quantV(notP([])+more,1),[],thing)) ,
info( Current_thing_Prep_phrase19,
prep_phrase( Prep18,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(thing&Thing-Generic_BE_For),[]))],
[])),
reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,wh(thing&Thing-Generic_BE_For),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))]))) ,
ti(current_thing,Current_thing_Prep_phrase19) ,
intrans_pred_prep(thing,Thing21,exist,Current_thing_Prep_phrase19,for,Generic_BE_For). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* try_ace_fol = forall( Thing,
=>(
object(Event_Object,Thing,thing,countable,na,eq,1),
exists( Exists_Thing9,
exists( Exists_Something_PredicateObject,
exists( Exists_Genderless,
exists( Exists_Be,
exists( Exists_Identifying_By,
exists( Pp_Past, [
modifier_pp(Event_Object,Exists_Identifying_By,by,Exists_Something_PredicateObject),
predicate(Event_Object,Exists_Identifying_By,identifying,Exists_Thing9),
modifier_pp(Event_Object,Exists_Identifying_By,in,Pp_Past),
predicate( Event_Object,
Exists_Be, be,Exists_Something_PredicateObject,
Exists_Genderless),
property(Event_Object,Exists_Genderless,genderless,pos),
object(Event_Object,Exists_Something_PredicateObject,something,dom,na,na,na),
object(Event_Object,Pp_Past,past,countable,na,eq,1),
object(Event_Object,Exists_Thing9,thing,countable,na,leq,1)])))))))). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
%~ results80=[[false]].
%~ ?- c88("For every thing at most 1 thing is identified by it .").
%~ any_to_ace_str="For every thing at most 1 thing is identified by it .".
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* try_ace_eng = acedrs( Pp_Past, [
unk( =>(
drs([[]],[object([],thing,countable,na,eq,1)-1/3]),
drs(
[ [], [],[],[],[],
Pp_Past],
[ [ modifier_pp([],by,[])-1/14,
predicate([],identifying,[])-1/13,
modifier_pp([],in,Pp_Past)-1/8,
predicate([],be,[],[])-1/18,
property([],genderless,pos)-1/19,
object([],something,dom,na,na,na) -
1/16,
object(Pp_Past,past,countable,na,eq,1) -
1/10,
object([],thing,countable,na,leq,1) -
1/7]])))]). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
/* compile80 = ( ( ( database80(qualifiedBy(Generic_BE_For,thing&Thing,np_head(Det,det(every),[],thing))) ,
database80(bE(is,Is,Generic_BE_For)) ,
database80(generic_pred(frame_51781,thing,identify,Identify,Generic_BE_For)) ,
database80(qualifiedBy(Identify,Pronoun,pronoun(neut,3+sg))) ,
database80( qualifiedBy(Is,thing&Thing,np_head(QuantV,quantV(notP([])+more,1),[],thing))) ,
database80( info( Current_thing_Prep_phrase19,
prep_phrase( Prep18,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(thing&Thing-Generic_BE_For),[]))],
[])),
reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,wh(thing&Thing-Generic_BE_For),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))])))) ,
database80(ti(current_thing,Current_thing_Prep_phrase19)) ,
database80( intrans_pred_prep(thing,Thing21,exist,Current_thing_Prep_phrase19,for,Generic_BE_For))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("For every thing at most 1 thing is identified by it .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'PP',
['IN','For'],
[ 'NP',
['DT',every],
['NN',thing]]],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD','1']],
['NN',thing]],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',identified],
[ 'PP',
['IN',by],
[ 'NP',
['PRP',it]]]]],
['.','.']]],
_1447292).
%~ call_residue_vars=[].
%~ ?- c88("For every thing at most 1 thing is identified by it .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy(Generic_BE_For,thing&Thing,np_head(Det,det(every),[],thing)) ,
bE(is,Is,Generic_BE_For) ,
generic_pred(frame_51781,thing,identify,Identify,Generic_BE_For) ,
qualifiedBy(Identify,Pronoun,pronoun(neut,3+sg)) ,
qualifiedBy(Is,thing&Thing,np_head(QuantV,quantV(notP([])+more,1),[],thing)) ,
info( Current_thing_Prep_phrase19,
prep_phrase( Prep18,
prep(for),
np( 3+sg,
np_head(Det,det(every),[],thing),
[ reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,np_head(QuantV,quantV(notP([])+more,1),[],thing),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(thing&Thing-Generic_BE_For),[]))],
[])),
reduced_rel( thing&Thing-Generic_BE_For,
s( np(3+sg,wh(thing&Thing-Generic_BE_For),[]),
verb(main+tv,identify,passive,inf,[],[]),
[],
[ prep_phrase(Prep,prep(by),np(3+sg,pronoun(neut,3+sg),[]))]))]))) ,
ti(current_thing,Current_thing_Prep_phrase19) ,
intrans_pred_prep(thing,Thing21,exist,Current_thing_Prep_phrase19,for,Generic_BE_For). */
%~ ?-c88("Every man waits .").
%~ list_undefined([]).
%~ ?- c88("Every man waits .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]]. */
%~ ?- c88("Every man waits .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(2),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( waits, [
pos(vbz), root(wait),loc(3),lnks(3),txt("waits"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,3))),
link(2,'S',r('S',seg(1,4))), link(3,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
ac(thirdPersonSgPresent,xWaitTheWord,"waits"),
cycWord(xWaitTheWord),
cycTerm(actWaitingOnATable,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
cycTerm(actWaiting,ttTemporalStuffType,ttOneOrMoreAgentActivityType),
ac(infinitive,xWaitTheWord,wait),
clex_word(verb,waits,wait,iv+finsg),
clex_word(verb,waits,wait,tv+finsg),
clex_word(noun,waits,wait,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Wait',"waits"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Wait',"waits"),
talk_db(noun1,wait,waits),
talk_db(noun_or_verb,waits,waiting,wait),
talk_db(intransitive,wait,waits,waited,waiting,waited),
talk_db(transitive,wait,waits,waited,waiting,waited)]),
w( '.', [
pos('.'), root('.'),loc(4),lnks(2),txt("."),
link(1,'S',r('S',seg(1,4))), link(2,'CORENLP',r('CORENLP',seg(1,4))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every man waits .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],man),[]),
verb(main+tv,wait,active,pres+fin,[],[root]), [],[])). */
%~ ?- c88("Every man waits .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing7&Thing-_751234,
'`'(qualifiedBy(_745972,thing&Thing7&Thing,np_head(Det,det(every),[],man))),
'`'(true),
[],
thing&Thing7&Thing-Wait_Intrans),
identityQ([root]),
intrans_pred(thing,Thing,wait,Wait_Intrans),
[])). */
%~ ?- c88("Every man waits .").
/* clausify80 = answer80([]) :-
qualifiedBy(Intrans_Wait,thing&_778408&Thing,np_head(Det,det(every),[],man)) ,
intrans_pred(thing,Thing,wait,Intrans_Wait). */
%~ ?- c88("Every man waits .").
%~ any_to_ace_str="Every man waits .".
%~ ?- c88("Every man waits .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/2]),
drs([Wait],[predicate(Wait,wait,Man)-1/3]))]). */
%~ ?- c88("Every man waits .").
/* simplify80 = answer80([]) :-
qualifiedBy(Intrans_Wait,thing&_79760&Thing,np_head(Det,det(every),[],man)) ,
intrans_pred(thing,Thing,wait,Intrans_Wait). */
%~ ?- c88("Every man waits .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists(Predicate_Wait,predicate(Event_Object,Predicate_Wait,wait,Man)))). */
%~ missing(database80(intrans_pred(thing,_62012,wait,_62008))).
%~ ?- c88("Every man waits .").
%~ results80=[[false]].
%~ ?- c88("Every man waits .").
%~ any_to_ace_str="Every man waits .".
%~ ?- c88("Every man waits .").
%~ try_ace_eng=['If there is a man X1 then the man X1 waits.'].
%~ ?- c88("Every man waits .").
/* compile80 = ( ( ( database80( qualifiedBy( Intrans_Wait,
thing&Thing7&Thing,
np_head(Det,det(every),[],man))) ,
database80(intrans_pred(thing,Thing,wait,Intrans_Wait))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(intrans_pred(thing,_10608,wait,_10604))).
%~ ?- c88("Every man waits .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'VP',
['VBZ',waits]],
['.','.']]],
_414246).
%~ call_residue_vars = [ _15404, _15382,_15368,_15354,_15332,_15318].
%~ ?- c88("Every man waits .").
/* e2c_80 = asserted( exists( Patient_Exists,
all( Doer_All_Man,
exists( TimeFn_Finsg_ActWaiting,
( iza(TimeFn_Finsg_ActWaiting,actWaiting) &
doer(TimeFn_Finsg_ActWaiting,Doer_All_Man) &
patient(TimeFn_Finsg_ActWaiting,Patient_Exists) &
iza(TimeFn_Finsg_ActWaiting,timeFn(finsg)) &
iza(Doer_All_Man,'Man')))))). */
/* c88 = answer80([]) :-
qualifiedBy(Intrans_Wait,thing&_140622&Thing,np_head(Det,det(every),[],man)) ,
intrans_pred(thing,Thing,wait,Intrans_Wait). */
%~ ?-c88("Every man who sees a dog hears a cat that sees itself .").
%~ list_undefined([]).
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',sees],
[ 'NP',
['DT',a],
['NN',dog]]]]]],
[ 'VP',
['VBZ',hears],
[ 'NP',
[ 'NP',
['DT',a],
['NN',cat]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',sees],
[ 'NP',
['PRP',itself]]]]]]],
['.','.']]]. */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( man, [
pos(nn), root(man),loc(2),lnks(4),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3989490,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( sees, [
pos(vbz), root(see),loc(4),lnks(6),txt("sees"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,6))),
link(2,'S',r('S',seg(4,6))),
link(3,'SBAR',r('SBAR',seg(3,6))), link(4,'NP',r('NP',seg(1,6))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(thirdPersonSgPresent,xSeeTheWord,"sees"),
cycWord(xSeeTheWord),
cycTerm(actVisualPerception,ttMammalCapabilityType,ttProcessType),
cycTerm(actMeetingSomeone,ttTemporalStuffType,iUI_SomeSampleKindsOfSocialActionsSocialTopic),
cycTerm(sees,rtPerceivingSlot,iUI_SensorsPerceptionTopic),
cycTerm(actVisitingSomeone,ttProcessType,ttCumulativeEventType),
ac(infinitive,xSeeTheWord,see),
clex_word(verb,sees,see,iv+finsg),
clex_word(verb,sees,see,tv+finsg),
clex_word(noun,sees,see,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_See',"sees"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_See',"sees"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],sees),
flexicon(xv,[person=3,agr=sg,verb_form=tensed],sees),
talk_db(noun1,see,sees),
talk_db(transitive,see,sees,saw,seeing,seen),
talk_db(intransitive,see,sees,saw,seeing,seen)]),
w( a, [
pos(dt), root(a),loc(5),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(6),lnks(7),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( hears, [
pos(vbz), root(hear),loc(7),lnks(3),txt("hears"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(thirdPersonSgPresent,xHearTheWord,"hears"),
cycWord(xHearTheWord),
cycTerm(actHearing,ttMammalCapabilityType,ttProcessType),
ac(infinitive,xHearTheWord,hear),
clex_word(verb,hears,hear,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Hear',"hears"),
talk_db(transitive,hear,hears,heard,hearing,heard),
talk_db(intransitive,hear,hears,heard,hearing,heard)]),
w( a, [
pos(dt), root(a),loc(8),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'NP',r('NP',seg(8,12))),
link(3,'VP',r('VP',seg(7,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cat, [
pos(nn), root(cat),loc(9),lnks(5),txt("cat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'NP',r('NP',seg(8,12))),
link(3,'VP',r('VP',seg(7,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")]),
w( that, [
pos(wdt), root(that),loc(10),lnks(6),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,10))),
link(2,'SBAR',r('SBAR',seg(10,12))),
link(3,'NP',r('NP',seg(8,12))),
link(4,'VP',r('VP',seg(7,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( sees, [
pos(vbz), root(see),loc(11),lnks(7),txt("sees"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,12))),
link(2,'S',r('S',seg(11,12))),
link(3,'SBAR',r('SBAR',seg(10,12))),
link(4,'NP',r('NP',seg(8,12))),
link(5,'VP',r('VP',seg(7,12))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(thirdPersonSgPresent,xSeeTheWord,"sees"),
cycWord(xSeeTheWord),
cycTerm(actVisualPerception,ttMammalCapabilityType,ttProcessType),
cycTerm(actMeetingSomeone,ttTemporalStuffType,iUI_SomeSampleKindsOfSocialActionsSocialTopic),
cycTerm(sees,rtPerceivingSlot,iUI_SensorsPerceptionTopic),
cycTerm(actVisitingSomeone,ttProcessType,ttCumulativeEventType),
ac(infinitive,xSeeTheWord,see),
clex_word(verb,sees,see,iv+finsg),
clex_word(verb,sees,see,tv+finsg),
clex_word(noun,sees,see,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_See',"sees"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_See',"sees"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],sees),
flexicon(xv,[person=3,agr=sg,verb_form=tensed],sees),
talk_db(noun1,see,sees),
talk_db(transitive,see,sees,saw,seeing,seen),
talk_db(intransitive,see,sees,saw,seeing,seen)]),
w( itself, [
pos(prp), root(itself),loc(12),lnks(8),txt("itself"),
truecase('LOWER'),corefed,#(3),
txt(["itself"]),type('PRONOMINAL'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'VP',r('VP',seg(11,12))),
link(3,'S',r('S',seg(11,12))),
link(4,'SBAR',r('SBAR',seg(10,12))),
link(5,'NP',r('NP',seg(8,12))),
link(6,'VP',r('VP',seg(7,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(pronounStrings,xItselfTheWord,"itself"),
cycWord(xItselfTheWord),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iNeuterNLAttr,xtReflexivePronoun),tIndividual,ttThing), ac(pronounStrings,xItTheWord,it),cycWord(xItTheWord),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_Himself',"itself"),
pers_pron_lex(itself,neut,3,sg,compL), pronoun_to_var(itself,'It'),upcase(text(a),'It'),
reflexive_pronoun(it,itself,[v_arg(obj(Obj)),person(3),sg,gender(neut)]),
type_wrd_sem( reflexive_pronoun,
itself,
[ sem=it, person=3,agr=sg,isa=thing_type]),
talk_db(pronoun,itself)]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],man),
[ rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,see,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],dog),[]))],
[]))]),
verb(main+tv,hear,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det9,det(a),[],cat),
[ rel( Wh_S12,
s( np(3+sg,wh(Wh_S12),[]),
verb(main+tv,see,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,pronoun(neut,3+sg),[]))],
[]))]))],
[])). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* i_sentence = assertion80( pred(
quantS( det(every),
Mg_Man11-Man,
'`'(ti(man,Man)),
( pred(
quantS( identityQ(IdentityQ),
Mg_Man11-Man, '`'(true),'`'(true),
[],
Mg_Man11-Mg_Man1116),
identityQ([root]),
generic_pred(frame_51789,thing,mg(see),_4700312,Generic),
[ quantS( det(a),
Generic17-Dog, '`'(ti(dog,Dog)),'`'(true),
[],
Generic17-Generic)]) &
'`'(true)),
[],
Mg_Man11-Mg),
identityQ([root]),
generic_pred(frame_51788,thing,mg(hear),Mg,Generic2),
[ quantS( identityQ(IdentityQ3),
Generic2_Cat13-Cat,
'`'(ti(cat,Cat)),
( pred(
quantS( identityQ(IdentityQ4),
Generic2_Cat13-Cat, '`'(true),'`'(true),
[],
Generic2_Cat13-Generic2_Cat1316),
identityQ([root]),
generic_pred(frame_51790,thing,mg(see),_4760322,Generic5),
[ quantS( identityQ(IdentityQ6),
Generic5_Pronoun-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Generic5_Pronoun,pronoun(neut,3+sg))),
'`'(true),
[],
Generic5_Pronoun-Generic5)]) &
'`'(true)),
[],
Generic2_Cat13-Generic2)])). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* clausify80 = answer80([]) :-
\+( ^( Mg_Man,
( ti(man,Mg_Man) ,
^( Generic_Dog,
( ti(dog,Generic_Dog) ,
generic_pred(frame_51789,thing,mg(see),Mg_Man,Generic_Dog))) ,
\+( ( ti(cat,Generic_Mg_Cat) ,
qualifiedBy(Generic_QualifiedBy,Pronoun,pronoun(neut,3+sg)) ,
generic_pred(frame_51790,thing,mg(see),Generic_Mg_Cat,Generic_QualifiedBy) ,
generic_pred(frame_51788,thing,mg(hear),Mg_Man,Generic_Mg_Cat)))))). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
%~ any_to_ace_str="Every man who sees a dog hears a cat that sees itself .".
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* try_ace_drs = drs( [], [
=>(
drs( [Man,Dog,See], [
object(Man,man,countable,na,eq,1) -
1/2,
object(Dog,dog,countable,na,eq,1) -
1/6,
predicate(See,see,Man,Dog)-1/4]),
drs( [Cat,See4,Hear], [
object(Cat,cat,countable,na,eq,1) -
1/9,
predicate(See4,see,Cat,Cat)-1/11,
predicate(Hear,hear,Man,Cat)-1/7]))]). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* simplify80 = answer80([]) :-
\+( ^( Hear_See_Man,
( ti(man,Hear_See_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51789,thing,see,Hear_See_Man,Generic_Dog)) ,
\+( ( ti(cat,Generic_See_Cat) ,
qualifiedBy(Generic_QualifiedBy,Pronoun,pronoun(neut,3+sg)) ,
generic_pred(frame_51790,thing,see,Generic_See_Cat,Generic_QualifiedBy) ,
generic_pred(frame_51788,thing,hear,Hear_See_Man,Generic_See_Cat)))))). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* try_ace_fol = forall( Forall_Man,
forall( Forall_Dog,
forall( See,
=>(
( object(Event_Object,Forall_Man,man,countable,na,eq,1) &
object(Event_Object,Forall_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,See,see,Forall_Man,Forall_Dog)),
exists( Exists_Cat,
exists( Exists_See5,
exists( Hear,
( object(Event_Object,Exists_Cat,cat,countable,na,eq,1) &
predicate(Event_Object,Exists_See5,see,Exists_Cat,Exists_Cat) &
predicate(Event_Object,Hear,hear,Forall_Man,Exists_Cat))))))))). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
%~ results80=[[true]].
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
%~ any_to_ace_str="Every man who sees a dog hears a cat that sees itself .".
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
%~ try_ace_eng=['If a man X1 sees a dog then the man X1 hears a cat X2 and the cat X2 sees the cat X2.'].
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* compile80 = ( ( \+( ( database80(ti(man,Hear_See_Man)) ,
database80(ti(dog,Generic_Dog)) ,
database80(generic_pred(frame_51789,thing,see,Hear_See_Man,Generic_Dog)) ,
\+( ( database80(ti(cat,Generic_See_Cat)) ,
database80(qualifiedBy(Generic_QualifiedBy,Pronoun,pronoun(neut,3+sg))) ,
database80(generic_pred(frame_51790,thing,see,Generic_See_Cat,Generic_QualifiedBy)) ,
database80(generic_pred(frame_51788,thing,hear,Hear_See_Man,Generic_See_Cat)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',man]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',sees],
[ 'NP',
['DT',a],
['NN',dog]]]]]],
[ 'VP',
['VBZ',hears],
[ 'NP',
[ 'NP',
['DT',a],
['NN',cat]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',sees],
[ 'NP',
['PRP',itself]]]]]]],
['.','.']]],
_3638254).
%~ call_residue_vars = [ _51128, _51102,_51062,_50990,_50964,_50924,
%~ _50880,_50852,_50832,_50792,_50672,
%~ _50646,_50606,_50550,_50524,_50484,
%~ _50444,_50416,_50396,_50356,_32720,
%~ _28442].
%~ ?- c88("Every man who sees a dog hears a cat that sees itself .").
/* e2c_80 = asserted( exists( Patient_Exists_Dog,
exists( Exists_ActSeeing7,
exists( Exists_TimeFn_Finsg8,
exists( Patient_Exists_InanimateObject,
exists( Exists_ActSeeing,
exists( Exists_TimeFn_Finsg4,
exists( Patient_Exists_Cat,
all( Doer_All_Man,
exists( Exists_ActHearing,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActHearing,actHearing) &
doer(Exists_ActHearing,Doer_All_Man) &
patient(Exists_ActHearing,Patient_Exists_Cat))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Cat,'Cat') &
holdsIn( Exists_TimeFn_Finsg4,
( iza(Exists_ActSeeing,actSeeing) &
doer(Exists_ActSeeing,Patient_Exists_Cat) &
patient(Exists_ActSeeing,Patient_Exists_InanimateObject))) &
iza(Exists_TimeFn_Finsg4,timeFn(finsg)) &
iza(Patient_Exists_InanimateObject,tInanimateObject) &
iza(Doer_All_Man,'Man') &
holdsIn( Exists_TimeFn_Finsg8,
( iza(Exists_ActSeeing7,actSeeing) &
doer(Exists_ActSeeing7,Doer_All_Man) &
patient(Exists_ActSeeing7,Patient_Exists_Dog))) &
iza(Exists_TimeFn_Finsg8,timeFn(finsg)) &
iza(Patient_Exists_Dog,'Dog'))))))))))))). */
/* c88 = answer80([]) :-
\+( ^( Hear_See_Man,
( ti(man,Hear_See_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51789,thing,see,Hear_See_Man,Generic_Dog)) ,
\+( ( ti(cat,Generic_See_Cat) ,
qualifiedBy(Generic_QualifiedBy,Pronoun,pronoun(neut,3+sg)) ,
generic_pred(frame_51790,thing,see,Generic_See_Cat,Generic_QualifiedBy) ,
generic_pred(frame_51788,thing,hear,Hear_See_Man,Generic_See_Cat)))))). */
%~ ?-( c88( "If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .")).
%~ list_undefined([]).
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'S',
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]]],
['CC',and],
[ 'S',
[ 'NP',
['PRP',it]],
[ 'VP',
['VBZ',is],
[ 'ADJP',
['JJ',false]],
[ 'SBAR',
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',liked],
[ 'PP',
['IN',by],
[ 'NP',
['DT',a],
['NN',woman]]]]]]],
['CC',and],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'NP',
['DT',a],
['NN',dog]],
[ 'VP',
['VBZ',is],
[ 'VP',
['VBN',owned],
[ 'PP',
['IN',by],
[ 'NP',
['DT',the],
['NN',man]]]]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',sees],
[ 'NP',
['DT',a],
['NN',cat]]],
['.','.']]]. */
%~ into_lexical_segs is runtime(1.028).
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,26))),
link(2,'S',r('S',seg(1,33))), link(3,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( there, [
pos(ex), root(there),loc(2),lnks(6),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(2,5))),link(3,'S',r('S',seg(2,26))),
link(4,'SBAR',r('SBAR',seg(1,26))),
link(5,'S',r('S',seg(1,33))), link(6,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(3),lnks(6),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(2,5))),link(3,'S',r('S',seg(2,26))),
link(4,'SBAR',r('SBAR',seg(1,26))),
link(5,'S',r('S',seg(1,33))), link(6,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(2,5))),
link(4,'S',r('S',seg(2,26))),
link(5,'SBAR',r('SBAR',seg(1,26))),
link(6,'S',r('S',seg(1,33))), link(7,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(5),lnks(7),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(2,5))),
link(4,'S',r('S',seg(2,26))),
link(5,'SBAR',r('SBAR',seg(1,26))),
link(6,'S',r('S',seg(1,33))), link(7,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( and, [
pos(cc), root(and),loc(6),lnks(4),txt("and"),
truecase('LOWER'),link(1,'S',r('S',seg(2,26))),
link(2,'SBAR',r('SBAR',seg(1,26))),
link(3,'S',r('S',seg(1,33))), link(4,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( it, [
pos(prp), root(it),loc(7),lnks(6),txt("it"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'S',r('S',seg(7,26))),link(3,'S',r('S',seg(2,26))),
link(4,'SBAR',r('SBAR',seg(1,26))),
link(5,'S',r('S',seg(1,33))), link(6,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(pronounStrings,xItTheWord,"it"),cycWord(xItTheWord),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iSingularNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
cycTerm(nartR(iPronounFn,iThirdPersonNLAttr,iMassNLAttr,iNeuterNLAttr,xtPronoun),ttThing,tThing),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_He',"it"),
ttholds(inflPronounNeuterThirdPersonSingular,'TTWord_Him',"it"),
ttholds(inflExpletiveUnchecked,'TTWord_It',"it"),
pers_pron_lex(it,neut,3,sg,Lex_Sg), pronoun_to_var(it,'It'),upcase(text(a),'It'),
flexicon(np,[person=3,agr=sg,gender=none,case=Case],it),
type_wrd_sem( non_personal_pronoun,
it,
[ sem=it, person=3,agr=sg,varg=Varg]),
talk_db(pronoun,it)]),
w( is, [
pos(vbz), root(be),loc(8),lnks(6),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,26))),
link(2,'S',r('S',seg(7,26))),link(3,'S',r('S',seg(2,26))),
link(4,'SBAR',r('SBAR',seg(1,26))),
link(5,'S',r('S',seg(1,33))), link(6,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( false, [
pos(jj), root(false),loc(9),lnks(7),txt("false"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(9,9))),
link(2,'VP',r('VP',seg(8,26))), link(3,'S',r('S',seg(7,26))),link(4,'S',r('S',seg(2,26))),
link(5,'SBAR',r('SBAR',seg(1,26))),
link(6,'S',r('S',seg(1,33))), link(7,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(regularDegree,xFalseTheWord,"false"),
cycWord(xFalseTheWord),
cycTerm(vFalse,iUI_SubsetsOfMathematicalThingMathTopic,iUI_MathTopic),
ac(regularDegree,xFalseTheWord,false),
clex_word(adj,false,false,unknown),
clex_word(adv,false,false,unknown),
fsr( false-a,
artificiality,
[ [ [ [ type-c, np,dep]],
8],
[ [ [ entity-c, np,ext]],
1],
[ [ [ entity-c, np,ext],
[ type-c, np,dep]],
2]]),
concept(fn,artificiality),
ttholds(inflAdjectiveUnchecked,'TTWord_False',"false"),
talk_db(adj,false)]),
w( that, [
pos(in), root(that),loc(10),lnks(8),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(10,17))),
link(2,'SBAR',r('SBAR',seg(10,26))),
link(3,'VP',r('VP',seg(8,26))), link(4,'S',r('S',seg(7,26))),link(5,'S',r('S',seg(2,26))),
link(6,'SBAR',r('SBAR',seg(1,26))),
link(7,'S',r('S',seg(1,33))), link(8,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( the, [
pos(dt), root(the),loc(11),lnks(10),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'S',r('S',seg(11,17))),
link(3,'SBAR',r('SBAR',seg(10,17))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(12),lnks(10),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'S',r('S',seg(11,17))),
link(3,'SBAR',r('SBAR',seg(10,17))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( is, [
pos(vbz), root(be),loc(13),lnks(10),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(13,17))),
link(2,'S',r('S',seg(11,17))),
link(3,'SBAR',r('SBAR',seg(10,17))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( liked, [
pos(vbn), root(like),loc(14),lnks(11),txt("liked"),
truecase('LOWER'),link(1,'VP',r('VP',seg(14,17))),
link(2,'VP',r('VP',seg(13,17))),
link(3,'S',r('S',seg(11,17))),
link(4,'SBAR',r('SBAR',seg(10,17))),
link(5,'SBAR',r('SBAR',seg(10,26))),
link(6,'VP',r('VP',seg(8,26))), link(7,'S',r('S',seg(7,26))),link(8,'S',r('S',seg(2,26))),
link(9,'SBAR',r('SBAR',seg(1,26))),
link(10,'S',r('S',seg(1,33))), link(11,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(infinitive,xLikeTheWord,like),cycWord(xLikeTheWord),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,liked,like,tv+pp),
clex_word(adj,liked,liked,unknown),
ttholds(inflVerb,'TTWord_Like',"liked"),
ttholds(inflVerbPast,'TTWord_Like',"liked"),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( by, [
pos(in), root(by),loc(15),lnks(12),txt("by"),
truecase('LOWER'),link(1,'PP',r('PP',seg(15,17))),
link(2,'VP',r('VP',seg(14,17))),
link(3,'VP',r('VP',seg(13,17))),
link(4,'S',r('S',seg(11,17))),
link(5,'SBAR',r('SBAR',seg(10,17))),
link(6,'SBAR',r('SBAR',seg(10,26))),
link(7,'VP',r('VP',seg(8,26))), link(8,'S',r('S',seg(7,26))),link(9,'S',r('S',seg(2,26))),
link(10,'SBAR',r('SBAR',seg(1,26))),
link(11,'S',r('S',seg(1,33))), link(12,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(prepositionStrings,xByTheWord,"by"),cycWord(xByTheWord),
cycTerm(byUnderspecified,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
ac(regularAdverb,xByTheWord,"by"),
fsr(by-prep,locative_relation,[]), concept(fn,locative_relation),fsr(by-prep,means,[]),
concept(fn,means),
ttholds(inflPreposition,'TTWord_By',"by"), talk_db(preposition,by),talk_db(adj,by)]),
w( a, [
pos(dt), root(a),loc(16),lnks(13),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(16,17))),
link(2,'PP',r('PP',seg(15,17))),
link(3,'VP',r('VP',seg(14,17))),
link(4,'VP',r('VP',seg(13,17))),
link(5,'S',r('S',seg(11,17))),
link(6,'SBAR',r('SBAR',seg(10,17))),
link(7,'SBAR',r('SBAR',seg(10,26))),
link(8,'VP',r('VP',seg(8,26))), link(9,'S',r('S',seg(7,26))),link(10,'S',r('S',seg(2,26))),
link(11,'SBAR',r('SBAR',seg(1,26))),
link(12,'S',r('S',seg(1,33))), link(13,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( woman, [
pos(nn), root(woman),loc(17),lnks(13),txt("woman"),
truecase('LOWER'),link(1,'NP',r('NP',seg(16,17))),
link(2,'PP',r('PP',seg(15,17))),
link(3,'VP',r('VP',seg(14,17))),
link(4,'VP',r('VP',seg(13,17))),
link(5,'S',r('S',seg(11,17))),
link(6,'SBAR',r('SBAR',seg(10,17))),
link(7,'SBAR',r('SBAR',seg(10,26))),
link(8,'VP',r('VP',seg(8,26))), link(9,'S',r('S',seg(7,26))),link(10,'S',r('S',seg(2,26))),
link(11,'SBAR',r('SBAR',seg(1,26))),
link(12,'S',r('S',seg(1,33))), link(13,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xWomanTheWord,"woman"),cycWord(xWomanTheWord),
cycTerm(mobAdultFemaleHuman,ttHumanTypeByLifeStageType,ttKEClarifyingCollectionType),
ac(singular,xWomanTheWord,woman),
clex_word(noun,woman,woman,fem+sg-count),
fsr( woman-n,
people,
[ [ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ origin-e, ajp,dep],
[ person-c, target,target]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ origin-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Woman',"woman"),
flexicon(nn,[agr=sg,gender=female],woman)]),
w( and, [
pos(cc), root(and),loc(18),lnks(7),txt("and"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(10,26))),
link(2,'VP',r('VP',seg(8,26))), link(3,'S',r('S',seg(7,26))),link(4,'S',r('S',seg(2,26))),
link(5,'SBAR',r('SBAR',seg(1,26))),
link(6,'S',r('S',seg(1,33))), link(7,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And7)],and),
talk_db(conj,and)]),
w( that, [
pos(in), root(that),loc(19),lnks(8),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(19,26))),
link(2,'SBAR',r('SBAR',seg(10,26))),
link(3,'VP',r('VP',seg(8,26))), link(4,'S',r('S',seg(7,26))),link(5,'S',r('S',seg(2,26))),
link(6,'SBAR',r('SBAR',seg(1,26))),
link(7,'S',r('S',seg(1,33))), link(8,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender8],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem9,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( a, [
pos(dt), root(a),loc(20),lnks(10),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(20,21))),
link(2,'S',r('S',seg(20,26))),
link(3,'SBAR',r('SBAR',seg(19,26))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(21),lnks(10),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(20,21))),
link(2,'S',r('S',seg(20,26))),
link(3,'SBAR',r('SBAR',seg(19,26))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( is, [
pos(vbz), root(be),loc(22),lnks(10),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(22,26))),
link(2,'S',r('S',seg(20,26))),
link(3,'SBAR',r('SBAR',seg(19,26))),
link(4,'SBAR',r('SBAR',seg(10,26))),
link(5,'VP',r('VP',seg(8,26))), link(6,'S',r('S',seg(7,26))),link(7,'S',r('S',seg(2,26))),
link(8,'SBAR',r('SBAR',seg(1,26))),
link(9,'S',r('S',seg(1,33))), link(10,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( owned, [
pos(vbn), root(own),loc(23),lnks(11),txt("owned"),
truecase('LOWER'),link(1,'VP',r('VP',seg(23,26))),
link(2,'VP',r('VP',seg(22,26))),
link(3,'S',r('S',seg(20,26))),
link(4,'SBAR',r('SBAR',seg(19,26))),
link(5,'SBAR',r('SBAR',seg(10,26))),
link(6,'VP',r('VP',seg(8,26))), link(7,'S',r('S',seg(7,26))),link(8,'S',r('S',seg(2,26))),
link(9,'SBAR',r('SBAR',seg(1,26))),
link(10,'S',r('S',seg(1,33))), link(11,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(infinitive,xOwnTheWord,own),cycWord(xOwnTheWord),
clex_word(verb,owned,own,tv+pp),
clex_word(adj,owned,owned,unknown),
ttholds(inflVerb,'TTWord_Own',"owned"),
ttholds(inflVerbPast,'TTWord_Own',"owned"),
ttholds(inflAdjective,'TTWord_Owned',"owned"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( by, [
pos(in), root(by),loc(24),lnks(12),txt("by"),
truecase('LOWER'),link(1,'PP',r('PP',seg(24,26))),
link(2,'VP',r('VP',seg(23,26))),
link(3,'VP',r('VP',seg(22,26))),
link(4,'S',r('S',seg(20,26))),
link(5,'SBAR',r('SBAR',seg(19,26))),
link(6,'SBAR',r('SBAR',seg(10,26))),
link(7,'VP',r('VP',seg(8,26))), link(8,'S',r('S',seg(7,26))),link(9,'S',r('S',seg(2,26))),
link(10,'SBAR',r('SBAR',seg(1,26))),
link(11,'S',r('S',seg(1,33))), link(12,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(prepositionStrings,xByTheWord,"by"),cycWord(xByTheWord),
cycTerm(byUnderspecified,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
ac(regularAdverb,xByTheWord,"by"),
fsr(by-prep,locative_relation,[]), concept(fn,locative_relation),fsr(by-prep,means,[]),
concept(fn,means),
ttholds(inflPreposition,'TTWord_By',"by"), talk_db(preposition,by),talk_db(adj,by)]),
w( the, [
pos(dt), root(the),loc(25),lnks(13),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(25,26))),
link(2,'PP',r('PP',seg(24,26))),
link(3,'VP',r('VP',seg(23,26))),
link(4,'VP',r('VP',seg(22,26))),
link(5,'S',r('S',seg(20,26))),
link(6,'SBAR',r('SBAR',seg(19,26))),
link(7,'SBAR',r('SBAR',seg(10,26))),
link(8,'VP',r('VP',seg(8,26))), link(9,'S',r('S',seg(7,26))),link(10,'S',r('S',seg(2,26))),
link(11,'SBAR',r('SBAR',seg(1,26))),
link(12,'S',r('S',seg(1,33))), link(13,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr10],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(26),lnks(13),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(25,26))),
link(2,'PP',r('PP',seg(24,26))),
link(3,'VP',r('VP',seg(23,26))),
link(4,'VP',r('VP',seg(22,26))),
link(5,'S',r('S',seg(20,26))),
link(6,'SBAR',r('SBAR',seg(19,26))),
link(7,'SBAR',r('SBAR',seg(10,26))),
link(8,'VP',r('VP',seg(8,26))), link(9,'S',r('S',seg(7,26))),link(10,'S',r('S',seg(2,26))),
link(11,'SBAR',r('SBAR',seg(1,26))),
link(12,'S',r('S',seg(1,33))), link(13,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( then, [
pos(rb), root(then),loc(27),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(27,27))),
link(2,'S',r('S',seg(1,33))), link(3,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( the, [
pos(dt), root(the),loc(28),lnks(3),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(28,29))),
link(2,'S',r('S',seg(1,33))), link(3,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr11],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(29),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(28,29))),
link(2,'S',r('S',seg(1,33))), link(3,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( sees, [
pos(vbz), root(see),loc(30),lnks(3),txt("sees"),
truecase('LOWER'),link(1,'VP',r('VP',seg(30,32))),
link(2,'S',r('S',seg(1,33))), link(3,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(thirdPersonSgPresent,xSeeTheWord,"sees"),
cycWord(xSeeTheWord),
cycTerm(actVisualPerception,ttMammalCapabilityType,ttProcessType),
cycTerm(actMeetingSomeone,ttTemporalStuffType,iUI_SomeSampleKindsOfSocialActionsSocialTopic),
cycTerm(sees,rtPerceivingSlot,iUI_SensorsPerceptionTopic),
cycTerm(actVisitingSomeone,ttProcessType,ttCumulativeEventType),
ac(infinitive,xSeeTheWord,see),
clex_word(verb,sees,see,iv+finsg),
clex_word(verb,sees,see,tv+finsg),
clex_word(noun,sees,see,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_See',"sees"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_See',"sees"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],sees),
flexicon(xv,[person=3,agr=sg,verb_form=tensed],sees),
talk_db(noun1,see,sees),
talk_db(transitive,see,sees,saw,seeing,seen),
talk_db(intransitive,see,sees,saw,seeing,seen)]),
w( a, [
pos(dt), root(a),loc(31),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(31,32))),
link(2,'VP',r('VP',seg(30,32))),
link(3,'S',r('S',seg(1,33))), link(4,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cat, [
pos(nn), root(cat),loc(32),lnks(4),txt("cat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(31,32))),
link(2,'VP',r('VP',seg(30,32))),
link(3,'S',r('S',seg(1,33))), link(4,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")]),
w( '.', [
pos('.'), root('.'),loc(33),lnks(2),txt("."),
link(1,'S',r('S',seg(1,33))), link(2,'CORENLP',r('CORENLP',seg(1,33))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ sentence80 is runtime(1.208).
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ sentence80=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ i_sentence=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ clausify80=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ any_to_ace_str="If there is a man and something that is genderless is false that the man in the past liking by a woman and that a dog in the past owning by the man then the man sees a cat .".
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ try_ace_drs=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ simplify80=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ try_ace_fol=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ results80=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ any_to_ace_str="If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .".
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ try_ace_eng=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ compile80=failure.
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
%~ capture80=failure.
mort_error(time_limit_exceeded)
%~ ?- c88("If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .").
/* e2c_80 = error( must_sanity : e( time_limit_exceeded,
parser_e2c : into_chat80_merged_segs( "If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .",
If_there_is_a_man_and_it_is_false_that_the_man_is_liked_by_a_woman_and_that_a_dog_is_owned_by_the_man_then_the_man_sees_a_cat))). */
%~ c88 is runtime(2.428).
%~ c88 = ?-( c88( "If there is a man and it is false that the man is liked by a woman and that a dog is owned by the man then the man sees a cat .")).
%~ ?-c88("Everybody whose age is 31 is a grown -up .").
%~ list_undefined([]).
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NN',everybody]],
[ 'SBAR',
[ 'NP',
['WP$',whose],
['NN',age]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['CD','31']]]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'ADJP',
['VBN',grown],
['HYPH',-],
['RP',up]]]],
['.','.']]]. */
%~ compat_spp(prepositionStrings,rp).%~ compat_spp(prepositionStrings,rp).%~ compat_spp(prepositionStrings,rp).%~ compat_spp(regularAdverb,rp).%~ compat_spp(regularAdverb,rp).%~ compat_spp(singular,rp).
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
/* into_lexical_segs = [ w( everybody, [
pos(nn), root(everybody),loc(1),lnks(4),
txt("everybody"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,1))),link(2,'NP',r('NP',seg(1,5))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xEveryTheWord,every),
cycWord(xEveryTheWord),
ttholds(inflPronoun,'TTWord_Everybody',"everybody"),
pronoun_to_var(everybody,'Everyperson'),
upcase(text(a),'Everyperson'), quantifier_pron_lex(everybody,every,person),text(base,every),
type_wrd_sem( personal_quantified_pronoun,
everyone;everybody,
[ person=3, agr=sg,isa=everyone])]),
w( whose, [
pos('wp$'), root(whose),loc(2),lnks(5),txt("whose"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'SBAR',r('SBAR',seg(2,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xWhoseTheWord,"whose"),
cycWord(xWhoseTheWord),
ac(pronounStrings,xWhoseTheWord,"whose"),
ttholds(inflDeterminer,'TTWord_Whose',"whose"),
ttholds(inflPronoun,'TTWord_Whose',"whose"), poss_pron_lex(whose,agent,3,sg),whpron_dict(whose,tThing),
talk_db(pronoun,whose)]),
w( age, [
pos(nn), root(age),loc(3),lnks(5),txt("age"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'SBAR',r('SBAR',seg(2,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(massNumber,xAgeTheWord,"age"),cycWord(xAgeTheWord),
ac(singular,xAgeTheWord,"age"),
cycTerm(vLongTime,vtTimeQuantity,ttThing),
cycTerm(timeOfGeologicalAge,ttTemporalObjectType,ttThing),
cycTerm(age,rtMeasurableQuantitySlot,rtTemporalExistencePredicate),
cycTerm(timeOfHistoricPeriod,ttQAClarifyingCollectionType,ttTemporalObjectType),
cycTerm( nartR(tColOfSubcollectionOfWithRelationFromTypeFn,vtTimeQuantity,age,tSomethingExisting),
ttFirstOrderCollection,
ttSetOrCollection),
ac(massNumber,xAgeTheWord,age),
ac(singular,xAgeTheWord,age),
clex_word(verb,age,age,iv+infpl),
clex_word(verb,age,age,tv+infpl),
clex_word(noun,age,age,neutr+Neutr-mass),
fsr( age-n,
age,
[ [ [ [ age-c, target,target],
[ entity-c, pp,dep]],
1],
[ [ [ age-c, num,quant]],
1],
[ [ [ age-c, pp,dep]],
6],
[ [ [ entity-c, poss,gen],
[ age-c, target,target]],
5],
[ [ [ age-c, target,target]],
1]]), concept(fn,age),fsr(age-n,calendric_unit,[]),
concept(fn,calendric_unit),
fsr( age-v,
aging,
[ [ [ [ entity-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ time-p, sub,dep]],
1],
[ [ [ entity-c, np,ext],
[ manner-p, avp,dep]],
3],
[ [ [ entity-c, np,ext]],
2],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ result-e, pp,dep]],
1]]),
concept(fn,aging),
ttholds(inflNounSingularUnchecked,'TTWord_Age',"age"),
verbnet_map_wn(age,['age%2:30:01','age%2:30:00','age%2:30:02'],'other_cos-45.4'),
concept(vn,'other_cos-45.4'),
listof(concept(wn),['age%2:30:01','age%2:30:00','age%2:30:02']),
verbnet_to_framenet('other_cos-45.4',age,'age.02'),
concept(fn,'age.02'),
verbnet_word(age,'other_cos-45.4',"age")]),
w( is, [
pos(vbz), root(be),loc(4),lnks(6),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,5))),
link(2,'S',r('S',seg(4,5))),
link(3,'SBAR',r('SBAR',seg(2,5))), link(4,'NP',r('NP',seg(1,5))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( '31', [
pos(cd), root('31'),loc(5),lnks(7),txt("31"),
ner('NUMBER'),normalizedNER(31.0),entitylink(31),
corefed,#(1),txt(["31"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(4,5))),
link(4,'SBAR',r('SBAR',seg(2,5))), link(5,'NP',r('NP',seg(1,5))),link(6,'S',r('S',seg(1,11))),
link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(postal_codeOf,'Haute_Garonne_tt',"31"),
ttholds(phone_prefixOf,country_NLD_tt,"31"),
ttholds(inflAdjectiveUnchecked,'TTWord-31',"31"),
ttholds(inflNounSingularUnchecked,'TTWord-31',"31"),
tr_number('31',31)]),
w( is, [
pos(vbz), root(be),loc(6),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(7),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( grown, [
pos(vbn), root(grow),loc(8),lnks(5),txt("grown"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,10))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(perfect,xGrowTheWord,"grown"),cycWord(xGrowTheWord),
cycTerm(actHusbandryOfPlant,ttFirstOrderCollection,ttThing),
cycTerm(actBiologicalGrowthEvent,ttFirstOrderCollection,iUI_TransformTopic),
cycTerm(eventGrowthEvent,ttTemporalStuffType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
ac(infinitive,xGrowTheWord,grow),
ac(perfect,xGrowTheWord,grown),
clex_word(verb,grown,grow,tv+pp),
clex_word(adj,grown,grown,unknown),
ttholds(inflVerb,'TTWord_Grow',"grown"),
ttholds(inflAdjectiveUnchecked,'TTWord_Grown',"grown"),
talk_db(intransitive,grow,grows,grew,growing,grown)]),
w( -, [
pos(hyph), root(-),loc(9),lnks(5),txt("-"),
link(1,'ADJP',r('ADJP',seg(8,10))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo]),
w( up, [
pos(rp), root(up),loc(10),lnks(5),txt("up"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,10))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xUpTheWord,"up"),cycWord(xUpTheWord),
cycTerm(upUnderspecifiedpath,rtUnderspecifiedPredicate,rtAsymmetricBinaryPredicate),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xUpTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xUpTheWord,"up"),
cycTerm(vUpGenerally,vtTerrestrialNonGeographicDirection,iUI_DirectionAndOrientationVocabularySpatialTopic), ac(singular,xUpTheWord,"up"),fsr(up-adv,direction,[]),
concept(fn,direction),fsr(up-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_Up',"up"),
ttholds(inflAdjective,'TTWord_Up',"up"),
ttholds(inflAdverb,'TTWord_Up',"up"),
ttholds(inflPreposition,'TTWord_Up',"up"), talk_db(preposition,up),talk_db(adj,up)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ sentence80 is runtime(1.538).
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ sentence80=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ i_sentence=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ clausify80=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ any_to_ace_str="Everybody whose age is 31 is a in the past growing -up .".
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ try_ace_drs=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ simplify80=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ try_ace_fol=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ results80=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ any_to_ace_str="Everybody whose age is 31 is a grown -up .".
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ try_ace_eng=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ compile80=failure.
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NN',everybody]],
[ 'SBAR',
[ 'NP',
['WP$',whose],
['NN',age]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['CD','31']]]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
[ 'ADJP',
['VBN',grown],
['HYPH',-],
['RP',up]]]],
['.','.']]],
_3016730).
%~ compat_spp(prepositionStrings,rp).%~ compat_spp(prepositionStrings,rp).%~ compat_spp(prepositionStrings,rp).%~ compat_spp(regularAdverb,rp).%~ compat_spp(regularAdverb,rp).%~ compat_spp(singular,rp).
%~ call_residue_vars=[].
%~ ?- c88("Everybody whose age is 31 is a grown -up .").
%~ e2c_80=failure.
%~ c88 is runtime(1.811).
%~ c88=(?-c88("Everybody whose age is 31 is a grown -up .")).
%~ ?-c88("John is a man or owns less than 3 cars .").
%~ list_undefined([]).
%~ ?- c88("John is a man or owns less than 3 cars .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]],
['CC',or],
[ 'VP',
['VBZ',owns],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','3']],
['NNS',cars]]]],
['.','.']]]. */
%~ ?- c88("John is a man or owns less than 3 cars .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( is, [
pos(vbz), root(be),loc(2),lnks(4),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,4))),
link(2,'VP',r('VP',seg(2,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),
link(3,'VP',r('VP',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(4),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'VP',r('VP',seg(2,4))),
link(3,'VP',r('VP',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( or, [
pos(cc), root(or),loc(5),lnks(3),txt("or"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflConjunction,'TTWord_Or',"or"),
ttholds(inflNounSingular,'TTWord_Or',"or"),
flexicon(conj,[sem=conj(or,Conj_Or)],or), talk_db(conj,or),talk_db(preposition,or)]),
w( owns, [
pos(vbz), root(own),loc(6),lnks(4),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(2,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( less, [
pos(jjr), root(less),loc(7),lnks(6),txt("less"),
truecase('LOWER'),link(1,'QP',r('QP',seg(7,9))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(comparativeAdverb,xLittleTheWord,"less"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),"less"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,"less"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(determinerStrings,xLessTheWord,"less"),
cycWord(xLessTheWord),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less),
clex_word(adv,less,less,unknown),
ttholds(inflPreposition,'TTWord_Less',"less"),
ttholds(inflAdjectiveComparative,'TTWord_Little',"less"),
ttholds(inflAdverbComparative,'TTWord_Little',"less"),
talk_db(adj,less)]),
w( than, [
pos(in), root(than),loc(8),lnks(6),txt("than"),
truecase('LOWER'),link(1,'QP',r('QP',seg(7,9))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"than"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ttholds(inflConjunction,'TTWord_Than',"than"),
ttholds(inflPreposition,'TTWord_Than',"than"),
talk_db(conj,than)]),
w( '3', [
pos(cd), root('3'),loc(9),lnks(6),txt("3"),
ner('NUMBER'),normalizedNER('<3.0'),entitylink(3),
corefed,#(2),txt(["3"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(7,9))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflAdjectiveUnchecked,'TTWord-3',"3"),
ttholds(inflNounSingularUnchecked,'TTWord-3',"3"),
tr_number('3',3)]),
w( cars, [
pos(nns), root(car),loc(10),lnks(5),txt("cars"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xCarTheWord,"cars"),cycWord(xCarTheWord),
cycTerm(tObjectAutomobile,ttRoadVehicleTypeByUse,ttSpatiallyDisjointObjectType),
ac(singular,xCarTheWord,car),
clex_word(noun,cars,car,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Car',"cars"),
talk_db(noun1,car,cars)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ sentence80 is runtime(1.258).
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ sentence80=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ i_sentence=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ clausify80=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ any_to_ace_str="John is a man or owns less than 3 cars .".
%~ ?- c88("John is a man or owns less than 3 cars .").
/* try_ace_drs = drs( [], [
v( drs( [Named_Man,Be], [
object(Named_Man,man,countable,na,eq,1) -
1/4,
predicate(Be,be,named('John'),Named_Man) -
1/2]),
drs( [Named_Car,Own], [
[ object(Named_Car,car,countable,na,less,3) -
1/10,
predicate(Own,own,named('John'),Named_Car) -
1/6]]))]). */
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ simplify80=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
/* try_ace_fol = exists( Exists_Named_Man,
exists( Be,
v( ( object(Event_Object,Exists_Named_Man,man,countable,na,eq,1) &
predicate(Event_Object,Be,be,named('John'),Exists_Named_Man)),
exists( Exists_Named_Car,
exists( Own, [
object(Event_Object,Exists_Named_Car,car,countable,na,less,3),
predicate(Event_Object,Own,own,named('John'),Exists_Named_Car)]))))). */
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ results80=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ any_to_ace_str="John is a man or owns less than 3 cars .".
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ try_ace_eng=['John is a man or John owns less than 3 cars.'].
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ compile80=failure.
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]],
['CC',or],
[ 'VP',
['VBZ',owns],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','3']],
['NNS',cars]]]],
['.','.']]],
_984224).
%~ call_residue_vars=[].
%~ ?- c88("John is a man or owns less than 3 cars .").
%~ e2c_80=failure.
%~ c88 is runtime(1.713).
/* c88 = exists( Exists_Named_Man,
exists( Be,
v( ( object(Event_Object,Exists_Named_Man,man,countable,na,eq,1) &
predicate(Event_Object,Be,be,named('John'),Exists_Named_Man)),
exists( Exists_Named_Car,
exists( Own, [
object(Event_Object,Exists_Named_Car,car,countable,na,less,3),
predicate(Event_Object,Own,own,named('John'),Exists_Named_Car)]))))). */
%~ ?-c88("Every carnivore eats every meat .").
%~ list_undefined([]).
%~ ?- c88("Every carnivore eats every meat .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NNP',carnivore]],
[ 'VP',
['VBZ',eats],
[ 'NP',
['DT',every],
['NN',meat]]],
['.','.']]]. */
%~ ?- c88("Every carnivore eats every meat .").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( carnivore, [
pos(nnp), root(carnivore),loc(2),lnks(3),
txt("carnivore"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCarnivoreTheWord,"carnivore"),
cycWord(xCarnivoreTheWord),
cycTerm(tClazzCarnivore,ttSpatiallyDisjointObjectType,ttOrganismClassificationType),
cycTerm(tClazzCarnivoreOrder,tTypeOfBiologicalOrder,ttThing),
ac(singular,xCarnivoreTheWord,carnivore),
clex_word(noun,carnivore,carnivore,neutr+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Carnivore',"carnivore")]),
w( eats, [
pos(vbz), root(eat),loc(3),lnks(3),txt("eats"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xEatTheWord,"eats"),
cycWord(xEatTheWord),
cycTerm(actEatingEvent,ttProcessType,ttCumulativeEventType),
ac(infinitive,xEatTheWord,eat),
clex_word(verb,eats,eat,iv+finsg),
clex_word(verb,eats,eat,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Eat',"eats"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],eats),
talk_db(transitive,eat,eats,ate,eating,eaten),
talk_db(intransitive,eat,eats,eated,eating,eated)]),
w( every, [
pos(dt), root(every),loc(4),lnks(4),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( meat, [
pos(nn), root(meat),loc(5),lnks(4),txt("meat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(massNumber,xMeatTheWord,"meat"),cycWord(xMeatTheWord),
cycTerm(tMeat,ttDefaultDisjointEdibleStuffType,ttQAClarifyingCollectionType),
ac(massNumber,xMeatTheWord,meat),
clex_word(noun,meat,meat,neutr+Neutr-mass),
fsr( meat-n,
food,
[ [ [ [ type-p, np,dep]],
1],
[ [ [ type-p, poss,dep]],
1],
[ [ [ type-p, a,dep]],
3],
[ [ [ type-p, n,dep]],
12],
[ [ [ descriptor-p, a,dep],
[ type-p, n,dep]],
1],
[ [ [ descriptor-p, a,dep],
[ descriptor-p, a,dep]],
2],
[ [ [ descriptor-p, ajp,dep]],
2],
[ [ [ descriptor-p, a,dep],
[ type-p, a,dep]],
1],
[ [ [ descriptor-p, n,dep]],
1],
[ [ [ descriptor-p, np,dep]],
1],
[ [ [ descriptor-p, a,dep]],
10],
[[],9]]),
concept(fn,food),
ttholds(inflNounSingular,'TTWord_Meat',"meat")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every carnivore eats every meat .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],carnivore),[]),
verb(main+tv,eat,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(every),[],meat),[]))],
[])). */
%~ ?- c88("Every carnivore eats every meat .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],carnivore))),
'`'(true),
[],
Np_head-Mg),
identityQ([root]),
generic_pred(frame_51796,thing,mg(eat),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Np_head11-QualifiedBy12,
'`'(qualifiedBy(QualifiedBy12,Np_head11,np_head(Det9,det(every),[],meat))),
'`'(true),
[],
Np_head11-Generic)])). */
%~ ?- c88("Every carnivore eats every meat .").
/* clausify80 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(every),[],meat)) ,
qualifiedBy(Mg_QualifiedBy7,Np_head6,np_head(Det4,det(every),[],carnivore)) ,
generic_pred(frame_51796,thing,mg(eat),Mg_QualifiedBy7,Generic_QualifiedBy). */
%~ ?- c88("Every carnivore eats every meat .").
%~ any_to_ace_str="Every carnivore eats every meat .".
%~ ?- c88("Every carnivore eats every meat .").
/* try_ace_drs = drs( [], [
=>(
drs([Carnivore],[object(Carnivore,carnivore,countable,na,eq,1)-1/2]),
drs( [], [
=>(
drs([Meat],[object(Meat,meat,countable,na,eq,1)-1/5]),
drs([Eat],[predicate(Eat,eat,Carnivore,Meat)-1/3]))]))]). */
%~ ?- c88("Every carnivore eats every meat .").
/* simplify80 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(every),[],meat)) ,
qualifiedBy(Eat_QualifiedBy7,Np_head6,np_head(Det4,det(every),[],carnivore)) ,
generic_pred(frame_51796,thing,eat,Eat_QualifiedBy7,Generic_QualifiedBy). */
%~ ?- c88("Every carnivore eats every meat .").
/* try_ace_fol = forall( Carnivore,
=>(
object(Event_Object,Carnivore,carnivore,countable,na,eq,1),
forall( Meat,
=>(
object(Event_Object,Meat,meat,countable,na,eq,1),
exists( Predicate_Eat,
predicate(Event_Object,Predicate_Eat,eat,Carnivore,Meat)))))). */
%~ ?- c88("Every carnivore eats every meat .").
%~ results80=[[false]].
%~ ?- c88("Every carnivore eats every meat .").
%~ any_to_ace_str="Every carnivore eats every meat .".
%~ ?- c88("Every carnivore eats every meat .").
%~ try_ace_eng = ['If there is a carnivore X1 then if there is a meat X2 then the carnivore X1 eats the meat X2.'].
%~ ?- c88("Every carnivore eats every meat .").
/* compile80 = ( ( ( database80(qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(every),[],meat))) ,
database80( qualifiedBy(Eat_QualifiedBy7,Np_head6,np_head(Det4,det(every),[],carnivore))) ,
database80(generic_pred(frame_51796,thing,eat,Eat_QualifiedBy7,Generic_QualifiedBy))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every carnivore eats every meat .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NNP',carnivore]],
[ 'VP',
['VBZ',eats],
[ 'NP',
['DT',every],
['NN',meat]]],
['.','.']]],
_738136).
%~ call_residue_vars = [ _14070, _14048,_14034,_14012,_13990,_13968,
%~ _13954,_13932].
%~ ?- c88("Every carnivore eats every meat .").
/* e2c_80 = asserted( all( Patient_All_Meat,
all( Doer_All_Carnivore,
exists( Exists_ActEating,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActEating,actEating) &
doer(Exists_ActEating,Doer_All_Carnivore) &
patient(Exists_ActEating,Patient_All_Meat))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_All_Meat,'Meat') &
iza(Doer_All_Carnivore,'Carnivore'))))))). */
/* c88 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(every),[],meat)) ,
qualifiedBy(Eat_QualifiedBy7,Np_head6,np_head(Det4,det(every),[],carnivore)) ,
generic_pred(frame_51796,thing,eat,Eat_QualifiedBy7,Generic_QualifiedBy). */
%~ ?-c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ list_undefined([]).
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'NP',
['DT',a],
['NN',dog]],
['CC',and],
[ 'NP',
['DT',the],
['NN',man]]],
[ 'VP',
['VBZ',owns],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'NP',
['DT',a],
['NN',cat]],
['CC',and],
[ 'NP',
['DT',the],
['NN',dog]]],
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',the],
['NN',cat]]]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ',human]]],
['.','.']]]. */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,18))),
link(2,'S',r('S',seg(1,25))), link(3,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( a, [
pos(dt), root(a),loc(2),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,18))),
link(3,'SBAR',r('SBAR',seg(1,18))),
link(4,'S',r('S',seg(1,25))), link(5,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(3),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,18))),
link(3,'SBAR',r('SBAR',seg(1,18))),
link(4,'S',r('S',seg(1,25))), link(5,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( owns, [
pos(vbz), root(own),loc(4),lnks(5),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,18))),
link(2,'S',r('S',seg(2,18))),
link(3,'SBAR',r('SBAR',seg(1,18))),
link(4,'S',r('S',seg(1,25))), link(5,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(5),lnks(9),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,9))),link(3,'S',r('S',seg(5,18))),
link(4,'SBAR',r('SBAR',seg(5,18))),
link(5,'VP',r('VP',seg(4,18))),
link(6,'S',r('S',seg(2,18))),
link(7,'SBAR',r('SBAR',seg(1,18))),
link(8,'S',r('S',seg(1,25))), link(9,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(6),lnks(9),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,9))),link(3,'S',r('S',seg(5,18))),
link(4,'SBAR',r('SBAR',seg(5,18))),
link(5,'VP',r('VP',seg(4,18))),
link(6,'S',r('S',seg(2,18))),
link(7,'SBAR',r('SBAR',seg(1,18))),
link(8,'S',r('S',seg(1,25))), link(9,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( and, [
pos(cc), root(and),loc(7),lnks(8),txt("and"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'S',r('S',seg(5,18))),
link(3,'SBAR',r('SBAR',seg(5,18))),
link(4,'VP',r('VP',seg(4,18))),
link(5,'S',r('S',seg(2,18))),
link(6,'SBAR',r('SBAR',seg(1,18))),
link(7,'S',r('S',seg(1,25))), link(8,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( the, [
pos(dt), root(the),loc(8),lnks(9),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'NP',r('NP',seg(5,9))),link(3,'S',r('S',seg(5,18))),
link(4,'SBAR',r('SBAR',seg(5,18))),
link(5,'VP',r('VP',seg(4,18))),
link(6,'S',r('S',seg(2,18))),
link(7,'SBAR',r('SBAR',seg(1,18))),
link(8,'S',r('S',seg(1,25))), link(9,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(9),lnks(9),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'NP',r('NP',seg(5,9))),link(3,'S',r('S',seg(5,18))),
link(4,'SBAR',r('SBAR',seg(5,18))),
link(5,'VP',r('VP',seg(4,18))),
link(6,'S',r('S',seg(2,18))),
link(7,'SBAR',r('SBAR',seg(1,18))),
link(8,'S',r('S',seg(1,25))), link(9,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( owns, [
pos(vbz), root(own),loc(10),lnks(8),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,18))),
link(2,'S',r('S',seg(5,18))),
link(3,'SBAR',r('SBAR',seg(5,18))),
link(4,'VP',r('VP',seg(4,18))),
link(5,'S',r('S',seg(2,18))),
link(6,'SBAR',r('SBAR',seg(1,18))),
link(7,'S',r('S',seg(1,25))), link(8,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(11),lnks(12),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'NP',r('NP',seg(11,15))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cat, [
pos(nn), root(cat),loc(12),lnks(12),txt("cat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'NP',r('NP',seg(11,15))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")]),
w( and, [
pos(cc), root(and),loc(13),lnks(11),txt("and"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,15))),
link(2,'S',r('S',seg(11,18))),
link(3,'SBAR',r('SBAR',seg(11,18))),
link(4,'VP',r('VP',seg(10,18))),
link(5,'S',r('S',seg(5,18))),
link(6,'SBAR',r('SBAR',seg(5,18))),
link(7,'VP',r('VP',seg(4,18))),
link(8,'S',r('S',seg(2,18))),
link(9,'SBAR',r('SBAR',seg(1,18))),
link(10,'S',r('S',seg(1,25))), link(11,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And2)],and),
talk_db(conj,and)]),
w( the, [
pos(dt), root(the),loc(14),lnks(12),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'NP',r('NP',seg(11,15))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr3],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( dog, [
pos(nn), root(dog),loc(15),lnks(12),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'NP',r('NP',seg(11,15))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( likes, [
pos(vbz), root(like),loc(16),lnks(11),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(16,18))),
link(2,'S',r('S',seg(11,18))),
link(3,'SBAR',r('SBAR',seg(11,18))),
link(4,'VP',r('VP',seg(10,18))),
link(5,'S',r('S',seg(5,18))),
link(6,'SBAR',r('SBAR',seg(5,18))),
link(7,'VP',r('VP',seg(4,18))),
link(8,'S',r('S',seg(2,18))),
link(9,'SBAR',r('SBAR',seg(1,18))),
link(10,'S',r('S',seg(1,25))), link(11,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( the, [
pos(dt), root(the),loc(17),lnks(12),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(17,18))),
link(2,'VP',r('VP',seg(16,18))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr4],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( cat, [
pos(nn), root(cat),loc(18),lnks(12),txt("cat"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(17,18))),
link(2,'VP',r('VP',seg(16,18))),
link(3,'S',r('S',seg(11,18))),
link(4,'SBAR',r('SBAR',seg(11,18))),
link(5,'VP',r('VP',seg(10,18))),
link(6,'S',r('S',seg(5,18))),
link(7,'SBAR',r('SBAR',seg(5,18))),
link(8,'VP',r('VP',seg(4,18))),
link(9,'S',r('S',seg(2,18))),
link(10,'SBAR',r('SBAR',seg(1,18))),
link(11,'S',r('S',seg(1,25))), link(12,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")]),
w( then, [
pos(rb), root(then),loc(19),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(19,19))),
link(2,'S',r('S',seg(1,25))), link(3,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( the, [
pos(dt), root(the),loc(20),lnks(3),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(20,21))),
link(2,'S',r('S',seg(1,25))), link(3,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr5],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(21),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(20,21))),
link(2,'S',r('S',seg(1,25))), link(3,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( is, [
pos(vbz), root(be),loc(22),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(22,24))),
link(2,'S',r('S',seg(1,25))), link(3,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(23),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(23,24))),
link(2,'VP',r('VP',seg(22,24))),
link(3,'S',r('S',seg(1,25))), link(4,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( human, [
pos(jj), root(human),loc(24),lnks(4),txt("human"),
truecase('LOWER'),link(1,'NP',r('NP',seg(23,24))),
link(2,'VP',r('VP',seg(22,24))),
link(3,'S',r('S',seg(1,25))), link(4,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
ac(nonGradableAdjectiveForm,xHumanTheWord,"human"),
cycWord(xHumanTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xHumanTheWord,"human"),
cycTerm(tClazzHomoSapiens,ttOrganismClassificationType,ttNonEmptyCollection),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
ac(nonGradableAdjectiveForm,xHumanTheWord,human),
ac(singular,xHumanTheWord,human),
clex_word(noun,human,human,human+sg-count),
clex_word(adj,human,human,unknown), fsr(human-n,people,[]),concept(fn,people),
ttholds(inflAdjective,'TTWord_Human',"human"),
ttholds(inflNounSingular,'TTWord_Human',"human"),
talk_db(adj,human)]),
w( '.', [
pos('.'), root('.'),loc(25),lnks(2),txt("."),
link(1,'S',r('S',seg(1,25))), link(2,'CORENLP',r('CORENLP',seg(1,25))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],man),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],dog),[])),
cond( if-and,
decl( s( np(3+sg,np_head(Det6,det(the(sg)),[],man),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det9,det(a),[],cat),[])),
cond( true-and,
decl( s( np(3+sg,np_head(Det12,det(the(sg)),[],dog),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det15,det(the(sg)),[],cat),[])),
cond( true-then,
decl( s( np(3+sg,np_head(Det18,det(the(sg)),[],man),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det21,det(a),[],human),[]))],
[])))],
[])))],
[])))],
[])). */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* i_sentence = assertion80( cond_pred( if-and,
pred(
quantS( det(a),
Mg_Man1317-Man13, '`'(ti(man,Man13)),'`'(true),
[],
Mg_Man1317-Mg),
identityQ([root]),
generic_pred(frame_51819,thing,mg(own),Mg,Generic),
[ quantS( det(a),
Generic_Dog1519-Dog15, '`'(ti(dog,Dog15)),'`'(true),
[],
Generic_Dog1519-Generic)]),
cond_pred80( true-and,
^( Own_Man,
( ti(man,Own_Man) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51820,thing,own,Own_Man,Generic_Cat))),
cond_pred80( true-then,
^( Like_Dog,
( ti(dog,Like_Dog) ,
ti(cat,Generic_Cat4) ,
generic_pred(frame_51821,thing,like,Like_Dog,Generic_Cat4))),
^( Is_Man6,
ti(man,Is_Man6),ti(human,BE_Human),bE(is,Is_Man6,BE_Human)))))). */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* clausify80 = answer80([]) :-
cond_pred80( if-and,
^( Mg_Man,
( ti(man,Mg_Man) ,
^( Generic_Dog,
( ti(dog,Generic_Dog) ,
generic_pred(frame_51819,thing,mg(own),Mg_Man,Generic_Dog))))),
cond_pred80( true-and,
^( Own_Man3,
( ti(man,Own_Man3) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
cond_pred80( true-then,
^( Like_Dog6,
( ti(dog,Like_Dog6) ,
ti(cat,Generic_Cat7) ,
generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
^( Is_Man9,
ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human))))). */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ any_to_ace_str="If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .".
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* try_ace_drs = drs( [], [
=>(
drs(
[ Man, Dog,Own,Cat,
Own4,Like],
[ object(Man,man,countable,na,eq,1) -
1/3,
object(Dog,dog,countable,na,eq,1) -
1/6,
predicate(Own,own,Man,Dog)-1/4,
object(Cat,cat,countable,na,eq,1) -
1/12,
predicate(Own4,own,Man,Cat)-1/10,
predicate(Like,like,Dog,Cat)-1/16]),
drs( [Human,Be], [
object(Human,human,countable,na,eq,1) -
1/24,
predicate(Be,be,Man,Human)-1/22]))]). */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* simplify80 = answer80([]) :-
cond_pred80( if-and,
^( Own_Man,
( ti(man,Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51819,thing,own,Own_Man,Generic_Dog)))),
cond_pred80( true-and,
^( Own_Man3,
( ti(man,Own_Man3) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
cond_pred80( true-then,
^( Like_Dog6,
( ti(dog,Like_Dog6) ,
ti(cat,Generic_Cat7) ,
generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
^( Is_Man9,
ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human))))). */
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* try_ace_fol = forall( Forall_Man,
forall( Forall_Dog,
forall( Forall_Own,
forall( Forall_Cat,
forall( Forall_Own5,
forall( Like,
=>(
( object(Event_Object,Forall_Man,man,countable,na,eq,1) &
object(Event_Object,Forall_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,Forall_Own,own,Forall_Man,Forall_Dog) &
object(Event_Object,Forall_Cat,cat,countable,na,eq,1) &
predicate(Event_Object,Forall_Own5,own,Forall_Man,Forall_Cat) &
predicate(Event_Object,Like,like,Forall_Dog,Forall_Cat)),
exists( Exists_Human,
exists( Be,
( object(Event_Object,Exists_Human,human,countable,na,eq,1) &
predicate(Event_Object,Be,be,Forall_Man,Exists_Human))))))))))). */
%~ missing( database80( cond_pred80( if-and,
%~ ^( Own_Man,
%~ ( ti(man,Own_Man) ,
%~ ^( Generic_Dog,
%~ ti(dog,Generic_Dog),generic_pred(frame_51819,thing,own,Own_Man,Generic_Dog)))),
%~ cond_pred80( true-and,
%~ ^( Own_Man3,
%~ ( ti(man,Own_Man3) ,
%~ ti(cat,Generic_Cat) ,
%~ generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
%~ cond_pred80( true-then,
%~ ^( Like_Dog6,
%~ ( ti(dog,Like_Dog6) ,
%~ ti(cat,Generic_Cat7) ,
%~ generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
%~ ^( Is_Man9,
%~ ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human))))))).
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ results80=[[false]].
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ any_to_ace_str="If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .".
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ try_ace_eng = [ 'If a man X1 owns a dog X2 and the man X1 owns a cat X3 and the dog X2 likes the cat X3 then the man X1 is a human.'].
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
/* compile80 = ( ( database80( cond_pred80( if-and,
^( Own_Man,
( ti(man,Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51819,thing,own,Own_Man,Generic_Dog)))),
cond_pred80( true-and,
^( Own_Man3,
( ti(man,Own_Man3) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
cond_pred80( true-then,
^( Like_Dog6,
( ti(dog,Like_Dog6) ,
ti(cat,Generic_Cat7) ,
generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
^( Is_Man9,
ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing( database80( cond_pred80( if-and,
%~ ^( Own_Man,
%~ ( ti(man,Own_Man) ,
%~ ^( Generic_Dog,
%~ ti(dog,Generic_Dog),generic_pred(frame_51819,thing,own,Own_Man,Generic_Dog)))),
%~ cond_pred80( true-and,
%~ ^( Own_Man3,
%~ ( ti(man,Own_Man3) ,
%~ ti(cat,Generic_Cat) ,
%~ generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
%~ cond_pred80( true-then,
%~ ^( Like_Dog6,
%~ ( ti(dog,Like_Dog6) ,
%~ ti(cat,Generic_Cat7) ,
%~ generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
%~ ^( Is_Man9,
%~ ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human))))))).
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'NP',
['DT',a],
['NN',dog]],
['CC',and],
[ 'NP',
['DT',the],
['NN',man]]],
[ 'VP',
['VBZ',owns],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'NP',
['DT',a],
['NN',cat]],
['CC',and],
[ 'NP',
['DT',the],
['NN',dog]]],
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',the],
['NN',cat]]]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ',human]]],
['.','.']]],
_6651676).
%~ call_residue_vars=[].
%~ ?- c88("If a man owns a dog and the man owns a cat and the dog likes the cat then the man is a human .").
%~ e2c_80=failure.
%~ c88 is runtime(1.725).
/* c88 = answer80([]) :-
cond_pred80( if-and,
^( Own_Man,
( ti(man,Own_Man) ,
^( Generic_Dog,
ti(dog,Generic_Dog),generic_pred(frame_51819,thing,own,Own_Man,Generic_Dog)))),
cond_pred80( true-and,
^( Own_Man3,
( ti(man,Own_Man3) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51820,thing,own,Own_Man3,Generic_Cat))),
cond_pred80( true-then,
^( Like_Dog6,
( ti(dog,Like_Dog6) ,
ti(cat,Generic_Cat7) ,
generic_pred(frame_51821,thing,like,Like_Dog6,Generic_Cat7))),
^( Is_Man9,
ti(man,Is_Man9),ti(human,BE_Human),bE(is,Is_Man9,BE_Human))))). */
%~ ?-c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ list_undefined([]).
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',goat],
['CC',and],
['NN',everything]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'NP',
['DT',the],
['NN',goat]],
[ 'VP',
['VBZ',eats],
[ 'SBAR',
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',an],
['NN',apple]]]]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',goat]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',an],
['NN',animal]]],
['.','.']]]. */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,14))),
link(2,'S',r('S',seg(1,21))), link(3,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( there, [
pos(ex), root(there),loc(2),lnks(5),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(2,14))),
link(3,'SBAR',r('SBAR',seg(1,14))),
link(4,'S',r('S',seg(1,21))), link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(3),lnks(5),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,14))),
link(2,'S',r('S',seg(2,14))),
link(3,'SBAR',r('SBAR',seg(1,14))),
link(4,'S',r('S',seg(1,21))), link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'NP',r('NP',seg(4,14))),
link(3,'VP',r('VP',seg(3,14))),
link(4,'S',r('S',seg(2,14))),
link(5,'SBAR',r('SBAR',seg(1,14))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( goat, [
pos(nn), root(goat),loc(5),lnks(7),txt("goat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'NP',r('NP',seg(4,14))),
link(3,'VP',r('VP',seg(3,14))),
link(4,'S',r('S',seg(2,14))),
link(5,'SBAR',r('SBAR',seg(1,14))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xGoatTheWord,"goat"),cycWord(xGoatTheWord),
cycTerm(tClazzGoat,tTypeOfBiologicalTaxon,ttThing),
ac(singular,xGoatTheWord,goat),
clex_word(noun,goat,goat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Goat',"goat")]),
w( and, [
pos(cc), root(and),loc(6),lnks(7),txt("and"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'NP',r('NP',seg(4,14))),
link(3,'VP',r('VP',seg(3,14))),
link(4,'S',r('S',seg(2,14))),
link(5,'SBAR',r('SBAR',seg(1,14))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( everything, [
pos(nn), root(everything),loc(7),lnks(7),
txt("everything"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'NP',r('NP',seg(4,14))),
link(3,'VP',r('VP',seg(3,14))),
link(4,'S',r('S',seg(2,14))),
link(5,'SBAR',r('SBAR',seg(1,14))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xEveryTheWord,every),
cycWord(xEveryTheWord),
ttholds(inflPronounUnchecked,'TTWord_Everything',"everything"),
ttholds(inflNounSingular,'TTWord_Everything',"everything"),
pronoun_to_var(everything,'Everything'),
upcase(text(a),'Everything'),
quantifier_pron_lex(everything,every,thing),
text(base,every),
type_wrd_sem( not_personal_quantified_pronoun,
everything,
[ person=3, agr=sg,isa=everything])]),
w( that, [
pos(wdt), root(that),loc(8),lnks(8),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,8))),
link(2,'SBAR',r('SBAR',seg(8,14))),
link(3,'NP',r('NP',seg(4,14))),
link(4,'VP',r('VP',seg(3,14))),
link(5,'S',r('S',seg(2,14))),
link(6,'SBAR',r('SBAR',seg(1,14))),
link(7,'S',r('S',seg(1,21))), link(8,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( the, [
pos(dt), root(the),loc(9),lnks(9),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'S',r('S',seg(9,14))),
link(3,'SBAR',r('SBAR',seg(8,14))),
link(4,'NP',r('NP',seg(4,14))),
link(5,'VP',r('VP',seg(3,14))),
link(6,'S',r('S',seg(2,14))),
link(7,'SBAR',r('SBAR',seg(1,14))),
link(8,'S',r('S',seg(1,21))), link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( goat, [
pos(nn), root(goat),loc(10),lnks(9),txt("goat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'S',r('S',seg(9,14))),
link(3,'SBAR',r('SBAR',seg(8,14))),
link(4,'NP',r('NP',seg(4,14))),
link(5,'VP',r('VP',seg(3,14))),
link(6,'S',r('S',seg(2,14))),
link(7,'SBAR',r('SBAR',seg(1,14))),
link(8,'S',r('S',seg(1,21))), link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xGoatTheWord,"goat"),cycWord(xGoatTheWord),
cycTerm(tClazzGoat,tTypeOfBiologicalTaxon,ttThing),
ac(singular,xGoatTheWord,goat),
clex_word(noun,goat,goat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Goat',"goat")]),
w( eats, [
pos(vbz), root(eat),loc(11),lnks(9),txt("eats"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,14))),
link(2,'S',r('S',seg(9,14))),
link(3,'SBAR',r('SBAR',seg(8,14))),
link(4,'NP',r('NP',seg(4,14))),
link(5,'VP',r('VP',seg(3,14))),
link(6,'S',r('S',seg(2,14))),
link(7,'SBAR',r('SBAR',seg(1,14))),
link(8,'S',r('S',seg(1,21))), link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xEatTheWord,"eats"),
cycWord(xEatTheWord),
cycTerm(actEatingEvent,ttProcessType,ttCumulativeEventType),
ac(infinitive,xEatTheWord,eat),
clex_word(verb,eats,eat,iv+finsg),
clex_word(verb,eats,eat,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Eat',"eats"),
flexicon(tv,[person=3,agr=sg,verb_form=tensed],eats),
talk_db(transitive,eat,eats,ate,eating,eaten),
talk_db(intransitive,eat,eats,eated,eating,eated)]),
w( is, [
pos(vbz), root(be),loc(12),lnks(12),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,14))),
link(2,'S',r('S',seg(12,14))),
link(3,'SBAR',r('SBAR',seg(12,14))),
link(4,'VP',r('VP',seg(11,14))),
link(5,'S',r('S',seg(9,14))),
link(6,'SBAR',r('SBAR',seg(8,14))),
link(7,'NP',r('NP',seg(4,14))),
link(8,'VP',r('VP',seg(3,14))),
link(9,'S',r('S',seg(2,14))),
link(10,'SBAR',r('SBAR',seg(1,14))),
link(11,'S',r('S',seg(1,21))), link(12,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( an, [
pos(dt), root(a),loc(13),lnks(13),txt("an"),
truecase('LOWER'),link(1,'NP',r('NP',seg(13,14))),
link(2,'VP',r('VP',seg(12,14))),
link(3,'S',r('S',seg(12,14))),
link(4,'SBAR',r('SBAR',seg(12,14))),
link(5,'VP',r('VP',seg(11,14))),
link(6,'S',r('S',seg(9,14))),
link(7,'SBAR',r('SBAR',seg(8,14))),
link(8,'NP',r('NP',seg(4,14))),
link(9,'VP',r('VP',seg(3,14))),
link(10,'S',r('S',seg(2,14))),
link(11,'SBAR',r('SBAR',seg(1,14))),
link(12,'S',r('S',seg(1,21))), link(13,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( apple, [
pos(nn), root(apple),loc(14),lnks(13),txt("apple"),
truecase('LOWER'),link(1,'NP',r('NP',seg(13,14))),
link(2,'VP',r('VP',seg(12,14))),
link(3,'S',r('S',seg(12,14))),
link(4,'SBAR',r('SBAR',seg(12,14))),
link(5,'VP',r('VP',seg(11,14))),
link(6,'S',r('S',seg(9,14))),
link(7,'SBAR',r('SBAR',seg(8,14))),
link(8,'NP',r('NP',seg(4,14))),
link(9,'VP',r('VP',seg(3,14))),
link(10,'S',r('S',seg(2,14))),
link(11,'SBAR',r('SBAR',seg(1,14))),
link(12,'S',r('S',seg(1,21))), link(13,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xAppleTheWord,"apple"),cycWord(xAppleTheWord),
cycTerm(nartR(tPartTypeFruitFn,tClazzAppleTree),ttLifeStageType,ttDefaultDisjointEdibleStuffType),
ac(singular,xAppleTheWord,apple),
clex_word(noun,apple,apple,neutr+sg-count),
fsr( apple-n,
food,
[ [ [ [ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ type-p, n,dep]],
1],
[ [ [ type-p, n,dep]],
10],
[ [ [ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ type-p, n,dep]],
1],
[ [ [ descriptor-p, ajp,dep],
[ type-p, n,dep]],
3],
[ [ [ descriptor-p, ajp,dep]],
12],
[ [ [ type-p, poss,gen]],
1],
[ [ [ type-p, ajp,dep]],
1],
[ [ [ descriptor-p, ajp,dep],
[ type-p, ajp,dep]],
1],
[[],1]]),
concept(fn,food),
ttholds(inflNounSingular,'TTWord_Apple',"apple")]),
w( then, [
pos(rb), root(then),loc(15),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(15,15))),
link(2,'S',r('S',seg(1,21))), link(3,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( the, [
pos(dt), root(the),loc(16),lnks(3),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(16,17))),
link(2,'S',r('S',seg(1,21))), link(3,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr4],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( goat, [
pos(nn), root(goat),loc(17),lnks(3),txt("goat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(16,17))),
link(2,'S',r('S',seg(1,21))), link(3,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xGoatTheWord,"goat"),cycWord(xGoatTheWord),
cycTerm(tClazzGoat,tTypeOfBiologicalTaxon,ttThing),
ac(singular,xGoatTheWord,goat),
clex_word(noun,goat,goat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Goat',"goat")]),
w( is, [
pos(vbz), root(be),loc(18),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(18,20))),
link(2,'S',r('S',seg(1,21))), link(3,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( an, [
pos(dt), root(a),loc(19),lnks(4),txt("an"),
truecase('LOWER'),link(1,'NP',r('NP',seg(19,20))),
link(2,'VP',r('VP',seg(18,20))),
link(3,'S',r('S',seg(1,21))), link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( animal, [
pos(nn), root(animal),loc(20),lnks(4),txt("animal"),
truecase('LOWER'),link(1,'NP',r('NP',seg(19,20))),
link(2,'VP',r('VP',seg(18,20))),
link(3,'S',r('S',seg(1,21))), link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xAnimalTheWord,"animal"),
cycWord(xAnimalTheWord),
cycTerm(mobNonPersonAnimal,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(tClazzAnimal,ttKEClarifyingCollectionType,ttOrganismClassificationType),
cycTerm(mobNonHumanAnimal,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xAnimalTheWord,animal),
clex_word(noun,animal,animal,neutr+sg-count),
ttholds(inflAdjective,'TTWord_Animal',"animal"),
ttholds(inflNounSingular,'TTWord_Animal',"animal"),
talk_db(adj,animal)]),
w( '.', [
pos('.'), root('.'),loc(21),lnks(2),txt("."),
link(1,'S',r('S',seg(1,21))), link(2,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[],goat),[])),
cond( if-and,
decl( s( np( 3+sg,
np_head(Every,every,[],thing),
[ rel( Wh_S,
s( np(3+sg,np_head(Det5,det(the(sg)),[],goat),[]),
verb(main+tv,eat,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det12,det(a),[],apple),[])),
cond( true-then,
decl( s( np(3+sg,np_head(Det15,det(the(sg)),[],goat),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det18,det(a),[],animal),[]))],
[])))],
[])))],
[])). */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* i_sentence = assertion80( cond_pred( if-and,
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],BE_Goat19_Is23-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
BE_Goat19_Is23-Goat19, '`'(ti(goat,Goat19)),'`'(true),
[],
BE_Goat19_Is23-BE)]),
cond_pred80( true-then,
( ti(apple,BE_Apple) ,
qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
ti(goat,Eat_Goat) ,
generic_pred(frame_51945,thing,eat,Eat_Goat,Generic_Is_QualifiedBy) ,
bE(is,Generic_Is_QualifiedBy,BE_Apple)),
ti(animal,BE_Animal),ti(goat,Is_Goat9),bE(is,Is_Goat9,BE_Animal)))). */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* clausify80 = answer80([]) :-
cond_pred80( if-and,
( ti(goat,BE_Goat) ,
Is^(((true,true),true),true,bE(is,Is,BE_Goat),true,true)),
cond_pred80( true-then,
( ti(apple,BE_Apple) ,
qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
ti(goat,Eat_Goat7) ,
generic_pred(frame_51945,thing,eat,Eat_Goat7,Generic_Is_QualifiedBy) ,
bE(is,Generic_Is_QualifiedBy,BE_Apple)),
( ti(animal,BE_Animal) ,
ti(goat,Is_Goat11) ,
bE(is,Is_Goat11,BE_Animal)))). */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ any_to_ace_str="If there is a goat and everything that the goat eats is an apple then the goat is an animal .".
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* try_ace_drs = drs( [], [
=>(
drs( [Goat], [
object(Goat,goat,countable,na,eq,1) -
1/5,
=>(
drs( [Something,Eat], [
object(Something,something,dom,na,na,na) -
1/8,
predicate(Eat,eat,Goat,Something)-1/12]),
drs( [Apple,Be], [
object(Apple,apple,countable,na,eq,1) -
1/15,
predicate(Be,be,Something,Apple)-1/13]))]),
drs( [Animal,Be6], [
object(Animal,animal,countable,na,eq,1) -
1/21,
predicate(Be6,be,Goat,Animal)-1/19]))]). */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* simplify80 = answer80([]) :-
cond_pred80( if-and,
ti(goat,BE_Goat),BE_Is^bE(is,BE_Is,BE_Goat),
cond_pred80( true-then,
( ti(apple,BE_Apple) ,
qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
ti(goat,Eat_Goat8) ,
generic_pred(frame_51945,thing,eat,Eat_Goat8,Generic_Is_QualifiedBy) ,
bE(is,Generic_Is_QualifiedBy,BE_Apple)),
( ti(animal,BE_Animal) ,
ti(goat,Is_Goat12) ,
bE(is,Is_Goat12,BE_Animal)))). */
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* try_ace_fol = forall( Goat,
=>(
( object(Event_Object,Goat,goat,countable,na,eq,1) &
forall( Forall_Something,
forall( Eat,
=>(
( object(Event_Object,Forall_Something,something,dom,na,na,na) &
predicate(Event_Object,Eat,eat,Goat,Forall_Something)),
exists( Exists_Apple,
exists( Be,
( object(Event_Object,Exists_Apple,apple,countable,na,eq,1) &
predicate(Event_Object,Be,be,Forall_Something,Exists_Apple)))))))),
exists( Exists_Animal,
exists( Be9,
( object(Event_Object,Exists_Animal,animal,countable,na,eq,1) &
predicate(Event_Object,Be9,be,Goat,Exists_Animal)))))). */
%~ missing( database80( cond_pred80( if-and,
%~ ti(goat,BE_Goat),BE_Is^bE(is,BE_Is,BE_Goat),
%~ cond_pred80( true-then,
%~ ( ti(apple,BE_Apple) ,
%~ qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
%~ ti(goat,Eat_Goat8) ,
%~ generic_pred(frame_51945,thing,eat,Eat_Goat8,Generic_Is_QualifiedBy) ,
%~ bE(is,Generic_Is_QualifiedBy,BE_Apple)),
%~ ( ti(animal,BE_Animal) ,
%~ ti(goat,Is_Goat12) ,
%~ bE(is,Is_Goat12,BE_Animal)))))).
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ results80=[[false]].
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ any_to_ace_str="If there is a goat and everything that the goat eats is an apple then the goat is an animal .".
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ try_ace_eng = [ 'If there is a goat X1 and if the goat X1 eats something X2 then X2 is an apple then the goat X1 is an animal.'].
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
/* compile80 = ( ( database80( cond_pred80( if-and,
ti(goat,BE_Goat),BE_Is^bE(is,BE_Is,BE_Goat),
cond_pred80( true-then,
( ti(apple,BE_Apple) ,
qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
ti(goat,Eat_Goat8) ,
generic_pred(frame_51945,thing,eat,Eat_Goat8,Generic_Is_QualifiedBy) ,
bE(is,Generic_Is_QualifiedBy,BE_Apple)),
( ti(animal,BE_Animal) ,
ti(goat,Is_Goat12) ,
bE(is,Is_Goat12,BE_Animal))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing( database80( cond_pred80( if-and,
%~ ti(goat,BE_Goat),BE_Is^bE(is,BE_Is,BE_Goat),
%~ cond_pred80( true-then,
%~ ( ti(apple,BE_Apple) ,
%~ qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
%~ ti(goat,Eat_Goat8) ,
%~ generic_pred(frame_51945,thing,eat,Eat_Goat8,Generic_Is_QualifiedBy) ,
%~ bE(is,Generic_Is_QualifiedBy,BE_Apple)),
%~ ( ti(animal,BE_Animal) ,
%~ ti(goat,Is_Goat12) ,
%~ bE(is,Is_Goat12,BE_Animal)))))).
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',goat],
['CC',and],
['NN',everything]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'NP',
['DT',the],
['NN',goat]],
[ 'VP',
['VBZ',eats],
[ 'SBAR',
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',an],
['NN',apple]]]]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',goat]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',an],
['NN',animal]]],
['.','.']]],
_927554).
%~ call_residue_vars=[].
%~ ?- c88("If there is a goat and everything that the goat eats is an apple then the goat is an animal .").
%~ e2c_80=failure.
%~ c88 is runtime(1.027).
/* c88 = answer80([]) :-
cond_pred80( if-and,
ti(goat,BE_Goat),BE_Is^bE(is,BE_Is,BE_Goat),
cond_pred80( true-then,
( ti(apple,BE_Apple) ,
qualifiedBy(Generic_Is_QualifiedBy,Np_head,np_head(Every,every,[],thing)) ,
ti(goat,Eat_Goat8) ,
generic_pred(frame_51945,thing,eat,Eat_Goat8,Generic_Is_QualifiedBy) ,
bE(is,Generic_Is_QualifiedBy,BE_Apple)),
( ti(animal,BE_Animal) ,
ti(goat,Is_Goat12) ,
bE(is,Is_Goat12,BE_Animal)))). */
%~ ?-c88("John is not something that is Mary .").
%~ list_undefined([]).
%~ ?- c88("John is not something that is Mary .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
[ 'NP',
['NN',something]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Mary']]]]]]],
['.','.']]]. */
%~ ?- c88("John is not something that is Mary .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( not, [
pos(rb), root(not),loc(3),lnks(3),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( something, [
pos(nn), root(something),loc(4),lnks(5),
txt("something"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,4))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,some), cycWord(xSomeTheWord),ac(regularAdverb,xSomeTheWord,some),
ttholds(inflExpletiveUnchecked,'TTWord_Something',"something"),
ttholds(inflAdverb,'TTWord_Something',"something"),
ttholds(inflPronounSingular,'TTWord_Something',"something"),
ttholds(inflNounSingular,'TTWord_Something',"something"),
pronoun_to_var(something,'Something'),
upcase(text(a),'Something'), quantifier_pron_lex(something,some,thing),text(base,some),
type_wrd_sem( not_personal_quantified_pronoun,
something,
[ person=3, agr=sg,isa=something])]),
w( that, [
pos(wdt), root(that),loc(5),lnks(6),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( is, [
pos(vbz), root(be),loc(6),lnks(7),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,7))),
link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(4,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( mary, [
pos(nnp), root('Mary'),loc(7),lnks(8),txt("Mary"),
ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Mary_(mother_of_Jesus)'),corefed,#(2),
txt(["Mary"]),type('PROPER'),
numb('SINGULAR'),gender('FEMALE'),
animacy('ANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))), link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(4,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
flexicon(np,[person=3,agr=sg,gender=fem,case=Case3],mary),
talk_db(interj,mary)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John is not something that is Mary .").
/* sentence80 = decl( s( np(3+sg,nameOf(John,john,[]),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root |
negP([])]),
[ arg( dirO,
np( 3+sg,
np_head(Some,some,[],thing),
[ rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,nameOf(Mary,mary,[]),[]))],
[]))]))],
[])). */
%~ ?- c88("John is not something that is Mary .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-John, '`'(bE(named,John,john)),'`'(true),
[],
Np_head-Is),
notP([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Some,some,[],thing))),
( pred(
quantS( identityQ(IdentityQ3),
Np_head-QualifiedBy, '`'(true),'`'(true),
[],
Np_head-Np_head14),
identityQ([aux(be,[pres+fin]),root]),
bE(is,_1097318,BE4),
[ quantS( identityQ(IdentityQ5),
Np_head-Mary_Np_head14, '`'(bE(named,Mary_Np_head14,mary)),'`'(true),
[],
Np_head-BE4)]) &
'`'(true)),
[],
Np_head-BE)])). */
%~ ?- c88("John is not something that is Mary .").
/* clausify80 = answer80([]) :-
bE(named,Is_John,john) ,
\+( ( qualifiedBy(BE_Is_QualifiedBy,Np_head,np_head(Some,some,[],thing)) ,
bE(named,BE_Mary,mary) ,
bE(is,BE_Is_QualifiedBy,BE_Mary) ,
bE(is,Is_John,BE_Is_QualifiedBy))). */
%~ ?- c88("John is not something that is Mary .").
%~ any_to_ace_str="John is not something that is Mary .".
%~ ?- c88("John is not something that is Mary .").
/* try_ace_drs = drs( [], [
-( drs( [Named_Something,Be,Be3], [
object(Named_Something,something,dom,na,na,na) -
1/5,
predicate(Be,be,Named_Something,named('Mary')) -
1/7,
predicate(Be3,be,named('John'),Named_Something) -
1/2]))]). */
%~ ?- c88("John is not something that is Mary .").
/* simplify80 = answer80([]) :-
\+( ( qualifiedBy(John_Mary_QualifiedBy,Np_head,np_head(Some,some,[],thing)) ,
bE(is,John_Mary_QualifiedBy,mary) ,
bE(is,john,John_Mary_QualifiedBy))). */
%~ ?- c88("John is not something that is Mary .").
/* try_ace_fol = -( exists( Exists_Named_Something,
exists( Exists_Be,
exists( Be4,
( object(Event_Object,Exists_Named_Something,something,dom,na,na,na) &
predicate(Event_Object,Exists_Be,be,Exists_Named_Something,named('Mary')) &
predicate(Event_Object,Be4,be,named('John'),Exists_Named_Something)))))). */
%~ ?- c88("John is not something that is Mary .").
%~ results80=[[true]].
%~ ?- c88("John is not something that is Mary .").
%~ any_to_ace_str="John is not something that is Mary .".
%~ ?- c88("John is not something that is Mary .").
%~ try_ace_eng=['It is false that something X1 is Mary and that John is X1.'].
%~ ?- c88("John is not something that is Mary .").
/* compile80 = ( ( \+( ( database80(qualifiedBy(John_Mary_QualifiedBy,Np_head,np_head(Some,some,[],thing))) ,
database80(bE(is,John_Mary_QualifiedBy,mary)) ,
database80(bE(is,john,John_Mary_QualifiedBy)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("John is not something that is Mary .").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
[ 'NP',
['NN',something]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Mary']]]]]]],
['.','.']]],
_467894).
%~ call_residue_vars=[_14944,_14930,_14900].
%~ ?- c88("John is not something that is Mary .").
/* e2c_80 = asserted( exists( John_Mary_Something,
( ~ (iza(John_Mary_Something,'Something')&iza(John_Mary_Something,'Mary')) &
iza(John_Mary_Something,'John')))). */
/* c88 = answer80([]) :-
\+( ( qualifiedBy(John_Mary_QualifiedBy,Np_head,np_head(Some,some,[],thing)) ,
bE(is,John_Mary_QualifiedBy,mary) ,
bE(is,john,John_Mary_QualifiedBy))). */
%~ ?-( c88( "If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .")).
%~ list_undefined([]).
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['EX',there]],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',man]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'NP',
['DT',a],
['NN',dog]],
[ 'SBAR',
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',a],
['NN',cat]]]]],
['CC',and],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'VP',
['VBZ',likes],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'NP',
['DT',a],
['NN',rat]],
['CC',and],
[ 'NP',
['DT',the],
['NN',man]]],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'NP',
['DT',a],
['NN',cow]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',a],
['NN',sheep]]]]]]]]]]]],
['CC',and],
[ 'SBAR',
['IN',that],
[ 'S',
[ 'VP',
['VBZ',likes],
[ 'NP',
['DT',a],
['NN',pig]]]]]]]],
['.','.']]]. */
%~ into_lexical_segs is runtime(1.41).
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,5))),
link(2,'S',r('S',seg(1,36))), link(3,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( there, [
pos(ex), root(there),loc(2),lnks(5),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(2,5))),
link(3,'SBAR',r('SBAR',seg(1,5))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( is, [
pos(vbz), root(be),loc(3),lnks(5),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(2,5))),
link(3,'SBAR',r('SBAR',seg(1,5))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(6),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(2,5))),
link(4,'SBAR',r('SBAR',seg(1,5))),
link(5,'S',r('S',seg(1,36))), link(6,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(5),lnks(6),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(2,5))),
link(4,'SBAR',r('SBAR',seg(1,5))),
link(5,'S',r('S',seg(1,36))), link(6,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( then, [
pos(rb), root(then),loc(6),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(6,6))),
link(2,'S',r('S',seg(1,36))), link(3,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( the, [
pos(dt), root(the),loc(7),lnks(3),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'S',r('S',seg(1,36))), link(3,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(8),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'S',r('S',seg(1,36))), link(3,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(9),lnks(3),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,35))),
link(2,'S',r('S',seg(1,36))), link(3,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(10),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,11))),
link(2,'NP',r('NP',seg(10,35))),
link(3,'VP',r('VP',seg(9,35))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(11),lnks(5),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,11))),
link(2,'NP',r('NP',seg(10,35))),
link(3,'VP',r('VP',seg(9,35))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( that, [
pos(wdt), root(that),loc(12),lnks(7),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(12,12))),
link(2,'SBAR',r('SBAR',seg(12,15))),
link(3,'SBAR',r('SBAR',seg(12,35))),
link(4,'NP',r('NP',seg(10,35))),
link(5,'VP',r('VP',seg(9,35))),
link(6,'S',r('S',seg(1,36))), link(7,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( likes, [
pos(vbz), root(like),loc(13),lnks(8),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(13,15))),
link(2,'S',r('S',seg(13,15))),
link(3,'SBAR',r('SBAR',seg(12,15))),
link(4,'SBAR',r('SBAR',seg(12,35))),
link(5,'NP',r('NP',seg(10,35))),
link(6,'VP',r('VP',seg(9,35))),
link(7,'S',r('S',seg(1,36))), link(8,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(14),lnks(9),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'VP',r('VP',seg(13,15))),
link(3,'S',r('S',seg(13,15))),
link(4,'SBAR',r('SBAR',seg(12,15))),
link(5,'SBAR',r('SBAR',seg(12,35))),
link(6,'NP',r('NP',seg(10,35))),
link(7,'VP',r('VP',seg(9,35))),
link(8,'S',r('S',seg(1,36))), link(9,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cat, [
pos(nn), root(cat),loc(15),lnks(9),txt("cat"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'VP',r('VP',seg(13,15))),
link(3,'S',r('S',seg(13,15))),
link(4,'SBAR',r('SBAR',seg(12,15))),
link(5,'SBAR',r('SBAR',seg(12,35))),
link(6,'NP',r('NP',seg(10,35))),
link(7,'VP',r('VP',seg(9,35))),
link(8,'S',r('S',seg(1,36))), link(9,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xCatTheWord,"cat"),cycWord(xCatTheWord),
cycTerm(tClazzCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
cycTerm(tClazzDomesticCat,ttDomesticatedAnimalType,ttOrganismClassificationType),
ac(singular,xCatTheWord,cat),
clex_word(noun,cat,cat,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Cat',"cat")]),
w( and, [
pos(cc), root(and),loc(16),lnks(5),txt("and"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(12,35))),
link(2,'NP',r('NP',seg(10,35))),
link(3,'VP',r('VP',seg(9,35))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( that, [
pos(in), root(that),loc(17),lnks(6),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(17,30))),
link(2,'SBAR',r('SBAR',seg(12,35))),
link(3,'NP',r('NP',seg(10,35))),
link(4,'VP',r('VP',seg(9,35))),
link(5,'S',r('S',seg(1,36))), link(6,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender4],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem5,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( likes, [
pos(vbz), root(like),loc(18),lnks(8),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(18,30))),
link(2,'S',r('S',seg(18,30))),
link(3,'SBAR',r('SBAR',seg(17,30))),
link(4,'SBAR',r('SBAR',seg(12,35))),
link(5,'NP',r('NP',seg(10,35))),
link(6,'VP',r('VP',seg(9,35))),
link(7,'S',r('S',seg(1,36))), link(8,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(19),lnks(12),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(19,20))),
link(2,'NP',r('NP',seg(19,23))),
link(3,'S',r('S',seg(19,30))),
link(4,'SBAR',r('SBAR',seg(19,30))),
link(5,'VP',r('VP',seg(18,30))),
link(6,'S',r('S',seg(18,30))),
link(7,'SBAR',r('SBAR',seg(17,30))),
link(8,'SBAR',r('SBAR',seg(12,35))),
link(9,'NP',r('NP',seg(10,35))),
link(10,'VP',r('VP',seg(9,35))),
link(11,'S',r('S',seg(1,36))), link(12,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( rat, [
pos(nn), root(rat),loc(20),lnks(12),txt("rat"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(19,20))),
link(2,'NP',r('NP',seg(19,23))),
link(3,'S',r('S',seg(19,30))),
link(4,'SBAR',r('SBAR',seg(19,30))),
link(5,'VP',r('VP',seg(18,30))),
link(6,'S',r('S',seg(18,30))),
link(7,'SBAR',r('SBAR',seg(17,30))),
link(8,'SBAR',r('SBAR',seg(12,35))),
link(9,'NP',r('NP',seg(10,35))),
link(10,'VP',r('VP',seg(9,35))),
link(11,'S',r('S',seg(1,36))), link(12,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xRatTheWord,"rat"),cycWord(xRatTheWord),
cycTerm(tClazzRat,tTypeOfBiologicalTaxon,ttThing),
ac(singular,xRatTheWord,rat),
clex_word(verb,rat,rat,iv+infpl),
clex_word(verb,rat,rat,tv+infpl),
clex_word(noun,rat,rat,neutr+sg-count),
fsr( rat-v,
reporting,
[ [ [ [ informer-c, np,ext],
[ informer-c, np,ext],
[ wrongdoer-c, pp,dep],
[ authorities-c, ini,null]],
1],
[ [ [ informer-c, np,ext],
[ wrongdoer-c, pp,dep],
[ authorities-c, ini,null]],
2],
[ [ [ wrongdoer-c, pp,dep],
[ informer-c, dni,null],
[ authorities-c, ini,null]],
1]]),
concept(fn,reporting)]),
w( and, [
pos(cc), root(and),loc(21),lnks(11),txt("and"),
truecase('LOWER'),link(1,'NP',r('NP',seg(19,23))),
link(2,'S',r('S',seg(19,30))),
link(3,'SBAR',r('SBAR',seg(19,30))),
link(4,'VP',r('VP',seg(18,30))),
link(5,'S',r('S',seg(18,30))),
link(6,'SBAR',r('SBAR',seg(17,30))),
link(7,'SBAR',r('SBAR',seg(12,35))),
link(8,'NP',r('NP',seg(10,35))),
link(9,'VP',r('VP',seg(9,35))),
link(10,'S',r('S',seg(1,36))), link(11,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And6)],and),
talk_db(conj,and)]),
w( the, [
pos(dt), root(the),loc(22),lnks(12),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(22,23))),
link(2,'NP',r('NP',seg(19,23))),
link(3,'S',r('S',seg(19,30))),
link(4,'SBAR',r('SBAR',seg(19,30))),
link(5,'VP',r('VP',seg(18,30))),
link(6,'S',r('S',seg(18,30))),
link(7,'SBAR',r('SBAR',seg(17,30))),
link(8,'SBAR',r('SBAR',seg(12,35))),
link(9,'NP',r('NP',seg(10,35))),
link(10,'VP',r('VP',seg(9,35))),
link(11,'S',r('S',seg(1,36))), link(12,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr7],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(23),lnks(12),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(22,23))),
link(2,'NP',r('NP',seg(19,23))),
link(3,'S',r('S',seg(19,30))),
link(4,'SBAR',r('SBAR',seg(19,30))),
link(5,'VP',r('VP',seg(18,30))),
link(6,'S',r('S',seg(18,30))),
link(7,'SBAR',r('SBAR',seg(17,30))),
link(8,'SBAR',r('SBAR',seg(12,35))),
link(9,'NP',r('NP',seg(10,35))),
link(10,'VP',r('VP',seg(9,35))),
link(11,'S',r('S',seg(1,36))), link(12,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(24),lnks(11),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(24,30))),
link(2,'S',r('S',seg(19,30))),
link(3,'SBAR',r('SBAR',seg(19,30))),
link(4,'VP',r('VP',seg(18,30))),
link(5,'S',r('S',seg(18,30))),
link(6,'SBAR',r('SBAR',seg(17,30))),
link(7,'SBAR',r('SBAR',seg(12,35))),
link(8,'NP',r('NP',seg(10,35))),
link(9,'VP',r('VP',seg(9,35))),
link(10,'S',r('S',seg(1,36))), link(11,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(25),lnks(13),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(25,26))),
link(2,'NP',r('NP',seg(25,30))),
link(3,'VP',r('VP',seg(24,30))),
link(4,'S',r('S',seg(19,30))),
link(5,'SBAR',r('SBAR',seg(19,30))),
link(6,'VP',r('VP',seg(18,30))),
link(7,'S',r('S',seg(18,30))),
link(8,'SBAR',r('SBAR',seg(17,30))),
link(9,'SBAR',r('SBAR',seg(12,35))),
link(10,'NP',r('NP',seg(10,35))),
link(11,'VP',r('VP',seg(9,35))),
link(12,'S',r('S',seg(1,36))), link(13,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( cow, [
pos(nn), root(cow),loc(26),lnks(13),txt("cow"),
truecase('LOWER'),link(1,'NP',r('NP',seg(25,26))),
link(2,'NP',r('NP',seg(25,30))),
link(3,'VP',r('VP',seg(24,30))),
link(4,'S',r('S',seg(19,30))),
link(5,'SBAR',r('SBAR',seg(19,30))),
link(6,'VP',r('VP',seg(18,30))),
link(7,'S',r('S',seg(18,30))),
link(8,'SBAR',r('SBAR',seg(17,30))),
link(9,'SBAR',r('SBAR',seg(12,35))),
link(10,'NP',r('NP',seg(10,35))),
link(11,'VP',r('VP',seg(9,35))),
link(12,'S',r('S',seg(1,36))), link(13,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xCowTheWord,"cow"),cycWord(xCowTheWord),
cycTerm(tClazzCow,ttCATSLivestockType,ttLivestockType),
cycTerm(tClazzCattleDomestic,ttAgriculturalCommodity,ttDomesticatedAnimalType),
cycTerm(mobCowFemaleHerdAnimal,ttExistingObjectType,ttThing),
ac(singular,xCowTheWord,cow),
clex_word(verb,cow,cow,tv+infpl),
clex_word(noun,cow,cow,human+sg-count),
ttholds(inflNounSingular,'TTWord_Cow',"cow"),
verbnet_map_wn(cow,['cow%2:37:00'],'amuse-31.1'),
concept(vn,'amuse-31.1'),
listof(concept(wn),['cow%2:37:00']),
verbnet_word(cow,'amuse-31.1',"cow")]),
w( that, [
pos(wdt), root(that),loc(27),lnks(14),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(27,27))),
link(2,'SBAR',r('SBAR',seg(27,30))),
link(3,'NP',r('NP',seg(25,30))),
link(4,'VP',r('VP',seg(24,30))),
link(5,'S',r('S',seg(19,30))),
link(6,'SBAR',r('SBAR',seg(19,30))),
link(7,'VP',r('VP',seg(18,30))),
link(8,'S',r('S',seg(18,30))),
link(9,'SBAR',r('SBAR',seg(17,30))),
link(10,'SBAR',r('SBAR',seg(12,35))),
link(11,'NP',r('NP',seg(10,35))),
link(12,'VP',r('VP',seg(9,35))),
link(13,'S',r('S',seg(1,36))), link(14,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender8],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem9,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( likes, [
pos(vbz), root(like),loc(28),lnks(15),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(28,30))),
link(2,'S',r('S',seg(28,30))),
link(3,'SBAR',r('SBAR',seg(27,30))),
link(4,'NP',r('NP',seg(25,30))),
link(5,'VP',r('VP',seg(24,30))),
link(6,'S',r('S',seg(19,30))),
link(7,'SBAR',r('SBAR',seg(19,30))),
link(8,'VP',r('VP',seg(18,30))),
link(9,'S',r('S',seg(18,30))),
link(10,'SBAR',r('SBAR',seg(17,30))),
link(11,'SBAR',r('SBAR',seg(12,35))),
link(12,'NP',r('NP',seg(10,35))),
link(13,'VP',r('VP',seg(9,35))),
link(14,'S',r('S',seg(1,36))), link(15,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(29),lnks(16),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(29,30))),
link(2,'VP',r('VP',seg(28,30))),
link(3,'S',r('S',seg(28,30))),
link(4,'SBAR',r('SBAR',seg(27,30))),
link(5,'NP',r('NP',seg(25,30))),
link(6,'VP',r('VP',seg(24,30))),
link(7,'S',r('S',seg(19,30))),
link(8,'SBAR',r('SBAR',seg(19,30))),
link(9,'VP',r('VP',seg(18,30))),
link(10,'S',r('S',seg(18,30))),
link(11,'SBAR',r('SBAR',seg(17,30))),
link(12,'SBAR',r('SBAR',seg(12,35))),
link(13,'NP',r('NP',seg(10,35))),
link(14,'VP',r('VP',seg(9,35))),
link(15,'S',r('S',seg(1,36))), link(16,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( sheep, [
pos(nn), root(sheep),loc(30),lnks(16),txt("sheep"),
truecase('LOWER'),link(1,'NP',r('NP',seg(29,30))),
link(2,'VP',r('VP',seg(28,30))),
link(3,'S',r('S',seg(28,30))),
link(4,'SBAR',r('SBAR',seg(27,30))),
link(5,'NP',r('NP',seg(25,30))),
link(6,'VP',r('VP',seg(24,30))),
link(7,'S',r('S',seg(19,30))),
link(8,'SBAR',r('SBAR',seg(19,30))),
link(9,'VP',r('VP',seg(18,30))),
link(10,'S',r('S',seg(18,30))),
link(11,'SBAR',r('SBAR',seg(17,30))),
link(12,'SBAR',r('SBAR',seg(12,35))),
link(13,'NP',r('NP',seg(10,35))),
link(14,'VP',r('VP',seg(9,35))),
link(15,'S',r('S',seg(1,36))), link(16,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(plural,xSheepTheWord,"sheep"),cycWord(xSheepTheWord),
cycTerm(tClazzSheep,ttDomesticatedAnimalType,tTypeOfBiologicalTaxon),
ac(singular,xSheepTheWord,"sheep"),
ac(plural,xSheepTheWord,sheep),
ac(singular,xSheepTheWord,sheep),
clex_word(noun,sheep,sheep,neutr+sg-count),
clex_word(noun,sheep,sheep,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Sheep',"sheep"),
ttholds(inflNounSingular,'TTWord_Sheep',"sheep"),
flexicon(nn,[agr=Agr10,gender=Gender11],sheep),
talk_db(sing_only,sheep)]),
w( and, [
pos(cc), root(and),loc(31),lnks(5),txt("and"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(12,35))),
link(2,'NP',r('NP',seg(10,35))),
link(3,'VP',r('VP',seg(9,35))),
link(4,'S',r('S',seg(1,36))), link(5,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And12)],and),
talk_db(conj,and)]),
w( that, [
pos(in), root(that),loc(32),lnks(6),txt("that"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(32,35))),
link(2,'SBAR',r('SBAR',seg(12,35))),
link(3,'NP',r('NP',seg(10,35))),
link(4,'VP',r('VP',seg(9,35))),
link(5,'S',r('S',seg(1,36))), link(6,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender13],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem14,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( likes, [
pos(vbz), root(like),loc(33),lnks(8),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(33,35))),
link(2,'S',r('S',seg(33,35))),
link(3,'SBAR',r('SBAR',seg(32,35))),
link(4,'SBAR',r('SBAR',seg(12,35))),
link(5,'NP',r('NP',seg(10,35))),
link(6,'VP',r('VP',seg(9,35))),
link(7,'S',r('S',seg(1,36))), link(8,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( a, [
pos(dt), root(a),loc(34),lnks(9),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(34,35))),
link(2,'VP',r('VP',seg(33,35))),
link(3,'S',r('S',seg(33,35))),
link(4,'SBAR',r('SBAR',seg(32,35))),
link(5,'SBAR',r('SBAR',seg(12,35))),
link(6,'NP',r('NP',seg(10,35))),
link(7,'VP',r('VP',seg(9,35))),
link(8,'S',r('S',seg(1,36))), link(9,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( pig, [
pos(nn), root(pig),loc(35),lnks(9),txt("pig"),
truecase('LOWER'),link(1,'NP',r('NP',seg(34,35))),
link(2,'VP',r('VP',seg(33,35))),
link(3,'S',r('S',seg(33,35))),
link(4,'SBAR',r('SBAR',seg(32,35))),
link(5,'SBAR',r('SBAR',seg(12,35))),
link(6,'NP',r('NP',seg(10,35))),
link(7,'VP',r('VP',seg(9,35))),
link(8,'S',r('S',seg(1,36))), link(9,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
ac(singular,xPigTheWord,"pig"),cycWord(xPigTheWord),
cycTerm(tClazzPig,tTypeOfBiologicalFamily,ttThing),
cycTerm(tClazzPigDomesticated,ttCATSLivestockType,ttLivestockType),
ac(singular,xPigTheWord,pig),
clex_word(verb,pig,pig,iv+infpl),
clex_word(noun,pig,pig,neutr+sg-count),
ttholds(inflNounSingular,'TTWord_Pig',"pig")]),
w( '.', [
pos('.'), root('.'),loc(36),lnks(2),txt("."),
link(1,'S',r('S',seg(1,36))), link(2,'CORENLP',r('CORENLP',seg(1,36))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[],man),[])),
cond( if-then,
decl( s( np(3+sg,np_head(Det3,det(the(sg)),[],man),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det6,det(a),[],dog),
[ conj( and,
rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det9,det(a),[],cat),[]))],
[])),
rel( Wh_S38,
s( np(3+sg,wh(Wh_S38),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det15,det(a),[],rat),[])),
cond( true-and,
decl( s( np(3+sg,np_head(Det18,det(the(sg)),[],man),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det21,det(a),[],cow),
[ conj( and,
rel( Wh_S28,
s( np(3+sg,wh(Wh_S28),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+_2758492,np_head(Det24,det(a),[],sheep),[]))],
[])),
rel( Wh_S34,
s( np(3+sg,wh(Wh_S34),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det30,det(a),[],pig),[]))],
[])))]))],
[])))],
[])))]))],
[])))],
[])). */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* i_sentence = assertion80( cond_pred( if-then,
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],BE_Man22_Is24-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
BE_Man22_Is24-Man22, '`'(ti(man,Man22)),'`'(true),
[],
BE_Man22_Is24-BE)]),
^( Like_Man,
( ti(man,Like_Man) ,
^( Generic_Like_Dog,
( ti(dog,Generic_Like_Dog) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
cond_pred( true-and,
pred(
quantS( identityQ(IdentityQ),
Generic_Like_Dog28-Generic_Like_Dog, true,true,
[],
Generic_Like_Dog28-Like),
identityQ([root]),
generic_pred(frame_51964,thing,like,Like,Generic),
[ quantS( identityQ(IdentityQ15),
Generic32-Rat, ti(rat,Rat),true,
[],
Generic32-Generic)]),
^( Like_Man4,
( ti(man,Like_Man4) ,
ti(cow,Generic_Like_Cow) ,
ti(sheep,Generic_Sheep) ,
generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
ti(pig,Generic_Pig) ,
generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
generic_pred(frame_51965,thing,like,Like_Man4,Generic_Like_Cow)))) ,
generic_pred(frame_51962,thing,like,Like_Man,Generic_Like_Dog))))))). */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* clausify80 = answer80([]) :-
=>( ^( BE_Man,
( ti(man,BE_Man) ,
Is^(((true,true),true),true,bE(is,Is,BE_Man),true,true))),
^( Like_Man2,
( ti(man,Like_Man2) ,
^( Generic_Like_Dog,
( ti(dog,Generic_Like_Dog) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
cond_pred( true-and,
pred(
quantS( identityQ(IdentityQ),
Generic_Like_Dog22-Generic_Like_Dog, true,true,
[],
Generic_Like_Dog22-Like),
identityQ([root]),
generic_pred(frame_51964,thing,like,Like,Generic),
[ quantS( identityQ(IdentityQ17),
Generic26-Rat, ti(rat,Rat),true,
[],
Generic26-Generic)]),
^( Like_Man6,
( ti(man,Like_Man6) ,
ti(cow,Generic_Like_Cow) ,
ti(sheep,Generic_Sheep) ,
generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
ti(pig,Generic_Pig) ,
generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
generic_pred(frame_51965,thing,like,Like_Man6,Generic_Like_Cow)))) ,
generic_pred(frame_51962,thing,like,Like_Man2,Generic_Like_Dog)))))). */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
%~ any_to_ace_str="If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .".
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* try_ace_drs = drs( [], [
=>(
drs([Man],[object(Man,man,countable,na,eq,1)-1/5]),
drs(
[ Dog, Cat,Like,Rat,
Like5,Like6,Cow,
Sheep,Like9,Pig,
Like11,Like12],
[ object(Dog,dog,countable,na,eq,1) -
1/11,
object(Cat,cat,countable,na,eq,1) -
1/15,
predicate(Like,like,Dog,Cat)-1/13,
object(Rat,rat,countable,na,eq,1) -
1/20,
predicate(Like5,like,Dog,Rat)-1/18,
predicate(Like6,like,Man,Dog)-1/9,
object(Cow,cow,countable,na,eq,1) -
1/26,
object(Sheep,sheep,countable,na,eq,1) -
1/30,
predicate(Like9,like,Cow,Sheep)-1/28,
object(Pig,pig,countable,na,eq,1) -
1/35,
predicate(Like11,like,Cow,Pig)-1/33,
predicate(Like12,like,Man,Cow)-1/24]))]). */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* simplify80 = answer80([]) :-
=>( BE_Man^(ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man)),
^( Like_Man3,
( ti(man,Like_Man3) ,
^( Generic_Like_Dog,
( ti(dog,Generic_Like_Dog) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
cond_pred( true-and,
pred(
quantS( identityQ(IdentityQ),
Generic_Like_Dog23-Generic_Like_Dog, true,true,
[],
Generic_Like_Dog23-Like),
identityQ([root]),
generic_pred(frame_51964,thing,like,Like,Generic),
[ quantS( identityQ(IdentityQ18),
Generic27-Rat, ti(rat,Rat),true,
[],
Generic27-Generic)]),
^( Like_Man7,
( ti(man,Like_Man7) ,
ti(cow,Generic_Like_Cow) ,
ti(sheep,Generic_Sheep) ,
generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
ti(pig,Generic_Pig) ,
generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
generic_pred(frame_51965,thing,like,Like_Man7,Generic_Like_Cow)))) ,
generic_pred(frame_51962,thing,like,Like_Man3,Generic_Like_Dog)))))). */
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* try_ace_fol = forall( Man,
=>(
object(Event_Object,Man,man,countable,na,eq,1),
exists( Exists_Dog,
exists( Exists_Cat,
exists( Exists_Like,
exists( Exists_Rat,
exists( Exists_Like6,
exists( Exists_Like7,
exists( Exists_Cow,
exists( Exists_Sheep,
exists( Exists_Like10,
exists( Exists_Pig,
exists( Exists_Like12,
exists( Like13,
( object(Event_Object,Exists_Dog,dog,countable,na,eq,1) &
object(Event_Object,Exists_Cat,cat,countable,na,eq,1) &
predicate(Event_Object,Exists_Like,like,Exists_Dog,Exists_Cat) &
object(Event_Object,Exists_Rat,rat,countable,na,eq,1) &
predicate(Event_Object,Exists_Like6,like,Exists_Dog,Exists_Rat) &
predicate(Event_Object,Exists_Like7,like,Man,Exists_Dog) &
object(Event_Object,Exists_Cow,cow,countable,na,eq,1) &
object(Event_Object,Exists_Sheep,sheep,countable,na,eq,1) &
predicate(Event_Object,Exists_Like10,like,Exists_Cow,Exists_Sheep) &
object(Event_Object,Exists_Pig,pig,countable,na,eq,1) &
predicate(Event_Object,Exists_Like12,like,Exists_Cow,Exists_Pig) &
predicate(Event_Object,Like13,like,Man,Exists_Cow)))))))))))))))). */
%~ missing( database80( =>( BE_Man^(ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man)),
%~ ^( Like_Man3,
%~ ( ti(man,Like_Man3) ,
%~ ^( Generic_Like_Dog,
%~ ( ti(dog,Generic_Like_Dog) ,
%~ ti(cat,Generic_Cat) ,
%~ generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
%~ cond_pred( true-and,
%~ pred(
%~ quantS( identityQ(IdentityQ),
%~ Generic_Like_Dog23-Generic_Like_Dog, true,true,
%~ [],
%~ Generic_Like_Dog23-Like),
%~ identityQ([root]),
%~ generic_pred(frame_51964,thing,like,Like,Generic),
%~ [ quantS( identityQ(IdentityQ18),
%~ Generic27-Rat, ti(rat,Rat),true,
%~ [],
%~ Generic27-Generic)]),
%~ ^( Like_Man7,
%~ ( ti(man,Like_Man7) ,
%~ ti(cow,Generic_Like_Cow) ,
%~ ti(sheep,Generic_Sheep) ,
%~ generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
%~ ti(pig,Generic_Pig) ,
%~ generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
%~ generic_pred(frame_51965,thing,like,Like_Man7,Generic_Like_Cow)))) ,
%~ generic_pred(frame_51962,thing,like,Like_Man3,Generic_Like_Dog)))))))).
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
%~ results80=[[false]].
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
%~ any_to_ace_str="If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .".
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
%~ try_ace_eng = [ 'If there is a man X1 then the man X1 likes a dog X2 and the dog X2 likes a cat and the dog X2 likes a rat and the man X1 likes a cow X3 and the cow X3 likes a sheep and the cow X3 likes a pig.'].
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* compile80 = ( ( database80( =>( BE_Man^(ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man)),
^( Like_Man3,
( ti(man,Like_Man3) ,
^( Generic_Like_Dog,
( ti(dog,Generic_Like_Dog) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
cond_pred( true-and,
pred(
quantS( identityQ(IdentityQ),
Generic_Like_Dog25-Generic_Like_Dog, true,true,
[],
Generic_Like_Dog25-Like),
identityQ([root]),
generic_pred(frame_51964,thing,like,Like,Generic),
[ quantS( identityQ(IdentityQ20),
Generic29-Rat, ti(rat,Rat),true,
[],
Generic29-Generic)]),
^( Like_Man7,
( ti(man,Like_Man7) ,
ti(cow,Generic_Like_Cow) ,
ti(sheep,Generic_Sheep) ,
generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
ti(pig,Generic_Pig) ,
generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
generic_pred(frame_51965,thing,like,Like_Man7,Generic_Like_Cow)))) ,
generic_pred(frame_51962,thing,like,Like_Man3,Generic_Like_Dog))))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing( database80( =>( BE_Man^(ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man)),
%~ ^( Like_Man3,
%~ ( ti(man,Like_Man3) ,
%~ ^( Generic_Like_Dog,
%~ ( ti(dog,Generic_Like_Dog) ,
%~ ti(cat,Generic_Cat) ,
%~ generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
%~ cond_pred( true-and,
%~ pred(
%~ quantS( identityQ(IdentityQ),
%~ Generic_Like_Dog23-Generic_Like_Dog, true,true,
%~ [],
%~ Generic_Like_Dog23-Like),
%~ identityQ([root]),
%~ generic_pred(frame_51964,thing,like,Like,Generic),
%~ [ quantS( identityQ(IdentityQ18),
%~ Generic27-Rat, ti(rat,Rat),true,
%~ [],
%~ Generic27-Generic)]),
%~ ^( Like_Man7,
%~ ( ti(man,Like_Man7) ,
%~ ti(cow,Generic_Like_Cow) ,
%~ ti(sheep,Generic_Sheep) ,
%~ generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
%~ ti(pig,Generic_Pig) ,
%~ generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
%~ generic_pred(frame_51965,thing,like,Like_Man7,Generic_Like_Cow)))) ,
%~ generic_pred(frame_51962,thing,like,Like_Man3,Generic_Like_Dog)))))))).
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
%~ capture80="false.".
mort_error(time_limit_exceeded)
%~ ?- c88("If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .").
/* e2c_80 = error( must_sanity : e( time_limit_exceeded,
parser_e2c : into_chat80_merged_segs( "If there is a man then the man likes a dog that likes a cat and that likes a rat and the man likes a cow that likes a sheep and that likes a pig .",
If_there_is_a_man_then_the_man_likes_a_dog_that_likes_a_cat_and_that_likes_a_rat_and_the_man_likes_a_cow_that_likes_a_sheep_and_that_likes_a_pig))). */
%~ c88 is runtime(1.933).
/* c88 = answer80([]) :-
=>( BE_Man^(ti(man,BE_Man),BE_Is^bE(is,BE_Is,BE_Man)),
^( Like_Man3,
( ti(man,Like_Man3) ,
^( Generic_Like_Dog,
( ti(dog,Generic_Like_Dog) ,
ti(cat,Generic_Cat) ,
generic_pred(frame_51963,thing,like,Generic_Like_Dog,Generic_Cat) ,
cond_pred( true-and,
pred(
quantS( identityQ(IdentityQ),
Generic_Like_Dog23-Generic_Like_Dog, true,true,
[],
Generic_Like_Dog23-Like),
identityQ([root]),
generic_pred(frame_51964,thing,like,Like,Generic),
[ quantS( identityQ(IdentityQ18),
Generic27-Rat, ti(rat,Rat),true,
[],
Generic27-Generic)]),
^( Like_Man7,
( ti(man,Like_Man7) ,
ti(cow,Generic_Like_Cow) ,
ti(sheep,Generic_Sheep) ,
generic_pred(frame_51966,thing,like,Generic_Like_Cow,Generic_Sheep) ,
ti(pig,Generic_Pig) ,
generic_pred(frame_51967,thing,like,Generic_Like_Cow,Generic_Pig) ,
generic_pred(frame_51965,thing,like,Like_Man7,Generic_Like_Cow)))) ,
generic_pred(frame_51962,thing,like,Like_Man3,Generic_Like_Dog)))))). */
%~ ?-c88("John likes at most 3 women .").
%~ list_undefined([]).
%~ ?- c88("John likes at most 3 women .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD','3']],
['NNS',women]]],
['.','.']]]. */
%~ ?- c88("John likes at most 3 women .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( likes, [
pos(vbz), root(like),loc(2),lnks(3),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( at, [
pos(in), root(at),loc(3),lnks(6),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(3,4))),
link(2,'QP',r('QP',seg(3,5))),
link(3,'NP',r('NP',seg(3,6))), link(4,'VP',r('VP',seg(2,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(rbs), root(most),loc(4),lnks(6),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(3,4))),
link(2,'QP',r('QP',seg(3,5))),
link(3,'NP',r('NP',seg(3,6))), link(4,'VP',r('VP',seg(2,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( '3', [
pos(cd), root('3'),loc(5),lnks(5),txt("3"),
ner('NUMBER'),normalizedNER('<3.0'),entitylink(3),
corefed,#(2),txt(["3"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(3,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflAdjectiveUnchecked,'TTWord-3',"3"),
ttholds(inflNounSingularUnchecked,'TTWord-3',"3"),
tr_number('3',3)]),
w( women, [
pos(nns), root(woman),loc(6),lnks(4),txt("women"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xWomanTheWord,"women"),cycWord(xWomanTheWord),
cycTerm(mobAdultFemaleHuman,ttHumanTypeByLifeStageType,ttKEClarifyingCollectionType),
ac(singular,xWomanTheWord,woman),
clex_word(noun,women,woman,human+pl-count),
ttholds(inflNounPlural,'TTWord_Woman',"women"),
ttholds(inflSentenceUnchecked,'TTWord_Women',"women"),
flexicon(nn,[agr=pl,gender=female],women),
talk_db(noun1,woman,women)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John likes at most 3 women .").
/* sentence80 = decl( s( np(3+sg,nameOf(John,john,[]),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(QuantV,quantV(notP([])+more,3),[],woman),[]))],
[])). */
%~ ?- c88("John likes at most 3 women .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_John10-John, '`'(bE(named,John,john)),'`'(true),
[],
Mg_John10-Mg),
identityQ([root]),
generic_pred(frame_51973,thing,mg(like),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(QuantV,quantV(notP([])+more,3),[],woman))),
'`'(true),
[],
Np_head-Generic)])). */
%~ ?- c88("John likes at most 3 women .").
/* clausify80 = answer80([]) :-
qualifiedBy( Generic_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,3),[],woman)) ,
bE(named,Mg_John,john) ,
generic_pred(frame_51973,thing,mg(like),Mg_John,Generic_QualifiedBy). */
%~ ?- c88("John likes at most 3 women .").
%~ any_to_ace_str="John likes at most 3 women .".
%~ ?- c88("John likes at most 3 women .").
/* try_ace_drs = drs( [Woman_Named,Like], [
[ predicate(Like,like,named('John'),Woman_Named) -
1/2,
object(Woman_Named,woman,countable,na,leq,3) -
1/6]]). */
%~ ?- c88("John likes at most 3 women .").
/* simplify80 = answer80([]) :-
qualifiedBy( Generic_John_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,3),[],woman)) ,
generic_pred(frame_51973,thing,like,john,Generic_John_QualifiedBy). */
%~ ?- c88("John likes at most 3 women .").
/* try_ace_fol = exists( Exists_Woman_Named,
exists( Like, [
predicate(Event_Predicate,Like,like,named('John'),Exists_Woman_Named),
object(Event_Predicate,Exists_Woman_Named,woman,countable,na,leq,3)])). */
%~ ?- c88("John likes at most 3 women .").
%~ results80=[[false]].
%~ ?- c88("John likes at most 3 women .").
%~ any_to_ace_str="John likes at most 3 women .".
%~ ?- c88("John likes at most 3 women .").
%~ try_ace_eng=['John likes at most 3 women.'].
%~ ?- c88("John likes at most 3 women .").
/* compile80 = ( ( ( database80( qualifiedBy( Generic_John_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,3),[],woman))) ,
database80(generic_pred(frame_51973,thing,like,john,Generic_John_QualifiedBy))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("John likes at most 3 women .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD','3']],
['NNS',women]]],
['.','.']]],
_636068).
%~ call_residue_vars = [ _14268, _14254,_14240,_14218,_14204,_14190,
%~ _14176,_14154].
%~ ?- c88("John likes at most 3 women .").
/* e2c_80 = asserted( exists( Patient_Exists_Woman,
exists( Doer_Exists_John,
exists( Exists_ActLiking,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActLiking,actLiking) &
doer(Exists_ActLiking,Doer_Exists_John) &
patient(Exists_ActLiking,Patient_Exists_Woman))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
quantity(Patient_Exists_Woman,=<,3) &
iza(Patient_Exists_Woman,'Woman') &
~numberOf(Patient_Exists_Woman,1) &
iza(Doer_Exists_John,'John'))))))). */
/* c88 = answer80([]) :-
qualifiedBy( Generic_John_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,3),[],woman)) ,
generic_pred(frame_51973,thing,like,john,Generic_John_QualifiedBy). */
%~ ?-c88("John likes less than 1 woman .").
%~ list_undefined([]).
%~ ?- c88("John likes less than 1 woman .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','1']],
['NN',woman]]],
['.','.']]]. */
%~ ?- c88("John likes less than 1 woman .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(3),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),corefed,
#(1),txt(["John"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( likes, [
pos(vbz), root(like),loc(2),lnks(3),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( less, [
pos(jjr), root(less),loc(3),lnks(5),txt("less"),
truecase('LOWER'),link(1,'QP',r('QP',seg(3,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(comparativeAdverb,xLittleTheWord,"less"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),"less"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,"less"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(determinerStrings,xLessTheWord,"less"),
cycWord(xLessTheWord),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less),
clex_word(adv,less,less,unknown),
ttholds(inflPreposition,'TTWord_Less',"less"),
ttholds(inflAdjectiveComparative,'TTWord_Little',"less"),
ttholds(inflAdverbComparative,'TTWord_Little',"less"),
talk_db(adj,less)]),
w( than, [
pos(in), root(than),loc(4),lnks(5),txt("than"),
truecase('LOWER'),link(1,'QP',r('QP',seg(3,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"than"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ttholds(inflConjunction,'TTWord_Than',"than"),
ttholds(inflPreposition,'TTWord_Than',"than"),
talk_db(conj,than)]),
w( '1', [
pos(cd), root('1'),loc(5),lnks(5),txt("1"),
ner('NUMBER'),normalizedNER('<1.0'),entitylink(1),
corefed,#(2),txt(["1"]),
type('PROPER'),numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(3,5))),
link(2,'NP',r('NP',seg(3,6))), link(3,'VP',r('VP',seg(2,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(street_numberOf,'1_CNN_Center_Atlanta_tt',"1"),
ttholds(street_numberOf,'1_Centre_Street_New_York_City_tt',"1"),
ttholds(street_numberOf,'1_International_Boulevard_Mahwah_tt',"1"),
ttholds(street_numberOf,'1_World_Trade_Center_tt',"1"),
ttholds(street_numberOf,'1_quai_du_Point_du_Jour_Boulogne_tt',"1"),
ttholds(street_numberOf,'1_rue_Descartes_Paris_tt',"1"),
ttholds(phone_prefixOf,country_CAN_tt,"1"),
ttholds(phone_prefixOf,country_USA_tt,"1"),
ttholds(street_numberOf,residence_des_sapins_tt,"1"),
ttholds(inflAdjectiveUnchecked,'TTWord-1',"1"),
ttholds(inflNounSingularUnchecked,'TTWord-1',"1"),
tr_number('1',1)]),
w( woman, [
pos(nn), root(woman),loc(6),lnks(4),txt("woman"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,6))),
link(2,'VP',r('VP',seg(2,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xWomanTheWord,"woman"),cycWord(xWomanTheWord),
cycTerm(mobAdultFemaleHuman,ttHumanTypeByLifeStageType,ttKEClarifyingCollectionType),
ac(singular,xWomanTheWord,woman),
clex_word(noun,woman,woman,fem+sg-count),
fsr( woman-n,
people,
[ [ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ origin-e, ajp,dep],
[ person-c, target,target]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ origin-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Woman',"woman"),
flexicon(nn,[agr=sg,gender=female],woman)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John likes less than 1 woman .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Generic,generic,[],john),
[ reduced_rel( Wh_S13,
s( np( 3+pl,
np_head(Generic2,generic,[],like),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,comp(more,adj(small),np(3+sg,nameOf(Num,num(1),[]),[])))],
[]))]),
verb(main+tv,woman,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S13),[]))],
[]))]),
verb(main+iv,exist,active,pres+fin,[],[]), [],[])). */
%~ ?- c88("John likes less than 1 woman .").
/* i_sentence = assertion80( pred(
quantS( voidQ,
thing&Thing11&Thing-John, '`'(bE(same,John,john)),'`'(true),
[ pred(
quantS( voidQ,
value&_1606790&_1606792-Like, '`'(bE(same,Like,like)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
value&_1685198&_1685200-Like, '`'(true),'`'(true),
[],
value&_1677660&_1677662-Exceeds), identityQ([root]),true,
[ '`'(true)&'`'(true)&'`'(exceeds(Exceeds22,Exceeds)),
quantS( identityQ(IdentityQ2),
value&_1694874&_1694876-Num_Num1, '`'(bE(named,Num_Num1,num(1))),'`'(true),
[],
value&_1656100&_1656102-Exceeds22)])],
value&_1597562&_1597564-Mg),
identityQ([root]),
generic_pred(frame_52028,thing,mg(woman),Mg,Generic),
[ quantS( identityQ(IdentityQ4),
thing&Thing11&Thing-John, '`'(true),'`'(true),
[],
thing&Thing11&Thing-Generic)])],
thing&Thing11&Thing-Exist_Intrans),
identityQ([]),
intrans_pred(thing,Thing,exist,Exist_Intrans),
[])). */
%~ ?- c88("John likes less than 1 woman .").
/* clausify80 = answer80([]) :-
^( Generic_Exist_John,
( bE(same,Generic_Exist_John,john) ,
generic_pred(frame_52028,thing,mg(woman),Exceeds_Like_Mg,Generic_Exist_John) ,
^( Exceeds_Like_Mg,
( bE(same,Exceeds_Like_Mg,like) ,
exceeds(Num_Num1_Exceeds,Exceeds_Like_Mg) ,
bE(named,Num_Num1_Exceeds,num(1)) ,
intrans_pred(thing,Thing,exist,Generic_Exist_John))))). */
%~ ?- c88("John likes less than 1 woman .").
%~ any_to_ace_str="John likes less than 1 woman .".
%~ ?- c88("John likes less than 1 woman .").
/* try_ace_drs = drs( [Woman_Named,Like], [
[ predicate(Like,like,named('John'),Woman_Named) -
1/2,
object(Woman_Named,woman,countable,na,less,1) -
1/6]]). */
%~ ?- c88("John likes less than 1 woman .").
/* simplify80 = answer80([]) :-
^( Generic_Exist_John,
( bE(same,Generic_Exist_John,john) ,
generic_pred(frame_52028,thing,woman,Num_Like_Woman,Generic_Exist_John) ,
^( Num_Like_Woman,
( bE(same,Num_Like_Woman,like) ,
exceeds(num(1),Num_Like_Woman) ,
intrans_pred(thing,Thing,exist,Generic_Exist_John))))). */
%~ ?- c88("John likes less than 1 woman .").
/* try_ace_fol = exists( Exists_Woman_Named,
exists( Like, [
predicate(Event_Predicate,Like,like,named('John'),Exists_Woman_Named),
object(Event_Predicate,Exists_Woman_Named,woman,countable,na,less,1)])). */
%~ ?- c88("John likes less than 1 woman .").
%~ results80=[[false]].
%~ ?- c88("John likes less than 1 woman .").
%~ any_to_ace_str="John likes less than 1 woman .".
%~ ?- c88("John likes less than 1 woman .").
%~ try_ace_eng=['John likes less than 1 woman.'].
%~ ?- c88("John likes less than 1 woman .").
/* compile80 = ( ( ( database80(bE(same,Generic_Exist_John,john)) ,
database80(generic_pred(frame_52028,thing,woman,Num_Like_Woman,Generic_Exist_John)) ,
database80(bE(same,Num_Like_Woman,like)) ,
database80(exceeds(num(1),Num_Like_Woman)) ,
database80(intrans_pred(thing,Thing,exist,Generic_Exist_John))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("John likes less than 1 woman .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','John']],
[ 'VP',
['VBZ',likes],
[ 'NP',
[ 'QP',
['JJR',less],
['IN',than],
['CD','1']],
['NN',woman]]],
['.','.']]],
_602696).
%~ call_residue_vars = [ _15784, _15770,_15756,_15734,_15720,_15706,
%~ _15692,_15670].
%~ ?- c88("John likes less than 1 woman .").
/* e2c_80 = asserted( exists( Patient_Exists_Woman,
exists( Doer_Exists_John,
exists( Exists_ActLiking,
exists( Exists_TimeFn_Finsg,
( holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActLiking,actLiking) &
doer(Exists_ActLiking,Doer_Exists_John) &
patient(Exists_ActLiking,Patient_Exists_Woman))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
quantity(Patient_Exists_Woman,<,1) &
iza(Patient_Exists_Woman,'Woman') &
iza(Doer_Exists_John,'John'))))))). */
/* c88 = answer80([]) :-
^( Generic_Exist_John,
( bE(same,Generic_Exist_John,john) ,
generic_pred(frame_52028,thing,woman,Num_Like_Woman,Generic_Exist_John) ,
^( Num_Like_Woman,
( bE(same,Num_Like_Woman,like) ,
exceeds(num(1),Num_Like_Woman) ,
intrans_pred(thing,Thing,exist,Generic_Exist_John))))). */
%~ ?-c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ list_undefined([]).
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'SBAR',
[ 'S',
[ 'NP',
['NNP','Mary'],
['CC',and],
['NNP','Mary']],
[ 'VP',
['VBZ',does],
['RB',not],
[ 'VP',
['VB',hate],
[ 'NP',
['DT',a],
['NN',dog]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',car]]],
['.','.']]]. */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,12))),
link(2,'S',r('S',seg(1,19))), link(3,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( a, [
pos(dt), root(a),loc(2),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,12))),
link(3,'SBAR',r('SBAR',seg(1,12))),
link(4,'S',r('S',seg(1,19))), link(5,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( man, [
pos(nn), root(man),loc(3),lnks(5),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,12))),
link(3,'SBAR',r('SBAR',seg(1,12))),
link(4,'S',r('S',seg(1,19))), link(5,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( likes, [
pos(vbz), root(like),loc(4),lnks(5),txt("likes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,12))),
link(2,'S',r('S',seg(2,12))),
link(3,'SBAR',r('SBAR',seg(1,12))),
link(4,'S',r('S',seg(1,19))), link(5,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(thirdPersonSgPresent,xLikeTheWord,"likes"),
cycWord(xLikeTheWord),
cycTerm(likesGeneric,rtTemporalExistencePredicate,rtLikesPredicate),
cycTerm(nartR(actExperiencingEmotionFn,vtLike),ttTemporalStuffType,ttSetOrCollection),
cycTerm('Liking-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xLikeTheWord,like),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,likes,like,tv+finsg),
clex_word(noun,likes,like,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Like',"likes"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Like',"likes"),
talk_db(noun1,like,likes),
talk_db(noun_or_verb,likes,liking,like),
talk_db(transitive,like,likes,liked,liking,liked),
talk_db(intransitive,like,likes,liked,liking,liked)]),
w( mary, [
pos(nnp), root('Mary'),loc(5),lnks(8),txt("Mary"),
ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Mary_(mother_of_Jesus)'),corefed,#(1),
txt(["Mary"]),type('PROPER'),
numb('SINGULAR'),gender('FEMALE'),
animacy('ANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(5,7))),link(2,'S',r('S',seg(5,12))),
link(3,'SBAR',r('SBAR',seg(5,12))),
link(4,'VP',r('VP',seg(4,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(1,12))),
link(7,'S',r('S',seg(1,19))), link(8,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
flexicon(np,[person=3,agr=sg,gender=fem,case=Case],mary),
talk_db(interj,mary)]),
w( and, [
pos(cc), root(and),loc(6),lnks(8),txt("and"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'S',r('S',seg(5,12))),
link(3,'SBAR',r('SBAR',seg(5,12))),
link(4,'VP',r('VP',seg(4,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(1,12))),
link(7,'S',r('S',seg(1,19))), link(8,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( mary, [
pos(nnp), root('Mary'),loc(7),lnks(8),txt("Mary"),
ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Mary_(mother_of_Jesus)'),corefed,#(2),
txt(["Mary"]),type('PROPER'),
numb('SINGULAR'),gender('FEMALE'),
animacy('ANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(5,7))),link(2,'S',r('S',seg(5,12))),
link(3,'SBAR',r('SBAR',seg(5,12))),
link(4,'VP',r('VP',seg(4,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(1,12))),
link(7,'S',r('S',seg(1,19))), link(8,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
flexicon(np,[person=3,agr=sg,gender=fem,case=Case2],mary),
talk_db(interj,mary)]),
w( does, [
pos(vbz), root(do),loc(8),lnks(8),txt("does"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(5,12))),
link(3,'SBAR',r('SBAR',seg(5,12))),
link(4,'VP',r('VP',seg(4,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(1,12))),
link(7,'S',r('S',seg(1,19))), link(8,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( not, [
pos(rb), root(not),loc(9),lnks(8),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(5,12))),
link(3,'SBAR',r('SBAR',seg(5,12))),
link(4,'VP',r('VP',seg(4,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(1,12))),
link(7,'S',r('S',seg(1,19))), link(8,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( hate, [
pos(vb), root(hate),loc(10),lnks(9),txt("hate"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(5,12))),
link(4,'SBAR',r('SBAR',seg(5,12))),
link(5,'VP',r('VP',seg(4,12))),
link(6,'S',r('S',seg(2,12))),
link(7,'SBAR',r('SBAR',seg(1,12))),
link(8,'S',r('S',seg(1,19))), link(9,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(infinitive,xHateTheWord,"hate"),cycWord(xHateTheWord),
cycTerm(hates,rtTemporalExistencePredicate,rtBinaryPredicate),
ac(infinitive,xHateTheWord,hate),
clex_word(verb,hate,hate,tv+infpl),
clex_word(noun,hate,hate,neutr+Neutr-mass),
fnpattern(hate,31020000,experiencer_subj,[experiencer:experiencer,theme:content]),
concept(fn,experiencer_subj),
fsr( hate-v,
experiencer_focus,
[ [ [ [ experiencer-c, np,ext],
[ content-c, np,obj]],
21],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ manner-p, pp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, pp,dep],
[ content-c, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, sinterrog,dep]],
7],
[ [ [ experiencer-c, np,ext],
[ content-c, sing,dep]],
3],
[ [ [ content-c, np,obj],
[ experiencer-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ manner-p, avp,dep],
[ experiencer-c, np,ext],
[ content-c, np,obj]],
1],
[ [ [ content-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ reason-e, pping,dep]],
7],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ degree-p, avp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, sfin,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ reason-e, pp,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ content-c, vpto,dep]],
5],
[ [ [ experiencer-c, np,ext],
[ content-c, vping,dep]],
5],
[ [ [ experiencer-c, np,ext],
[ content-c, sto,dep]],
2],
[ [ [ content-c, np,ext],
[ experiencer-c, cni,null]],
2],
[ [ [ content-c, np,ext],
[ experiencer-c, pp,dep]],
3],
[ [ [ content-c, np,obj],
[ content-c, np,obj],
[ experiencer-c, np,ext]],
2]]),
concept(fn,experiencer_focus),
ttholds(inflVerbUnchecked,'TTWord_Hate',"hate"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Hate',"hate"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Hate',"hate"),
verbnet_map_wn(hate,['hate%2:37:00'],'admire-31.2-1'),
concept(vn,'admire-31.2-1'),
listof(concept(wn),['hate%2:37:00']),
verbnet_to_framenet('admire-31.2-1',hate,'hate.01'),
concept(fn,'hate.01'),
verbnet_word(hate,'admire-31.2-1',"hate")]),
w( a, [
pos(dt), root(a),loc(11),lnks(10),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'VP',r('VP',seg(10,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(5,12))),
link(5,'SBAR',r('SBAR',seg(5,12))),
link(6,'VP',r('VP',seg(4,12))),
link(7,'S',r('S',seg(2,12))),
link(8,'SBAR',r('SBAR',seg(1,12))),
link(9,'S',r('S',seg(1,19))), link(10,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( dog, [
pos(nn), root(dog),loc(12),lnks(10),txt("dog"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'VP',r('VP',seg(10,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(5,12))),
link(5,'SBAR',r('SBAR',seg(5,12))),
link(6,'VP',r('VP',seg(4,12))),
link(7,'S',r('S',seg(2,12))),
link(8,'SBAR',r('SBAR',seg(1,12))),
link(9,'S',r('S',seg(1,19))), link(10,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(singular,xDogTheWord,"dog"),cycWord(xDogTheWord),
cycTerm(tClazzDog,ttDomesticatedAnimalType,ttKEClarifyingCollectionType),
cycTerm(tObjectHotDog,ttDefaultDisjointEdibleStuffType,ttSpatiallyDisjointObjectType),
ac(singular,xDogTheWord,dog),
clex_word(verb,dog,dog,tv+infpl),
clex_word(noun,dog,dog,neutr+sg-count), fsr(dog-v,cotheme,[]),concept(fn,cotheme),
ttholds(inflNounSingular,'TTWord_Dog',"dog")]),
w( then, [
pos(rb), root(then),loc(13),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'S',r('S',seg(1,19))), link(3,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( the, [
pos(dt), root(the),loc(14),lnks(3),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'S',r('S',seg(1,19))), link(3,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( man, [
pos(nn), root(man),loc(15),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(14,15))),
link(2,'S',r('S',seg(1,19))), link(3,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( owns, [
pos(vbz), root(own),loc(16),lnks(3),txt("owns"),
truecase('LOWER'),link(1,'VP',r('VP',seg(16,18))),
link(2,'S',r('S',seg(1,19))), link(3,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(thirdPersonSgPresent,xOwnTheWord,"owns"),
cycWord(xOwnTheWord),
cycTerm(owns,rtAsymmetricBinaryPredicate,rtCoexistingObjectsPredicate),
ac(infinitive,xOwnTheWord,own),
clex_word(verb,owns,own,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Own',"owns"),
talk_db(transitive,own,owns,owned,owning,owned)]),
w( a, [
pos(dt), root(a),loc(17),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(17,18))),
link(2,'VP',r('VP',seg(16,18))),
link(3,'S',r('S',seg(1,19))), link(4,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( car, [
pos(nn), root(car),loc(18),lnks(4),txt("car"),
truecase('LOWER'),link(1,'NP',r('NP',seg(17,18))),
link(2,'VP',r('VP',seg(16,18))),
link(3,'S',r('S',seg(1,19))), link(4,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
ac(singular,xCarTheWord,"car"),cycWord(xCarTheWord),
cycTerm(tObjectAutomobile,ttRoadVehicleTypeByUse,ttSpatiallyDisjointObjectType),
ac(singular,xCarTheWord,car),
clex_word(noun,car,car,neutr+sg-count),
fsr( car-n,
vehicle,
[ [ [ [ descriptor-p, a,dep],
[ vehicle-c, target,target]],
1],
[ [ [ vehicle-c, target,target]],
10],
[ [ [ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ vehicle-c, target,target]],
1],
[ [ [ descriptor-p, ajp,dep],
[ descriptor-p, n,dep],
[ vehicle-c, target,target]],
1],
[ [ [ descriptor-p, ajp,dep],
[ vehicle-c, target,target]],
8],
[ [ [ possessor-p, poss,gen],
[ descriptor-p, ajp,dep],
[ vehicle-c, target,target]],
2],
[ [ [ descriptor-p, n,dep],
[ vehicle-c, target,target]],
1],
[ [ [ possessor-p, poss,gen],
[ vehicle-c, target,target]],
19]]),
concept(fn,vehicle),
ttholds(inflNounSingular,'TTWord_Car',"car")]),
w( '.', [
pos('.'), root('.'),loc(19),lnks(2),txt("."),
link(1,'S',r('S',seg(1,19))), link(2,'CORENLP',r('CORENLP',seg(1,19))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],man),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,nameOf(Mary,mary,[]),[])),
cond( if-and,
decl( s( np(3+sg,nameOf(Mary5,mary,[]),[]),
verb(main+tv,hate,active,pres+fin,[],[aux(do,[pres+fin]),pres+fin,not]),
[ arg(dirO,np(3+sg,np_head(Det7,det(a),[],dog),[])),
cond( true-then,
decl( s( np(3+sg,np_head(Det10,det(the(sg)),[],man),[]),
verb(main+tv,own,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det13,det(a),[],car),[]))],
[])))],
[])))],
[])). */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* i_sentence = assertion80( cond_pred( if-and,
pred(
quantS( det(a),
Mg_Man913-Man9, '`'(ti(man,Man9)),'`'(true),
[],
Mg_Man913-Mg),
identityQ([root]),
generic_pred(frame_52049,thing,mg(like),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Generic_Mary15-Mary, '`'(bE(named,Mary,mary)),'`'(true),
[],
Generic_Mary15-Generic)]),
cond_pred80( true-then,
\+( ^( Generic_Mary_Dog,
ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
^( Own_Man,
( ti(man,Own_Man) ,
ti(car,Generic_Car) ,
generic_pred(frame_52051,thing,own,Own_Man,Generic_Car)))))). */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* clausify80 = answer80([]) :-
cond_pred80( if-and,
^( Mg_Man,
( ti(man,Mg_Man) ,
bE(named,Generic_Mary,mary) ,
generic_pred(frame_52049,thing,mg(like),Mg_Man,Generic_Mary))),
cond_pred80( true-then,
\+( ^( Generic_Mary_Dog,
ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
^( Own_Man5,
( ti(man,Own_Man5) ,
ti(car,Generic_Car) ,
generic_pred(frame_52051,thing,own,Own_Man5,Generic_Car))))). */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ any_to_ace_str="If a man likes Mary and Mary does not hate a dog then the man owns a car .".
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* try_ace_drs = drs( [], [
=>(
drs( [Named_Man,Like], [
object(Named_Man,man,countable,na,eq,1) -
1/3,
predicate(Like,like,Named_Man,named('Mary')) -
1/4,
-( drs( [Named_Dog,Hate], [
object(Named_Dog,dog,countable,na,eq,1) -
1/12,
predicate(Hate,hate,named('Mary'),Named_Dog) -
1/10]))]),
drs( [Car,Own], [
object(Car,car,countable,na,eq,1) -
1/18,
predicate(Own,own,Named_Man,Car)-1/16]))]). */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* simplify80 = answer80([]) :-
cond_pred80( if-and,
Like_Man^(ti(man,Like_Man),generic_pred(frame_52049,thing,like,Like_Man,mary)),
cond_pred80( true-then,
\+( ^( Generic_Mary_Dog,
ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
^( Own_Man4,
( ti(man,Own_Man4) ,
ti(car,Generic_Car) ,
generic_pred(frame_52051,thing,own,Own_Man4,Generic_Car))))). */
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* try_ace_fol = forall( Forall_Named_Man,
forall( Like,
=>(
( object(Event_Object,Forall_Named_Man,man,countable,na,eq,1) &
predicate(Event_Object,Like,like,Forall_Named_Man,named('Mary')) &
-( exists( Exists_Named_Dog,
exists( Hate,
( object(Event_Object,Exists_Named_Dog,dog,countable,na,eq,1) &
predicate(Event_Object,Hate,hate,named('Mary'),Exists_Named_Dog)))))),
exists( Exists_Car,
exists( Own,
( object(Event_Object,Exists_Car,car,countable,na,eq,1) &
predicate(Event_Object,Own,own,Forall_Named_Man,Exists_Car))))))). */
%~ missing( database80( cond_pred80( if-and,
%~ Like_Man^(ti(man,Like_Man),generic_pred(frame_52049,thing,like,Like_Man,mary)),
%~ cond_pred80( true-then,
%~ \+( ^( Generic_Mary_Dog,
%~ ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
%~ ^( Own_Man4,
%~ ( ti(man,Own_Man4) ,
%~ ti(car,Generic_Car) ,
%~ generic_pred(frame_52051,thing,own,Own_Man4,Generic_Car))))))).
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ results80=[[false]].
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ any_to_ace_str="If a man likes Mary and Mary does not hate a dog then the man owns a car .".
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ try_ace_eng=['If a man X1 likes Mary and it is false that Mary hates a dog then the man X1 owns a car.'].
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
/* compile80 = ( ( database80( cond_pred80( if-and,
Like_Man^(ti(man,Like_Man),generic_pred(frame_52049,thing,like,Like_Man,mary)),
cond_pred80( true-then,
\+( ^( Generic_Mary_Dog,
ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
^( Own_Man4,
( ti(man,Own_Man4) ,
ti(car,Generic_Car) ,
generic_pred(frame_52051,thing,own,Own_Man4,Generic_Car)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing( database80( cond_pred80( if-and,
%~ Like_Man^(ti(man,Like_Man),generic_pred(frame_52049,thing,like,Like_Man,mary)),
%~ cond_pred80( true-then,
%~ \+( ^( Generic_Mary_Dog,
%~ ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
%~ ^( Own_Man4,
%~ ( ti(man,Own_Man4) ,
%~ ti(car,Generic_Car) ,
%~ generic_pred(frame_52051,thing,own,Own_Man4,Generic_Car))))))).
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['DT',a],
['NN',man]],
[ 'VP',
['VBZ',likes],
[ 'SBAR',
[ 'S',
[ 'NP',
['NNP','Mary'],
['CC',and],
['NNP','Mary']],
[ 'VP',
['VBZ',does],
['RB',not],
[ 'VP',
['VB',hate],
[ 'NP',
['DT',a],
['NN',dog]]]]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['DT',the],
['NN',man]],
[ 'VP',
['VBZ',owns],
[ 'NP',
['DT',a],
['NN',car]]],
['.','.']]],
_6055740).
%~ call_residue_vars=[].
%~ ?- c88("If a man likes Mary and Mary does not hate a dog then the man owns a car .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
cond_pred80( if-and,
Like_Man^(ti(man,Like_Man),generic_pred(frame_52049,thing,like,Like_Man,mary)),
cond_pred80( true-then,
\+( ^( Generic_Mary_Dog,
ti(dog,Generic_Mary_Dog),generic_pred(frame_52050,thing,hate,mary,Generic_Mary_Dog))),
^( Own_Man4,
( ti(man,Own_Man4) ,
ti(car,Generic_Car) ,
generic_pred(frame_52051,thing,own,Own_Man4,Generic_Car))))). */
%~ ?-c88("John ' s father is Bill .").
%~ list_undefined([]).
%~ ?- c88("John ' s father is Bill .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NNP','John'],
['POS','\'s']],
['NN',father]],
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Bill']]],
['.','.']]]. */
%~ ?- c88("John ' s father is Bill .").
/* into_lexical_segs = [ w( john, [
pos(nnp), root('John'),loc(1),lnks(4),txt("John"),
ner('PERSON'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'NP',r('NP',seg(1,3))),
link(3,'S',r('S',seg(1,6))), link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(nameSpelling,iJohn_TheName_1,"john"),
cycWord(iJohn_TheName_1),
ac(nameSpelling,'John_TheName_1',"john"), cycWord('John_TheName_1'),ac(singular,xJohnTheWord,"john"),
cycWord(xJohnTheWord),
cycTerm(tPartTypeRestroom,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(nameSpelling,iJohn_TheName_1,john),
ac(nameSpelling,'John_TheName_1',john),
ac(singular,xJohnTheWord,john),
clex_word(noun,john,john,human+sg-count),
ttholds(inflNounSingular,'TTWord_John',"john"),
flexicon(np,[person=3,agr=sg,gender=masc,case=Case],john),
pn_dict_tiny(john,person)]),
w( '\'s', [
pos(pos), root('\'s'),loc(2),lnks(4),txt("'s"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,3))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(possessiveMarkerStrings,xApostropheSTheWord,"'s"),
cycWord(xApostropheSTheWord),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect])]),
w( father, [
pos(nn), root(father),loc(3),lnks(3),txt("father"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xFatherTheWord,"father"),
cycWord(xFatherTheWord),
cycTerm(father,rtFamilyRelationSlot,rtDirectBinaryPredicate),
cycTerm(tClazzPriest,mobPersonTypeByOccupation,tTypeOfClericTypeByPosition),
cycTerm(mobHumanFather,ttExistingObjectType,ttThing),
ac(singular,xFatherTheWord,father),
clex_word(verb,father,father,tv+infpl),
clex_word(noun,father,father,masc+sg-count),
fsr( father-n,
kinship,
[ [ [ [ ego-c, np,ext],
[ alter-c, target,target]],
1],
[ [ [ alter-c, target,target],
[ ego-c, dni,null]],
4],
[ [ [ alter-c, np,ext],
[ ego-c, poss,gen]],
4],
[ [ [ ego-c, poss,gen],
[ alter-c, target,target]],
25],
[ [ [ alter-c, np,ext],
[ ego-c, pp,dep]],
8],
[ [ [ alter-c, target,target],
[ ego-c, ini,null]],
2],
[ [ [ ego-c, poss,gen],
[ alter-c, np,ext]],
1],
[ [ [ ego-c, poss,gen],
[ alter-c, n,head]],
2],
[ [ [ alter-c, target,target],
[ ego-c, pp,dep]],
8]]),
concept(fn,kinship),
fsr( father-v,
birth,
[ [ [ [ child-c, np,ext],
[ father-c, pp,dep]],
1],
[ [ [ father-c, np,ext],
[ child-c, np,obj],
[ mother-c, pp,dep]],
1],
[ [ [ father-c, np,ext],
[ father-c, np,ext],
[ child-c, np,obj]],
1],
[ [ [ father-c, np,ext],
[ child-c, np,obj]],
4]]),
concept(fn,birth),
ttholds(inflNounSingularUnchecked,'TTWord_Father',"father")]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( bill, [
pos(nnp), root('Bill'),loc(5),lnks(4),txt("Bill"),
ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Bill_Gates'),corefed,#(2),
txt(["Bill"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('ANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xBillTheWord,"bill"),cycWord(xBillTheWord),
cycTerm(tPartTypeHatBill,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(tPartTypeBillBirds,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
cycTerm(tObjectBillCurrency,ttMoneyTenderType,ttSpatiallyDisjointObjectType),
cycTerm(iboBillPaymentRequest,ttSpatiallyDisjointObjectType,rtTextualMaterialTypeByFunction),
cycTerm(tAdvertisementPrint,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwBillProposedLaw,ttTemporalStuffType,tSet),
ac(singular,xBillTheWord,bill),
clex_word(verb,bill,bill,tv+infpl),
clex_word(verb,bill,bill,dv('')+infpl),
clex_word(noun,bill,bill,neutr+sg-count),
fsr( bill-n,
observable_bodyparts,
[ [ [ [ possessor-c, poss,gen],
[ body_part-c, target,target]],
6],
[ [ [ possessor-c, np,ext],
[ descriptor-p, ajp,dep],
[ body_part-c, target,target]],
5],
[ [ [ possessor-c, poss,gen],
[ descriptor-p, ajp,dep],
[ body_part-c, target,target]],
1],
[ [ [ possessor-c, np,ext],
[ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ body_part-c, target,target]],
2],
[ [ [ descriptor-p, ajp,dep],
[ body_part-c, target,target],
[ possessor-c, dni,null]],
1],
[ [ [ descriptor-p, ajp,dep],
[ descriptor-p, ajp,dep],
[ body_part-c, target,target],
[ possessor-c, pp,dep]],
1]]),
concept(fn,observable_bodyparts),
fsr(bill-v,commerce_collect,[]),
concept(fn,commerce_collect),
ttholds(inflNounSingular,'TTWord_Bill',"bill"),
ttholds(inflVerbUnchecked,'TTWord_Bill',"bill"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Bill',"bill"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Bill',"bill"),
pn_dict_tiny(bill,person),
verbnet_map_wn(bill,['bill%2:40:00'],'bill-54.5'),
concept(vn,'bill-54.5'),
listof(concept(wn),['bill%2:40:00']),
verbnet_map_wn(bill,['bill%2:32:00','bill%2:32:01'],'characterize-29.2'),
concept(vn,'characterize-29.2'),
listof(concept(wn),['bill%2:32:00','bill%2:32:01']),
verbnet_to_framenet('bill-54.5',bill,'bill.01'),
concept(fn,'bill.01'),
verbnet_to_framenet('characterize-29.2',bill,'bill.02'),
concept(fn,'bill.02'),
verbnet_word(bill,'bill-54.5',"bill"),
verbnet_word(bill,'characterize-29.2',"bill")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("John ' s father is Bill .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(the(sg)),[],father),
[ prep_phrase(PoSS,poSS,np(3+sg,nameOf(John,john,[]),[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,nameOf(Bill,bill,[]),[]))],
[])). */
%~ ?- c88("John ' s father is Bill .").
%~ i_sentence=failure.
%~ ?- c88("John ' s father is Bill .").
%~ clausify80=failure.
%~ ?- c88("John ' s father is Bill .").
%~ any_to_ace_str="John ' s father is Bill .".
%~ ?- c88("John ' s father is Bill .").
/* try_ace_drs = drs( [Named_Father_Of,Be], [
relation(Named_Father_Of,of,named('John')) -
1/2,
object(Named_Father_Of,father,countable,na,eq,1) -
1/4,
predicate(Be,be,Named_Father_Of,named('Bill')) -
1/5]). */
%~ ?- c88("John ' s father is Bill .").
%~ simplify80=failure.
%~ ?- c88("John ' s father is Bill .").
/* try_ace_fol = exists( Named_Father_Of,
exists( Be,
( relation(Event_Relation,Named_Father_Of,of,named('John')) &
object(Event_Relation,Named_Father_Of,father,countable,na,eq,1) &
predicate(Event_Relation,Be,be,Named_Father_Of,named('Bill'))))). */
%~ ?- c88("John ' s father is Bill .").
%~ results80=failure.
%~ ?- c88("John ' s father is Bill .").
%~ any_to_ace_str="John ' s father is Bill .".
%~ ?- c88("John ' s father is Bill .").
%~ try_ace_eng=['A father of John is Bill.'].
%~ ?- c88("John ' s father is Bill .").
%~ compile80=failure.
%~ ?- c88("John ' s father is Bill .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['NNP','John'],
['POS','\'s']],
['NN',father]],
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Bill']]],
['.','.']]],
_1738204).
%~ call_residue_vars=[].
%~ ?- c88("John ' s father is Bill .").
%~ e2c_80=failure.
/* c88 = exists( Named_Father_Of,
exists( Be,
( relation(Event_Relation,Named_Father_Of,of,named('John')) &
object(Event_Relation,Named_Father_Of,father,countable,na,eq,1) &
predicate(Event_Relation,Be,be,Named_Father_Of,named('Bill'))))). */
%~ ?-c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ list_undefined([]).
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'NP',
[ 'NP',
['DT','No'],
['NN',room]],
[ 'SBAR',
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',contains],
[ 'NP',
['NN','E']]]]],
['CC',and],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',contains],
[ 'NP',
['NN','F']]]]]]],
[ 'VP',
['VBZ',contains],
[ 'NP',
[ 'NP',
['DT',a],
['NN',sculpture]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
['NN','E']]]]]]]],
['CC',and],
[ 'S',
[ 'NP',
['DT',that]],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
['NNP','F.']]]]]]. */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(5),txt("No"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,9))),link(3,'S',r('S',seg(1,16))),
link(4,'S',r('S',seg(1,21))), link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( room, [
pos(nn), root(room),loc(2),lnks(5),txt("room"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,9))),link(3,'S',r('S',seg(1,16))),
link(4,'S',r('S',seg(1,21))), link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(massNumber,xRoomTheWord,"room"),cycWord(xRoomTheWord),
cycTerm(vtVolume,ttDerivedMeasurableQuantityType,vCommonCoreStateStandardsFifthGradeMathCurriculumConcept),
ac(singular,xRoomTheWord,"room"),
cycTerm(tPartTypeRoomInAConstruction,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(hasRooms,rtPhysicalPartPredicate,rtAsymmetricBinaryPredicate),
ac(massNumber,xRoomTheWord,room),
ac(singular,xRoomTheWord,room),
clex_word(verb,room,room,iv+infpl),
clex_word(verb,room,room,tv+infpl),
clex_word(noun,room,room,neutr+Neutr-mass),
fsr(room-n,building_subparts,[[[],173]]),
concept(fn,building_subparts),
fsr( room-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
3],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
1]]),
concept(fn,residence),
fsr( room-v,
temporary_stay,
[ [ [ [ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, pp,dep],
[ location-c, pp,dep],
[ duration-c, ini,null]],
1],
[ [ [ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, pp,dep],
[ duration-c, np,dep],
[ location-c, ini,null]],
1],
[ [ [ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, pp,dep],
[ explanation-e, sub,dep],
[ location-c, dni,null],
[ duration-c, ini,null]],
1],
[ [ [ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, avp,dep],
[ containing_event-e, pp,dep],
[ location-c, ini,null],
[ duration-c, ini,null]],
1],
[ [ [ time-p, avp,dep],
[ co-guest-e, np,ext],
[ guest-c, np,ext],
[ co-guest-e, avp,dep],
[ location-c, pp,dep],
[ duration-c, ini,null]],
1]]),
concept(fn,temporary_stay),
ttholds(inflNounSingular,'TTWord_Room',"room"), talk_db(adj,room),verbnet_map_wn(room,[],'lodge-46'),
concept(vn,'lodge-46'),
verbnet_word(room,'lodge-46',"room")]),
w( that, [
pos(wdt), root(that),loc(3),lnks(7),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,5))),
link(3,'SBAR',r('SBAR',seg(3,9))), link(4,'NP',r('NP',seg(1,9))),link(5,'S',r('S',seg(1,16))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( contains, [
pos(vbz), root(contain),loc(4),lnks(8),txt("contains"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,5))),
link(2,'S',r('S',seg(4,5))),
link(3,'SBAR',r('SBAR',seg(3,5))),
link(4,'SBAR',r('SBAR',seg(3,9))), link(5,'NP',r('NP',seg(1,9))),link(6,'S',r('S',seg(1,16))),
link(7,'S',r('S',seg(1,21))), link(8,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xContainTheWord,"contains"),
cycWord(xContainTheWord),
cycTerm(eventContainingSomething,ttTemporalStuffType,ttThing),
cycTerm('Containing-Configuration',tCol,ttThing),
cycTerm(eventIncorporationPhysical,ttDurativeEventType,ttThing),
ac(infinitive,xContainTheWord,contain),
clex_word(verb,contains,contain,tv+finsg),
talk_db(transitive,contain,contains,contained,containing,contained),
talk_db(intransitive,contain,contains,contained,containing,contained)]),
w( e, [
pos(nn), root(e),loc(5),lnks(9),txt("E"),
truecase('UPPER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(4,5))),
link(4,'SBAR',r('SBAR',seg(3,5))),
link(5,'SBAR',r('SBAR',seg(3,9))), link(6,'NP',r('NP',seg(1,9))),link(7,'S',r('S',seg(1,16))),
link(8,'S',r('S',seg(1,21))), link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflAdjective,'TTWord_E',"E"),
ttholds(inflNounSingular,'TTWord_E',"E")]),
w( and, [
pos(cc), root(and),loc(6),lnks(5),txt("and"),
truecase('LOWER'),link(1,'SBAR',r('SBAR',seg(3,9))),
link(2,'NP',r('NP',seg(1,9))),link(3,'S',r('S',seg(1,16))),
link(4,'S',r('S',seg(1,21))), link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And)],and),
talk_db(conj,and)]),
w( that, [
pos(wdt), root(that),loc(7),lnks(7),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'SBAR',r('SBAR',seg(7,9))),
link(3,'SBAR',r('SBAR',seg(3,9))), link(4,'NP',r('NP',seg(1,9))),link(5,'S',r('S',seg(1,16))),
link(6,'S',r('S',seg(1,21))), link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender4],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem5,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( contains, [
pos(vbz), root(contain),loc(8),lnks(8),txt("contains"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,9))),
link(2,'S',r('S',seg(8,9))),
link(3,'SBAR',r('SBAR',seg(7,9))),
link(4,'SBAR',r('SBAR',seg(3,9))), link(5,'NP',r('NP',seg(1,9))),link(6,'S',r('S',seg(1,16))),
link(7,'S',r('S',seg(1,21))), link(8,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xContainTheWord,"contains"),
cycWord(xContainTheWord),
cycTerm(eventContainingSomething,ttTemporalStuffType,ttThing),
cycTerm('Containing-Configuration',tCol,ttThing),
cycTerm(eventIncorporationPhysical,ttDurativeEventType,ttThing),
ac(infinitive,xContainTheWord,contain),
clex_word(verb,contains,contain,tv+finsg),
talk_db(transitive,contain,contains,contained,containing,contained),
talk_db(intransitive,contain,contains,contained,containing,contained)]),
w( f, [
pos(nn), root(f),loc(9),lnks(9),txt("F"),
truecase('UPPER'),link(1,'NP',r('NP',seg(9,9))),
link(2,'VP',r('VP',seg(8,9))),link(3,'S',r('S',seg(8,9))),
link(4,'SBAR',r('SBAR',seg(7,9))),
link(5,'SBAR',r('SBAR',seg(3,9))), link(6,'NP',r('NP',seg(1,9))),link(7,'S',r('S',seg(1,16))),
link(8,'S',r('S',seg(1,21))), link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(singular,xBureauTheWord,bureau),cycWord(xBureauTheWord),
ac(massNumber,xMomentumTheWord,momentum),
cycWord(xMomentumTheWord),
ac(singular,xPlateauTheWord,plateau),
cycWord(xPlateauTheWord),
ttholds(inflAdjective,'TTWord_F',"F"),
ttholds(inflNounSingular,'TTWord_F',"F")]),
w( contains, [
pos(vbz), root(contain),loc(10),lnks(4),
txt("contains"),truecase('LOWER'),
link(1,'VP',r('VP',seg(10,16))), link(2,'S',r('S',seg(1,16))),link(3,'S',r('S',seg(1,21))),
link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xContainTheWord,"contains"),
cycWord(xContainTheWord),
cycTerm(eventContainingSomething,ttTemporalStuffType,ttThing),
cycTerm('Containing-Configuration',tCol,ttThing),
cycTerm(eventIncorporationPhysical,ttDurativeEventType,ttThing),
ac(infinitive,xContainTheWord,contain),
clex_word(verb,contains,contain,tv+finsg),
talk_db(transitive,contain,contains,contained,containing,contained),
talk_db(intransitive,contain,contains,contained,containing,contained)]),
w( a, [
pos(dt), root(a),loc(11),lnks(6),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,12))),
link(2,'NP',r('NP',seg(11,16))),
link(3,'VP',r('VP',seg(10,16))), link(4,'S',r('S',seg(1,16))),link(5,'S',r('S',seg(1,21))),
link(6,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( sculpture, [
pos(nn), root(sculpture),loc(12),lnks(6),
txt("sculpture"),truecase('LOWER'),
link(1,'NP',r('NP',seg(11,12))),
link(2,'NP',r('NP',seg(11,16))),
link(3,'VP',r('VP',seg(10,16))), link(4,'S',r('S',seg(1,16))),link(5,'S',r('S',seg(1,21))),
link(6,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(massNumber,xSculptureTheWord,"sculpture"),
cycWord(xSculptureTheWord),
ac(singular,xSculptTheWord,"sculpture"),
cycWord(xSculptTheWord),
cycTerm(tObjectSculpture,ttTemporalStuffType,ttExistingObjectType),
ac(singular,xSculptureTheWord,"sculpture"),
ac(massNumber,xSculptureTheWord,sculpture),
ac(singular,xSculptTheWord,sculpture),
ac(singular,xSculptureTheWord,sculpture),
clex_word(verb,sculpture,sculpture,tv+infpl),
clex_word(noun,sculpture,sculpture,neutr+Neutr6-mass),
fsr(sculpture-n,physical_artworks,[]),
concept(fn,physical_artworks),
ttholds(inflNounSingular,'TTWord_Sculpture',"sculpture"),
verbnet_map_wn(sculpture,[],'build-26.1'),
concept(vn,'build-26.1'),
verbnet_word(sculpture,'build-26.1',"sculpture")]),
w( that, [
pos(wdt), root(that),loc(13),lnks(7),txt("that"),
truecase('LOWER'),link(1,'NP',r('NP',seg(13,13))),
link(2,'SBAR',r('SBAR',seg(13,16))),
link(3,'NP',r('NP',seg(11,16))),
link(4,'VP',r('VP',seg(10,16))), link(5,'S',r('S',seg(1,16))),link(6,'S',r('S',seg(1,21))),
link(7,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender7],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem8,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( is, [
pos(vbz), root(be),loc(14),lnks(8),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(14,16))),
link(2,'S',r('S',seg(14,16))),
link(3,'SBAR',r('SBAR',seg(13,16))),
link(4,'NP',r('NP',seg(11,16))),
link(5,'VP',r('VP',seg(10,16))), link(6,'S',r('S',seg(1,16))),link(7,'S',r('S',seg(1,21))),
link(8,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( not, [
pos(rb), root(not),loc(15),lnks(8),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(14,16))),
link(2,'S',r('S',seg(14,16))),
link(3,'SBAR',r('SBAR',seg(13,16))),
link(4,'NP',r('NP',seg(11,16))),
link(5,'VP',r('VP',seg(10,16))), link(6,'S',r('S',seg(1,16))),link(7,'S',r('S',seg(1,21))),
link(8,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( e, [
pos(nn), root(e),loc(16),lnks(9),txt("E"),
truecase('UPPER'),link(1,'NP',r('NP',seg(16,16))),
link(2,'VP',r('VP',seg(14,16))),
link(3,'S',r('S',seg(14,16))),
link(4,'SBAR',r('SBAR',seg(13,16))),
link(5,'NP',r('NP',seg(11,16))),
link(6,'VP',r('VP',seg(10,16))), link(7,'S',r('S',seg(1,16))),link(8,'S',r('S',seg(1,21))),
link(9,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflAdjective,'TTWord_E',"E"),
ttholds(inflNounSingular,'TTWord_E',"E")]),
w( and, [
pos(cc), root(and),loc(17),lnks(2),txt("and"),
truecase('LOWER'),link(1,'S',r('S',seg(1,21))),
link(2,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflConjunction,'TTWord_And',"and"),
flexicon(politeness,[sem=conj_intro],and),
flexicon(conj,[sem=conj(and,Conj_And9)],and),
talk_db(conj,and)]),
w( that, [
pos(dt), root(that),loc(18),lnks(4),txt("that"),
truecase('LOWER'),corefed,#(3),
txt(["that"]),type('PRONOMINAL'),
numb('UNKNOWN'),gender('NEUTRAL'),
animacy('UNKNOWN'),repm(@(false)),
link(1,'NP',r('NP',seg(18,18))), link(2,'S',r('S',seg(18,21))),link(3,'S',r('S',seg(1,21))),
link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(determinerStrings,xThatTheWord,"that"),
cycWord(xThatTheWord),
ac(pronounStrings,xThatTheWord,"that"),
ac(regularAdverb,xThatTheWord,"that"), fsr(that-adv,degree,[]),concept(fn,degree),
ttholds(inflAdverb,'TTWord_That',"that"),
ttholds(inflDeterminerSingular,'TTWord_That',"that"),
ttholds(inflPronounSingular,'TTWord_That',"that"),
ttholds(inflConjunction,'TTWord_That',"that"),
flexicon(comp,[sem=embedded_dcl_comp],that),
flexicon( det,
[ sem=that, agr=sg,wh=n,det_type=def,preagr=n,
can_be_np=y],
that),
flexicon(wh,[gender=Gender10],that),
type_wrd_sem(relative_pronoun,that,[sem=Sem11,varg=subj+nonsubj]),
talk_db(pronoun,that)]),
w( is, [
pos(vbz), root(be),loc(19),lnks(4),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(19,21))),
link(2,'S',r('S',seg(18,21))),link(3,'S',r('S',seg(1,21))),
link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( not, [
pos(rb), root(not),loc(20),lnks(4),txt("not"),
truecase('LOWER'),link(1,'VP',r('VP',seg(19,21))),
link(2,'S',r('S',seg(18,21))),link(3,'S',r('S',seg(1,21))),
link(4,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ac(regularAdverb,xNotTheWord,"not"),cycWord(xNotTheWord),
ttholds(inflAdverb,'TTWord_Not',"not"),
ttholds(inflNounSingular,'TTWord_Not',"not"),
talk_db(adj,not)]),
w( 'f.', [
pos(nnp), root('F.'),loc(21),lnks(5),txt("F."),
truecase('LOWER'),corefed,#(4),
txt(["F","."]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(21,21))),
link(2,'VP',r('VP',seg(19,21))), link(3,'S',r('S',seg(18,21))),link(4,'S',r('S',seg(1,21))),
link(5,'CORENLP',r('CORENLP',seg(1,21))),lex_winfo,
ttholds(inflNounSingularUnchecked,'TTWord_F',"F.")])]. */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(no),[],room),
[ conj( and,
rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,contain,active,pres+fin,[],[root]),
[ arg( dirO,
np(3+sg,np_head(Generic,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing),[]))],
[])),
rel( Wh_S11,
s( np(3+sg,wh(Wh_S11),[]),
verb(main+tv,contain,active,pres+fin,[],[root]),
[ arg( dirO,
np(3+sg,np_head(Generic8,generic,[adj(ace_var(self,'F')),adj(ti(thing,self))],thing),[]))],
[])))]),
verb(main+tv,contain,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det13,det(a),[],sculpture),
[ conj( and,
rel( Wh_S19,
s( np(3+sg,wh(Wh_S19),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root |
negP([])]),
[ arg( dirO,
np(3+sg,np_head(Generic16,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing),[]))],
[])),
rel( Wh_S24,
s( np(3+sg,wh(Wh_S24),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root |
negP([])]),
[ arg( dirO,
np(3+sg,np_head(Generic21,generic,[adj(ace_var(self,'F.')),adj(ti(thing,self))],thing),[]))],
[])))]))],
[])). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Contain&Contain23-_9629072,
'`'(qualifiedBy(_9623550,Contain&Contain23,np_head(Det,det(no),[],room))),
( conj( and,
( pred(
quantS( identityQ(IdentityQ1),
Contain&Contain23-_9661660, '`'(true),'`'(true),
[],
Contain&Contain23-_9656416),
identityQ([root]),
trans_pred(Contain,contain,_9643562,Trans),
[ quantS( identityQ(IdentityQ3),
Contain&Contain26-_9700278,
`( qualifiedBy( QualifiedByP3V,
Contain&Contain26,
np_head(Generic,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing))),
'`'(true),
[],
Contain&Contain26-Trans)]) &
'`'(true)),
[],
( pred(
quantS( identityQ(IdentityQ4),
Contain&Contain23-_9728752, '`'(true),'`'(true),
[],
Contain&Contain23-_9723508),
identityQ([root]),
trans_pred(Contain,contain,_9623746,Trans5),
[ quantS( identityQ(IdentityQ6),
Contain&Contain26-_9767482,
`( qualifiedBy( QualifiedByP3V,
Contain&Contain26,
np_head(Generic,generic,[adj(ace_var(self,'F')),adj(ti(thing,self))],thing))),
'`'(true),
[],
Contain&Contain26-Trans5)]) &
'`'(true)),
[]) &
'`'(true)),
[],
Contain&Contain23-Trans19),
identityQ([root]),
trans_pred(Contain,contain,Trans19,Trans7),
[ quantS( identityQ(IdentityQ8),
Contain&Contain24-_9827766,
'`'(qualifiedBy(_9822296,Contain&Contain24,np_head(Det20,det(a),[],sculpture))),
( conj( and,
( pred(
quantS( identityQ(IdentityQ9),
Contain&Contain24-_9857864, '`'(true),'`'(true),
[],
Contain&Contain24-_9852620),
notP([aux(be,[pres+fin]),root]),
bE(is,_9839792,BE),
[ quantS( identityQ(IdentityQ11),
Contain&Contain24-_9883222,
`( qualifiedBy( QualifiedByP3V,
Contain&Contain24,
np_head(Generic,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing))),
'`'(true),
[],
Contain&Contain24-BE)]) &
'`'(true)),
[],
( pred(
quantS( identityQ(IdentityQ12),
Contain&Contain24-_9911692, '`'(true),'`'(true),
[],
Contain&Contain24-_9906448),
notP([aux(be,[pres+fin]),root]),
bE(is,_9822466,BE13),
[ quantS( identityQ(IdentityQ14),
Contain&Contain24-_9937052,
`( qualifiedBy( QualifiedByP3V,
Contain&Contain24,
np_head(Generic,generic,[adj(ace_var(self,'F.')),adj(ti(thing,self))],thing))),
'`'(true),
[],
Contain&Contain24-BE13)]) &
'`'(true)),
[]) &
'`'(true)),
[],
Contain&Contain24-Trans7)])). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* clausify80 = answer80([]) :-
qualifiedBy(Is,Contain&_10075738,np_head(Det,det(a),[],sculpture)) ,
\+( ( qualifiedBy( BE,
Contain&Contain15,
np_head(Generic,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing)) ,
bE(is,Is,BE))) ,
\+( ( qualifiedBy( BE12,
Contain&Contain15,
np_head(Generic4,generic,[adj(ace_var(self,'F.')),adj(ti(thing,self))],thing)) ,
bE(is,Is,BE12))) ,
qualifiedBy(Trans,Contain&_10075960,np_head(Det5,det(no),[],room)) ,
qualifiedBy( Trans13,
Contain&Contain15,
np_head(Generic7,generic,[adj(ace_var(self,'E')),adj(ti(thing,self))],thing)) ,
trans_pred(Contain,contain,Trans,Trans13) ,
qualifiedBy( Trans14,
Contain&Contain15,
np_head(Generic10,generic,[adj(ace_var(self,'F')),adj(ti(thing,self))],thing)) ,
trans_pred(Contain,contain,Trans,Trans14) ,
trans_pred(Contain,contain,Trans,Is). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ any_to_ace_str="No room that contains E and that contains F contains a sculpture that is not E and that is not F .".
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* try_ace_drs = drs( [], [
=>(
drs(
[ Room, Something,Contain,
Something3,Contain4],
[ object(Room,room,countable,na,eq,1) -
1/2,
object(Something,something,dom,na,na,na) -
1/5,
predicate(Contain,contain,Room,Something)-1/4,
object(Something3,something,dom,na,na,na) -
1/9,
predicate(Contain4,contain,Room,Something3)-1/8]),
drs( [], [
-( drs( [Sculpture,Contain8], [
object(Sculpture,sculpture,countable,na,eq,1) -
1/12,
-( drs([Be],[predicate(Be,be,Sculpture,Something)-1/14])),
-( drs([Be7],[predicate(Be7,be,Sculpture,Something3)-1/19])),
predicate(Contain8,contain,Room,Sculpture)-1/10]))]))]). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* simplify80 = answer80([]) :-
ti(sculpture,Is_Sculpture) ,
\+( ( ace_var(BE_Thing_E,'E') ,
ti(thing,BE_Thing_E) ,
bE(is,Is_Sculpture,BE_Thing_E))) ,
\+( ( ace_var(BE_Thing_F,'F.') ,
ti(thing,BE_Thing_F) ,
bE(is,Is_Sculpture,BE_Thing_F))) ,
qualifiedBy(Trans,Contain&_279274,np_head(Det,det(no),[],room)) ,
ace_var(Thing_E8,'E') ,
ti(thing,Thing_E8) ,
trans_pred(Contain,contain,Trans,Thing_E8) ,
ace_var(Thing_F12,'F') ,
ti(thing,Thing_F12) ,
trans_pred(Contain,contain,Trans,Thing_F12) ,
trans_pred(Contain,contain,Trans,Is_Sculpture). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* try_ace_fol = forall( Forall_Room,
forall( Forall_Something,
forall( Forall_Contain,
forall( Forall_Something4,
forall( Contain5,
=>(
( object(Event_Object,Forall_Room,room,countable,na,eq,1) &
object(Event_Object,Forall_Something,something,dom,na,na,na) &
predicate(Event_Object,Forall_Contain,contain,Forall_Room,Forall_Something) &
object(Event_Object,Forall_Something4,something,dom,na,na,na) &
predicate(Event_Object,Contain5,contain,Forall_Room,Forall_Something4)),
-( exists( Exists_Sculpture,
exists( Contain11,
( object(Event_Object,Exists_Sculpture,sculpture,countable,na,eq,1) &
-( exists( Predicate_Be,
predicate(Event_Object,Predicate_Be,be,Exists_Sculpture,Forall_Something))) &
-( exists( Predicate_Be9,
predicate(Event_Object,Predicate_Be9,be,Exists_Sculpture,Forall_Something4))) &
predicate(Event_Object,Contain11,contain,Forall_Room,Exists_Sculpture))))))))))). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ results80=[[false]].
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ any_to_ace_str="No room that contains E and that contains F contains a sculpture that is not E and that is not F .".
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ try_ace_eng = [ 'If a room X1 contains something X2 and the room X1 contains something X3 then it is false that the room X1 contains a sculpture X4 and that it is false that the sculpture X4 is X2 and that it is false that the sculpture X4 is X3.'].
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
/* compile80 = ( ( ( database80(ti(sculpture,Is_Sculpture)) ,
\+( ( database80(ace_var(BE_Thing_E,'E')) ,
database80(ti(thing,BE_Thing_E)) ,
database80(bE(is,Is_Sculpture,BE_Thing_E)))) ,
\+( ( database80(ace_var(BE_Thing_F,'F.')) ,
database80(ti(thing,BE_Thing_F)) ,
database80(bE(is,Is_Sculpture,BE_Thing_F)))) ,
database80(qualifiedBy(Trans,Contain&_113682,np_head(Det,det(no),[],room))) ,
database80(ace_var(Thing_E8,'E')) ,
database80(ti(thing,Thing_E8)) ,
database80(trans_pred(Contain,contain,Trans,Thing_E8)) ,
database80(ace_var(Thing_F12,'F')) ,
database80(ti(thing,Thing_F12)) ,
database80(trans_pred(Contain,contain,Trans,Thing_F12)) ,
database80(trans_pred(Contain,contain,Trans,Is_Sculpture))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'NP',
[ 'NP',
['DT','No'],
['NN',room]],
[ 'SBAR',
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',contains],
[ 'NP',
['NN','E']]]]],
['CC',and],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',contains],
[ 'NP',
['NN','F']]]]]]],
[ 'VP',
['VBZ',contains],
[ 'NP',
[ 'NP',
['DT',a],
['NN',sculpture]],
[ 'SBAR',
[ 'NP',
['WDT',that]],
[ 'S',
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
['NN','E']]]]]]]],
['CC',and],
[ 'S',
[ 'NP',
['DT',that]],
[ 'VP',
['VBZ',is],
['RB',not],
[ 'NP',
['NNP','F.']]]]]],
_7660868).
%~ call_residue_vars=[_37676,_33336].
%~ ?- c88("No room that contains E and that contains F contains a sculpture that is not E and that is not F .").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(sculpture,Is_Sculpture) ,
\+( ( ace_var(BE_Thing_E,'E') ,
ti(thing,BE_Thing_E) ,
bE(is,Is_Sculpture,BE_Thing_E))) ,
\+( ( ace_var(BE_Thing_F,'F.') ,
ti(thing,BE_Thing_F) ,
bE(is,Is_Sculpture,BE_Thing_F))) ,
qualifiedBy(Trans,Contain&_117946,np_head(Det,det(no),[],room)) ,
ace_var(Thing_E8,'E') ,
ti(thing,Thing_E8) ,
trans_pred(Contain,contain,Trans,Thing_E8) ,
ace_var(Thing_F12,'F') ,
ti(thing,Thing_F12) ,
trans_pred(Contain,contain,Trans,Thing_F12) ,
trans_pred(Contain,contain,Trans,Is_Sculpture). */
%~ ?-c88("If something X is a father of something Y then X is a parent of Y .").
%~ list_undefined([]).
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['NN',something],
['NN','X']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',father]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NML',
['DT',a],
['HYPH',-],
['NN',thing]],
['NN','Y']]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['NN','X']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',parent]],
[ 'PP',
['IN',of],
[ 'NP',
['NNP','Y.']]]]]]]. */
%~ compat_spp(prepositionStrings,rb).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
/* into_lexical_segs = [ w( if, [
pos(in), root(if),loc(1),lnks(3),txt("If"),
truecase('INIT_UPPER'),link(1,'SBAR',r('SBAR',seg(1,11))),
link(2,'S',r('S',seg(1,18))), link(3,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ttholds(inflConjunction,'TTWord_If',"if"),
ttholds(inflNounSingular,'TTWord_If',"if"),
flexicon(comp,[sem=embedded_q],if),
type_wrd_wrd_sem6(sc,if,if,[time],s+vp,[]),
talk_db(conj,if)]),
w( something, [
pos(nn), root(something),loc(2),lnks(5),
txt("something"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(2,11))),
link(3,'SBAR',r('SBAR',seg(1,11))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(determinerStrings,xSomeTheWord,some), cycWord(xSomeTheWord),ac(regularAdverb,xSomeTheWord,some),
ttholds(inflExpletiveUnchecked,'TTWord_Something',"something"),
ttholds(inflAdverb,'TTWord_Something',"something"),
ttholds(inflPronounSingular,'TTWord_Something',"something"),
ttholds(inflNounSingular,'TTWord_Something',"something"),
pronoun_to_var(something,'Something'),
upcase(text(a),'Something'), quantifier_pron_lex(something,some,thing),text(base,some),
type_wrd_sem( not_personal_quantified_pronoun,
something,
[ person=3, agr=sg,isa=something])]),
w( x, [
pos(nn), root(x),loc(3),lnks(5),txt("X"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,11))),
link(3,'SBAR',r('SBAR',seg(1,11))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ttholds(inflAdjective,'TTWord_X',"x"),
ttholds(inflNounSingular,'TTWord_X',"x")]),
w( is, [
pos(vbz), root(be),loc(4),lnks(5),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(2,11))),
link(3,'SBAR',r('SBAR',seg(1,11))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(5),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(2,11))),
link(5,'SBAR',r('SBAR',seg(1,11))),
link(6,'S',r('S',seg(1,18))), link(7,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( father, [
pos(nn), root(father),loc(6),lnks(7),txt("father"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(2,11))),
link(5,'SBAR',r('SBAR',seg(1,11))),
link(6,'S',r('S',seg(1,18))), link(7,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(singular,xFatherTheWord,"father"),
cycWord(xFatherTheWord),
cycTerm(father,rtFamilyRelationSlot,rtDirectBinaryPredicate),
cycTerm(tClazzPriest,mobPersonTypeByOccupation,tTypeOfClericTypeByPosition),
cycTerm(mobHumanFather,ttExistingObjectType,ttThing),
ac(singular,xFatherTheWord,father),
clex_word(verb,father,father,tv+infpl),
clex_word(noun,father,father,masc+sg-count),
fsr( father-n,
kinship,
[ [ [ [ ego-c, np,ext],
[ alter-c, target,target]],
1],
[ [ [ alter-c, target,target],
[ ego-c, dni,null]],
4],
[ [ [ alter-c, np,ext],
[ ego-c, poss,gen]],
4],
[ [ [ ego-c, poss,gen],
[ alter-c, target,target]],
25],
[ [ [ alter-c, np,ext],
[ ego-c, pp,dep]],
8],
[ [ [ alter-c, target,target],
[ ego-c, ini,null]],
2],
[ [ [ ego-c, poss,gen],
[ alter-c, np,ext]],
1],
[ [ [ ego-c, poss,gen],
[ alter-c, n,head]],
2],
[ [ [ alter-c, target,target],
[ ego-c, pp,dep]],
8]]),
concept(fn,kinship),
fsr( father-v,
birth,
[ [ [ [ child-c, np,ext],
[ father-c, pp,dep]],
1],
[ [ [ father-c, np,ext],
[ child-c, np,obj],
[ mother-c, pp,dep]],
1],
[ [ [ father-c, np,ext],
[ father-c, np,ext],
[ child-c, np,obj]],
1],
[ [ [ father-c, np,ext],
[ child-c, np,obj]],
4]]),
concept(fn,birth),
ttholds(inflNounSingularUnchecked,'TTWord_Father',"father")]),
w( of, [
pos(in), root(of),loc(7),lnks(7),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(2,11))),
link(5,'SBAR',r('SBAR',seg(1,11))),
link(6,'S',r('S',seg(1,18))), link(7,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( a, [
pos(dt), root(a),loc(8),lnks(9),txt("a"),
truecase('LOWER'),link(1,'NML',r('NML',seg(8,10))),
link(2,'NP',r('NP',seg(8,11))),
link(3,'PP',r('PP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(2,11))),
link(7,'SBAR',r('SBAR',seg(1,11))),
link(8,'S',r('S',seg(1,18))), link(9,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( -, [
pos(hyph), root(-),loc(9),lnks(9),txt("-"),
link(1,'NML',r('NML',seg(8,10))),
link(2,'NP',r('NP',seg(8,11))),
link(3,'PP',r('PP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(2,11))),
link(7,'SBAR',r('SBAR',seg(1,11))),
link(8,'S',r('S',seg(1,18))), link(9,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo]),
w( thing, [
pos(nn), root(thing),loc(10),lnks(9),txt("thing"),
truecase('LOWER'),link(1,'NML',r('NML',seg(8,10))),
link(2,'NP',r('NP',seg(8,11))),
link(3,'PP',r('PP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(2,11))),
link(7,'SBAR',r('SBAR',seg(1,11))),
link(8,'S',r('S',seg(1,18))), link(9,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(singular,xThingTheWord,"thing"),cycWord(xThingTheWord),
cycTerm(tThing,iUI_BasicsFundamentalTopic,vCollectionClosedUnderSpecialization),
ac(singular,xThingTheWord,thing),
clex_word(noun,thing,thing,neutr+sg-count),
fsr(thing-n,physical_entity,[]),
concept(fn,physical_entity),
ttholds(inflNounSingular,'TTWord_Thing',"thing")]),
w( y, [
pos(nn), root(y),loc(11),lnks(8),txt("Y"),
truecase('UPPER'),link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(2,11))),
link(6,'SBAR',r('SBAR',seg(1,11))),
link(7,'S',r('S',seg(1,18))), link(8,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ttholds(inflAdjective,'TTWord_Y',"Y"),
ttholds(inflNounSingular,'TTWord_Y',"Y")]),
w( then, [
pos(rb), root(then),loc(12),lnks(3),txt("then"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(12,12))),
link(2,'S',r('S',seg(1,18))), link(3,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(prepositionStrings,xThanTheWord,"then"),
cycWord(xThanTheWord),
cycTerm(nartR(cycHypothesizedPrepositionSenseFn,xThanTheWord,xtPreposition),cycDerivedPrepositionSense,tPred),
ac(regularAdverb,xThenTheWord,"then"), cycWord(xThenTheWord),fsr(then-a,time_vector,[]),
concept(fn,time_vector),
fsr(then-adv,temporal_collocation,[]),
concept(fn,temporal_collocation),
ttholds(inflAdverbUnchecked,'TTWord_Then',"then"),
talk_db(conj,then)]),
w( x, [
pos(nn), root(x),loc(13),lnks(3),txt("X"),
truecase('LOWER'),link(1,'NP',r('NP',seg(13,13))),
link(2,'S',r('S',seg(1,18))), link(3,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ttholds(inflAdjective,'TTWord_X',"x"),
ttholds(inflNounSingular,'TTWord_X',"x")]),
w( is, [
pos(vbz), root(be),loc(14),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(14,18))),
link(2,'S',r('S',seg(1,18))), link(3,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(15),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(15,16))),
link(2,'NP',r('NP',seg(15,18))),
link(3,'VP',r('VP',seg(14,18))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( parent, [
pos(nn), root(parent),loc(16),lnks(5),txt("parent"),
truecase('LOWER'),link(1,'NP',r('NP',seg(15,16))),
link(2,'NP',r('NP',seg(15,18))),
link(3,'VP',r('VP',seg(14,18))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(singular,xParentTheWord,"parent"),
cycWord(xParentTheWord),
cycTerm(parentActors,rtActorSlot,rtRelationalNounSlot),
cycTerm(tParent,tCol,ttThing),
cycTerm(biologicalOffspring,rtFamilyRelationSlot,rtAsymmetricBinaryPredicate),
ac(singular,xParentTheWord,parent),
clex_word(noun,parent,parent,human+sg-count),
fsr( parent-n,
kinship,
[ [ [ [ ego-c, poss,gen],
[ alter-c, target,target]],
31],
[ [ [ alter-c, target,target],
[ ego-c, ini,null]],
5],
[ [ [ alter-c, n,head],
[ ego-c, dni,null]],
1],
[ [ [ ego-c, np,ext],
[ ego-c, np,ext],
[ alter-c, target,target]],
1],
[ [ [ alter-c, target,target],
[ ego-c, pp,dep]],
15]]),
concept(fn,kinship),
ttholds(inflNounSingularUnchecked,'TTWord_Parent',"parent")]),
w( of, [
pos(in), root(of),loc(17),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(17,18))),
link(2,'NP',r('NP',seg(15,18))),
link(3,'VP',r('VP',seg(14,18))),
link(4,'S',r('S',seg(1,18))), link(5,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( 'y.', [
pos(nnp), root('Y.'),loc(18),lnks(6),txt("Y."),
truecase('UPPER'),corefed,#(5),
txt(["Y","."]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(18,18))),
link(2,'PP',r('PP',seg(17,18))),
link(3,'NP',r('NP',seg(15,18))),
link(4,'VP',r('VP',seg(14,18))),
link(5,'S',r('S',seg(1,18))), link(6,'CORENLP',r('CORENLP',seg(1,18))),lex_winfo])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.943).
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ i_sentence=failure.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ clausify80=failure.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ any_to_ace_str="If something X is a father of something Y then X is a parent of Y .".
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
/* try_ace_drs = drs( [], [
=>(
drs( [Something,Of_Father,Relation_Something2,Be], [
object(Something,something,dom,na,na,na) -
1/3,
object(Of_Father,father,countable,na,eq,1) -
1/7,
object(Relation_Something2,something,dom,na,na,na) -
1/10,
relation(Of_Father,of,Relation_Something2)-1/8,
predicate(Be,be,Something,Of_Father)-1/5]),
drs( [Of_Parent,Be7], [
object(Of_Parent,parent,countable,na,eq,1) -
1/16,
relation(Of_Parent,of,Relation_Something2)-1/17,
predicate(Be7,be,Something,Of_Parent)-1/14]))]). */
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ simplify80=failure.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
/* try_ace_fol = forall( Forall_Something,
forall( Forall_Of_Father,
forall( Relation_Forall_Something3,
forall( Be,
=>(
( object(Event_Object,Forall_Something,something,dom,na,na,na) &
object(Event_Object,Forall_Of_Father,father,countable,na,eq,1) &
object(Event_Object,Relation_Forall_Something3,something,dom,na,na,na) &
relation(Event_Object,Forall_Of_Father,of,Relation_Forall_Something3) &
predicate(Event_Object,Be,be,Forall_Something,Forall_Of_Father)),
exists( Exists_Of_Parent,
exists( Be8,
( object(Event_Object,Exists_Of_Parent,parent,countable,na,eq,1) &
relation(Event_Object,Exists_Of_Parent,of,Relation_Forall_Something3) &
predicate(Event_Object,Be8,be,Forall_Something,Exists_Of_Parent))))))))). */
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ results80=failure.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ any_to_ace_str="If something X is a father of something Y then X is a parent of Y .".
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ try_ace_eng=['If something X1 is a father of something X2 then X1 is a parent of X2.'].
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ compile80=failure.
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'SBAR',
['IN','If'],
[ 'S',
[ 'NP',
['NN',something],
['NN','X']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',father]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NML',
['DT',a],
['HYPH',-],
['NN',thing]],
['NN','Y']]]]]]],
[ 'ADVP',
['RB',then]],
[ 'NP',
['NN','X']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',parent]],
[ 'PP',
['IN',of],
[ 'NP',
['NNP','Y.']]]]]]],
_8485380).
%~ compat_spp(prepositionStrings,rb).%~ compat_spp(prepositionStrings,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[].
%~ ?- c88("If something X is a father of something Y then X is a parent of Y .").
%~ e2c_80=failure.
%~ c88 is runtime(2.815).
/* c88 = forall( Forall_Something,
forall( Forall_Of_Father,
forall( Relation_Forall_Something3,
forall( Be,
=>(
( object(Event_Object,Forall_Something,something,dom,na,na,na) &
object(Event_Object,Forall_Of_Father,father,countable,na,eq,1) &
object(Event_Object,Relation_Forall_Something3,something,dom,na,na,na) &
relation(Event_Object,Forall_Of_Father,of,Relation_Forall_Something3) &
predicate(Event_Object,Be,be,Forall_Something,Forall_Of_Father)),
exists( Exists_Of_Parent,
exists( Be8,
( object(Event_Object,Exists_Of_Parent,parent,countable,na,eq,1) &
relation(Event_Object,Exists_Of_Parent,of,Relation_Forall_Something3) &
predicate(Event_Object,Be8,be,Forall_Something,Exists_Of_Parent))))))))). */
%~ ?-c88("An Italian became the world's greatest tenor.").
%~ list_undefined([]).
%~ ?- c88("An Italian became the world's greatest tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['JJ','Italian']],
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]],
['.','.']]]. */
%~ ?- c88("An Italian became the world's greatest tenor.").
/* into_lexical_segs = [ w( an, [
pos(dt), root(a),loc(1),lnks(3),txt("An"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( became, [
pos(vbd), root(become),loc(3),lnks(3),txt("became"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xBecomeTheWord,"became"),
cycWord(xBecomeTheWord),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(eventCreationEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
ac(perfect,xBecomeTheWord,"became"),
ac(infinitive,xBecomeTheWord,become),
ttholds(inflVerbPast,'TTWord_Become',"became"),
talk_db(intransitive,become,becomes,became,becoming,become),
talk_db(transitive,become,becomes,became,becoming,become)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( world, [
pos(nn), root(world),loc(5),lnks(5),txt("world"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xWorldTheWord,"world"),cycWord(xWorldTheWord),
ac(singular,xWorldTheWord,world),
clex_word(noun,world,world,neutr+sg-count),
fsr(world-n,political_locales,[]),
concept(fn,political_locales),
ttholds(inflNounSingular,'TTWord_World',"world")]),
w( '\'s', [
pos(pos), root('\'s'),loc(6),lnks(5),txt("'s"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(possessiveMarkerStrings,xApostropheSTheWord,"'s"),
cycWord(xApostropheSTheWord),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect])]),
w( greatest, [
pos(jjs), root(greatest),loc(7),lnks(4),
txt("greatest"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,8))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(superlativeDegree,xGreatTheWord,"greatest"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,greatest,great,superlative),
ttholds(inflAdjectiveSuperlative,'TTWord_Great',"greatest"), sup_adj_lex(greatest,great),text(base,great),
talk_db(superl,great,greatest)]),
w( tenor, [
pos(nn), root(tenor),loc(8),lnks(4),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(4,8))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("An Italian became the world's greatest tenor.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],italian),[]),
verb(main+tv,become,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[sup(most,adj(great))],tenor),
[ prep_phrase(PoSS,poSS,np(3+sg,np_head(Det4,det(the(sg)),[],world),[]))]))],
[])). */
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ i_sentence=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ clausify80=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ any_to_ace_str="An Italian in the past becoming the world ' s greatest tenor .".
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ simplify80=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ results80=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ any_to_ace_str="An Italian became the world's greatest tenor.".
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ compile80=failure.
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['JJ','Italian']],
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]],
['.','.']]],
_2722244).
%~ call_residue_vars=[].
%~ ?- c88("An Italian became the world's greatest tenor.").
%~ e2c_80=failure.
%~ c88=(?-c88("An Italian became the world's greatest tenor.")).
%~ ?-c88("Was there an Italian who became the world's greatest tenor?").
%~ list_undefined([]).
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]]. */
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
/* into_lexical_segs = [ w( was, [
pos(vbd), root(be),loc(1),lnks(2),txt("Was"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,12))),
link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(firstPersonSgPast,xBeTheWord,"was"),cycWord(xBeTheWord),
ac(thirdPersonSgPast,xBeTheWord,"was"),
ac(infinitive,xBeTheWord,be),
ttholds(inflVerbFirstPersonSingularPast,'TTWord_Be',"was"),
ttholds(inflVerbThirdPersonSingularPast,'TTWord_Be',"was"),
flexicon(bv,[person=1,agr=sg,verb_form=tensed],was),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],was),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( an, [
pos(dt), root(a),loc(3),lnks(4),txt("an"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( italian, [
pos(jj), root(italian),loc(4),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_4057468,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( became, [
pos(vbd), root(become),loc(6),lnks(6),txt("became"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pastTenseUniversal,xBecomeTheWord,"became"),
cycWord(xBecomeTheWord),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(eventCreationEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
ac(perfect,xBecomeTheWord,"became"),
ac(infinitive,xBecomeTheWord,become),
ttholds(inflVerbPast,'TTWord_Become',"became"),
talk_db(intransitive,become,becomes,became,becoming,become),
talk_db(transitive,become,becomes,became,becoming,become)]),
w( the, [
pos(dt), root(the),loc(7),lnks(8),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( world, [
pos(nn), root(world),loc(8),lnks(8),txt("world"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xWorldTheWord,"world"),cycWord(xWorldTheWord),
ac(singular,xWorldTheWord,world),
clex_word(noun,world,world,neutr+sg-count),
fsr(world-n,political_locales,[]),
concept(fn,political_locales),
ttholds(inflNounSingular,'TTWord_World',"world")]),
w( '\'s', [
pos(pos), root('\'s'),loc(9),lnks(8),txt("'s"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(possessiveMarkerStrings,xApostropheSTheWord,"'s"),
cycWord(xApostropheSTheWord),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect])]),
w( greatest, [
pos(jjs), root(greatest),loc(10),lnks(7),
txt("greatest"),truecase('LOWER'),
link(1,'NP',r('NP',seg(7,11))),
link(2,'VP',r('VP',seg(6,11))),
link(3,'S',r('S',seg(6,11))),
link(4,'SBAR',r('SBAR',seg(5,11))),
link(5,'NP',r('NP',seg(3,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(superlativeDegree,xGreatTheWord,"greatest"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,greatest,great,superlative),
ttholds(inflAdjectiveSuperlative,'TTWord_Great',"greatest"), sup_adj_lex(greatest,great),text(base,great),
talk_db(superl,great,greatest)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(7),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(7,11))),
link(2,'VP',r('VP',seg(6,11))),
link(3,'S',r('S',seg(6,11))),
link(4,'SBAR',r('SBAR',seg(5,11))),
link(5,'NP',r('NP',seg(3,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( ?, [
pos('.'), root(?),loc(12),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[past+fin]),aux(be,[past+fin]),active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],italian),
[ rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,become,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[sup(most,adj(great))],tenor),
[ prep_phrase(PoSS,poSS,np(3+sg,np_head(Det4,det(the(sg)),[],world),[]))]))],
[]))]))],
[])). */
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ i_sentence=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ clausify80=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ any_to_ace_str="in the past there an Italian who in the past becoming the world ' s greatest tenor ?".
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ try_ace_drs=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ simplify80=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ try_ace_fol=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ results80=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ any_to_ace_str="Was there an Italian who became the world's greatest tenor? .".
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ try_ace_eng=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ compile80=failure.
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]],
_3869274).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]],
_3859430).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]],
_3859434).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]],
_3859434).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Was'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]],
['.',?]]],
_3859434).
%~ call_residue_vars=[].
%~ ?- c88("Was there an Italian who became the world's greatest tenor?").
%~ e2c_80=failure.
%~ c88 is runtime(1.072).
%~ c88=(?-c88("Was there an Italian who became the world's greatest tenor?")).
%~ ?-c88("There was an Italian who became the world's greatest tenor.").
%~ list_undefined([]).
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]]. */
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( was, [
pos(vbd), root(be),loc(2),lnks(3),txt("was"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(firstPersonSgPast,xBeTheWord,"was"),cycWord(xBeTheWord),
ac(thirdPersonSgPast,xBeTheWord,"was"),
ac(infinitive,xBeTheWord,be),
ttholds(inflVerbFirstPersonSingularPast,'TTWord_Be',"was"),
ttholds(inflVerbThirdPersonSingularPast,'TTWord_Be',"was"),
flexicon(bv,[person=1,agr=sg,verb_form=tensed],was),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],was),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( an, [
pos(dt), root(a),loc(3),lnks(5),txt("an"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( italian, [
pos(jj), root(italian),loc(4),lnks(5),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'VP',r('VP',seg(2,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3892898,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( became, [
pos(vbd), root(become),loc(6),lnks(7),txt("became"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'VP',r('VP',seg(2,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pastTenseUniversal,xBecomeTheWord,"became"),
cycWord(xBecomeTheWord),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(eventCreationEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
ac(perfect,xBecomeTheWord,"became"),
ac(infinitive,xBecomeTheWord,become),
ttholds(inflVerbPast,'TTWord_Become',"became"),
talk_db(intransitive,become,becomes,became,becoming,become),
talk_db(transitive,become,becomes,became,becoming,become)]),
w( the, [
pos(dt), root(the),loc(7),lnks(9),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'VP',r('VP',seg(2,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( world, [
pos(nn), root(world),loc(8),lnks(9),txt("world"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'VP',r('VP',seg(2,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xWorldTheWord,"world"),cycWord(xWorldTheWord),
ac(singular,xWorldTheWord,world),
clex_word(noun,world,world,neutr+sg-count),
fsr(world-n,political_locales,[]),
concept(fn,political_locales),
ttholds(inflNounSingular,'TTWord_World',"world")]),
w( '\'s', [
pos(pos), root('\'s'),loc(9),lnks(9),txt("'s"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'NP',r('NP',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'VP',r('VP',seg(2,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(possessiveMarkerStrings,xApostropheSTheWord,"'s"),
cycWord(xApostropheSTheWord),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect])]),
w( greatest, [
pos(jjs), root(greatest),loc(10),lnks(8),
txt("greatest"),truecase('LOWER'),
link(1,'NP',r('NP',seg(7,11))),
link(2,'VP',r('VP',seg(6,11))),
link(3,'S',r('S',seg(6,11))),
link(4,'SBAR',r('SBAR',seg(5,11))),
link(5,'NP',r('NP',seg(3,11))),
link(6,'VP',r('VP',seg(2,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(superlativeDegree,xGreatTheWord,"greatest"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,greatest,great,superlative),
ttholds(inflAdjectiveSuperlative,'TTWord_Great',"greatest"), sup_adj_lex(greatest,great),text(base,great),
talk_db(superl,great,greatest)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(8),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(7,11))),
link(2,'VP',r('VP',seg(6,11))),
link(3,'S',r('S',seg(6,11))),
link(4,'SBAR',r('SBAR',seg(5,11))),
link(5,'NP',r('NP',seg(3,11))),
link(6,'VP',r('VP',seg(2,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[past+fin]), aux(be,[past+fin]),active,past+fin,
[],
[ aux(be,[past+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],italian),
[ rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(main+tv,become,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[sup(most,adj(great))],tenor),
[ prep_phrase(PoSS,poSS,np(3+sg,np_head(Det4,det(the(sg)),[],world),[]))]))],
[]))]))],
[])). */
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ i_sentence=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ clausify80=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ any_to_ace_str="There in the past an Italian who in the past becoming the world ' s greatest tenor .".
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ simplify80=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ results80=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ any_to_ace_str="There was an Italian who became the world's greatest tenor.".
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ compile80=failure.
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]],
_3660484).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]],
_3636406).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]],
_3636406).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]],
_3636406).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VBD',was],
[ 'NP',
[ 'NP',
['DT',an],
['JJ','Italian']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBD',became],
[ 'NP',
[ 'NP',
['DT',the],
['NN',world],
['POS','\'s']],
['JJS',greatest],
['NN',tenor]]]]]]],
['.','.']]],
_3636406).
%~ call_residue_vars=[].
%~ ?- c88("There was an Italian who became the world's greatest tenor.").
%~ e2c_80=failure.
%~ c88 is runtime(1.129).
%~ c88=(?-c88("There was an Italian who became the world's greatest tenor.")).
%~ ?-c88("Every Italian man wants to be a great tenor.").
%~ list_undefined([]).
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Italian'],
['NN',man]],
[ 'VP',
['VBZ',wants],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]],
['.','.']]]. */
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( man, [
pos(nn), root(man),loc(3),lnks(3),txt("man"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xManTheWord,"man"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(verb,man,man,tv+infpl),
clex_word(noun,man,man,masc+sg-count),
fsr( man-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ origin-e, pp,dep],
[ age-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ age-e, ajp,dep],
[ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
5],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ age-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, target,target]],
5],
[ [ [ person-c, np,appositive],
[ origin-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ person-c, np,ext],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ person-c, np,appositive]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ ethnicity-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep],
[ descriptor-e, vping,dep]],
1],
[ [ [ person-c, np,ext],
[ age-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]),
concept(fn,people),
ttholds(inflNounSingular,'TTWord_Man',"man"),
flexicon(nn,[agr=sg,gender=male],man)]),
w( wants, [
pos(vbz), root(want),loc(4),lnks(3),txt("wants"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xWantTheWord,"wants"),
cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,wants,want,tv+finsg),
clex_word(noun,wants,want,neutr+pl-count), fsr(wants-n,desiring,[]),concept(fn,desiring),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Want',"wants"),
talk_db(transitive,want,wants,wanted,wanting,wanted),
talk_db(intransitive,want,wants,wanted,wanting,wanted)]),
w( to, [
pos(to), root(to),loc(5),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,9))),
link(2,'S',r('S',seg(5,9))),link(3,'VP',r('VP',seg(4,9))),
link(4,'S',r('S',seg(1,10))), link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2411860/_2411862,Lf5,Lf5)]),
w( be, [
pos(vb), root(be),loc(6),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'VP',r('VP',seg(5,9))),link(3,'S',r('S',seg(5,9))),
link(4,'VP',r('VP',seg(4,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(7),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(8),lnks(7),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(9),lnks(7),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[adj(italian)],man),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det2,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[])). */
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* i_sentence = assertion80( pred(
quantS( det(every),
_2980400&_2980402-Italian_Man,
'`'(ti(man,Italian_Man)),
'`'(property(Italian_Man,italian,pos))&'`'(true),
[],
_2973424&_2973426-Mg),
identityQ([root]),
generic_pred(frame_52377,thing,mg(want),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Link_s_It_Be_Inf_Sg_Neut_Aux7-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Link_s_It_Be_Inf_Sg_Neut_Aux7-Generic)])). */
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* clausify80 = answer80([]) :-
\+( ^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
property(Mg_Italian_Man,italian,pos) ,
\+( ( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
generic_pred(frame_52377,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux)))))). */
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ any_to_ace_str="Every Italian man wants to be a great tenor .".
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* simplify80 = answer80([]) :-
\+( ^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
\+( generic_pred( frame_52377,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))). */
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ results80=[[true]].
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ any_to_ace_str="Every Italian man wants to be a great tenor.".
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Italian man wants to be a great tenor.").
/* compile80 = ( ( \+( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
\+( database80( generic_pred( frame_52377,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Italian'],
['NN',man]],
[ 'VP',
['VBZ',wants],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]],
['.','.']]],
_2179638).
%~ call_residue_vars=[_18292].
%~ ?- c88("Every Italian man wants to be a great tenor.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
\+( generic_pred( frame_52377,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))). */
%~ ?-c88("Some Italian men are great tenors.").
%~ list_undefined([]).
%~ ?- c88("Some Italian men are great tenors.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',are],
[ 'NP',
['JJ',great],
['NNS',tenors]]],
['.','.']]]. */
%~ ?- c88("Some Italian men are great tenors.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(3),lnks(3),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(5),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(6),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some Italian men are great tenors.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(italian)],man),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[adj(great)],tenor),[]))],
[])). */
%~ ?- c88("Some Italian men are great tenors.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[adj(italian)],man))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
Np_head-QualifiedBy8,
`( qualifiedBy(QualifiedBy8,Np_head,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Some Italian men are great tenors.").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_QualifiedBy,Np_head,np_head(Generic,generic,[adj(great)],tenor)) ,
qualifiedBy(Is_QualifiedBy4,Np_head,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is_QualifiedBy4,BE_QualifiedBy). */
%~ ?- c88("Some Italian men are great tenors.").
%~ any_to_ace_str="Some Italian men are great tenors .".
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_drs=failure.
%~ ?- c88("Some Italian men are great tenors.").
/* simplify80 = answer80([]) :-
property(BE_Tenor_Great,great,adj) ,
ti(tenor,BE_Tenor_Great) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is,BE_Tenor_Great). */
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26212,great,adj))).
%~ ?- c88("Some Italian men are great tenors.").
%~ results80=[[false]].
%~ ?- c88("Some Italian men are great tenors.").
%~ any_to_ace_str="Some Italian men are great tenors.".
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_eng=failure.
%~ ?- c88("Some Italian men are great tenors.").
/* compile80 = ( ( ( database80(property(BE_Tenor_Great,great,adj)) ,
database80(ti(tenor,BE_Tenor_Great)) ,
database80( qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man))) ,
database80(bE(is,Is,BE_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8566,great,adj))).
%~ ?- c88("Some Italian men are great tenors.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',are],
[ 'NP',
['JJ',great],
['NNS',tenors]]],
['.','.']]],
_1442634).
%~ call_residue_vars=[].
%~ ?- c88("Some Italian men are great tenors.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(BE_Tenor_Great,great,adj) ,
ti(tenor,BE_Tenor_Great) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is,BE_Tenor_Great). */
%~ ?-c88("Are there Italian men who want to be a great tenor?").
%~ list_undefined([]).
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]]. */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(4),lnks(4),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3906920,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(6),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(8),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3907268/_3907270,Lf7,Lf7)]),
w( be, [
pos(vb), root(be),loc(8),lnks(9),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(7,11))),
link(4,'VP',r('VP',seg(6,11))),
link(5,'S',r('S',seg(6,11))),
link(6,'SBAR',r('SBAR',seg(5,11))),
link(7,'NP',r('NP',seg(3,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(9),lnks(10),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(10),lnks(10),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(10),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( ?, [
pos('.'), root(?),loc(12),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],man),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_5166868&_5166870-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( generic,
_5212864&_5212866-Italian_Man,
'`'(ti(man,Italian_Man)),
( '`'(property(Italian_Man,italian,pos)) &
pred(
quantS( identityQ(IdentityQ),
_5239456&_5239458-Italian_Man, '`'(true),'`'(true),
[],
_5232478&_5232480-_5232486),
identityQ([root]),
generic_pred(frame_52420,thing,mg(want),_5204244,Generic),
[ quantS( identityQ(IdentityQ4),
Generic12-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Generic12-Generic)]) &
'`'(true)),
[],
_5204188&_5204190-BE)])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* clausify80 = answer80([]) :-
^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
property(Mg_Italian_Man,italian,pos) ,
generic_pred(frame_52420,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Italian_Man),true,true))). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ any_to_ace_str="Are there Italian men who want to be a great tenor ?".
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* simplify80 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52420,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_fol=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ results80=[[false]].
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ any_to_ace_str="Are there Italian men who want to be a great tenor? .".
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* compile80 = ( ( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
database80( generic_pred( frame_52420,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))) ,
database80(bE(is,Is,Want_Italian_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3540266).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562012).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52420,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?-c88("There are Italian men who want to be a great tenor.").
%~ list_undefined([]).
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]]. */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(5),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(4),lnks(5),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'VP',r('VP',seg(2,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3529634,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(7),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'VP',r('VP',seg(2,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'VP',r('VP',seg(2,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3529994/_3529996,Lf8,Lf8)]),
w( be, [
pos(vb), root(be),loc(8),lnks(10),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(7,11))),
link(4,'VP',r('VP',seg(6,11))),
link(5,'S',r('S',seg(6,11))),
link(6,'SBAR',r('SBAR',seg(5,11))),
link(7,'NP',r('NP',seg(3,11))),
link(8,'VP',r('VP',seg(2,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(9),lnks(11),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(10),lnks(11),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(11),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],man),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_4341830&_4341832-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
_4387908&_4387910-Italian_Man,
'`'(ti(man,Italian_Man)),
( '`'(property(Italian_Man,italian,pos)) &
pred(
quantS( identityQ(IdentityQ),
_4414500&_4414502-Italian_Man, '`'(true),'`'(true),
[],
_4407522&_4407524-_4407530),
identityQ([root]),
generic_pred(frame_52450,thing,mg(want),_4379288,Generic),
[ quantS( identityQ(IdentityQ3),
Generic11-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Generic11-Generic)]) &
'`'(true)),
[],
_4379232&_4379234-BE)])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* clausify80 = answer80([]) :-
^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
property(Mg_Italian_Man,italian,pos) ,
generic_pred(frame_52450,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Italian_Man),true,true))). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ any_to_ace_str="There are Italian men who want to be a great tenor .".
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* simplify80 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52450,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ results80=[[false]].
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ any_to_ace_str="There are Italian men who want to be a great tenor.".
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* compile80 = ( ( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
database80( generic_pred( frame_52450,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))) ,
database80(bE(is,Is,Want_Italian_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3120068).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164376).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
%~ e2c_80 is runtime(1.031).
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ e2c_80=failure.
%~ c88 is runtime(1.164).
/* c88 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52450,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?-c88("All Italian men want to be a great tenor.").
%~ list_undefined([]).
%~ ?- c88("All Italian men want to be a great tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]],
['.','.']]]. */
%~ ?- c88("All Italian men want to be a great tenor.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(3),lnks(3),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(4),lnks(3),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(5),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,9))),
link(2,'S',r('S',seg(5,9))),link(3,'VP',r('VP',seg(4,9))),
link(4,'S',r('S',seg(1,10))), link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2440498/_2440500,Lf6,Lf6)]),
w( be, [
pos(vb), root(be),loc(6),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'VP',r('VP',seg(5,9))),link(3,'S',r('S',seg(5,9))),
link(4,'VP',r('VP',seg(4,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(7),lnks(7),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(8),lnks(7),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(9),lnks(7),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))), link(3,'VP',r('VP',seg(5,9))),link(4,'S',r('S',seg(5,9))),
link(5,'VP',r('VP',seg(4,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Italian men want to be a great tenor.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[adj(italian)],man),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det2,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[])). */
%~ ?- c88("All Italian men want to be a great tenor.").
/* i_sentence = assertion80( pred(
quantS( det(all),
_3076396&_3076398-Italian_Man,
'`'(ti(man,Italian_Man)),
'`'(property(Italian_Man,italian,pos))&'`'(true),
[],
_3069420&_3069422-Mg),
identityQ([root]),
generic_pred(frame_52457,thing,mg(want),Mg,Generic),
[ quantS( identityQ(IdentityQ),
Link_s_It_Be_Inf_Sg_Neut_Aux7-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Link_s_It_Be_Inf_Sg_Neut_Aux7-Generic)])). */
%~ ?- c88("All Italian men want to be a great tenor.").
/* clausify80 = answer80([]) :-
\+( ^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
property(Mg_Italian_Man,italian,pos) ,
\+( ( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
generic_pred(frame_52457,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux)))))). */
%~ ?- c88("All Italian men want to be a great tenor.").
%~ any_to_ace_str="All Italian men want to be a great tenor .".
%~ ?- c88("All Italian men want to be a great tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("All Italian men want to be a great tenor.").
/* simplify80 = answer80([]) :-
\+( ^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
\+( generic_pred( frame_52457,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))). */
%~ ?- c88("All Italian men want to be a great tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("All Italian men want to be a great tenor.").
%~ results80=[[true]].
%~ ?- c88("All Italian men want to be a great tenor.").
%~ any_to_ace_str="All Italian men want to be a great tenor.".
%~ ?- c88("All Italian men want to be a great tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("All Italian men want to be a great tenor.").
/* compile80 = ( ( \+( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
\+( database80( generic_pred( frame_52457,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Italian men want to be a great tenor.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]],
['.','.']]],
_2179254).
%~ call_residue_vars=[_32978,_28972,_24954].
%~ ?- c88("All Italian men want to be a great tenor.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
\+( generic_pred( frame_52457,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))))))). */
%~ ?-c88("Some Italian men are great tenors.").
%~ list_undefined([]).
%~ ?- c88("Some Italian men are great tenors.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',are],
[ 'NP',
['JJ',great],
['NNS',tenors]]],
['.','.']]]. */
%~ ?- c88("Some Italian men are great tenors.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(3),lnks(3),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(5),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(6),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some Italian men are great tenors.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(italian)],man),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[adj(great)],tenor),[]))],
[])). */
%~ ?- c88("Some Italian men are great tenors.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[adj(italian)],man))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
Np_head-QualifiedBy8,
`( qualifiedBy(QualifiedBy8,Np_head,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Some Italian men are great tenors.").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_QualifiedBy,Np_head,np_head(Generic,generic,[adj(great)],tenor)) ,
qualifiedBy(Is_QualifiedBy4,Np_head,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is_QualifiedBy4,BE_QualifiedBy). */
%~ ?- c88("Some Italian men are great tenors.").
%~ any_to_ace_str="Some Italian men are great tenors .".
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_drs=failure.
%~ ?- c88("Some Italian men are great tenors.").
/* simplify80 = answer80([]) :-
property(BE_Tenor_Great,great,adj) ,
ti(tenor,BE_Tenor_Great) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is,BE_Tenor_Great). */
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26212,great,adj))).
%~ ?- c88("Some Italian men are great tenors.").
%~ results80=[[false]].
%~ ?- c88("Some Italian men are great tenors.").
%~ any_to_ace_str="Some Italian men are great tenors.".
%~ ?- c88("Some Italian men are great tenors.").
%~ try_ace_eng=failure.
%~ ?- c88("Some Italian men are great tenors.").
/* compile80 = ( ( ( database80(property(BE_Tenor_Great,great,adj)) ,
database80(ti(tenor,BE_Tenor_Great)) ,
database80( qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man))) ,
database80(bE(is,Is,BE_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8566,great,adj))).
%~ ?- c88("Some Italian men are great tenors.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',men]],
[ 'VP',
['VB',are],
[ 'NP',
['JJ',great],
['NNS',tenors]]],
['.','.']]],
_1442634).
%~ call_residue_vars=[].
%~ ?- c88("Some Italian men are great tenors.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(BE_Tenor_Great,great,adj) ,
ti(tenor,BE_Tenor_Great) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(some),[adj(italian)],man)) ,
bE(is,Is,BE_Tenor_Great). */
%~ ?-c88("Are there Italian men who want to be a great tenor?").
%~ list_undefined([]).
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]]. */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(4),lnks(4),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3906920,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(6),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(8),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'S',r('S',seg(1,12))), link(8,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3907268/_3907270,Lf7,Lf7)]),
w( be, [
pos(vb), root(be),loc(8),lnks(9),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(7,11))),
link(4,'VP',r('VP',seg(6,11))),
link(5,'S',r('S',seg(6,11))),
link(6,'SBAR',r('SBAR',seg(5,11))),
link(7,'NP',r('NP',seg(3,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(9),lnks(10),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(10),lnks(10),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(10),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( ?, [
pos('.'), root(?),loc(12),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],man),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_5167600&_5167602-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( generic,
_5213596&_5213598-Italian_Man,
'`'(ti(man,Italian_Man)),
( '`'(property(Italian_Man,italian,pos)) &
pred(
quantS( identityQ(IdentityQ),
_5240188&_5240190-Italian_Man, '`'(true),'`'(true),
[],
_5233210&_5233212-_5233218),
identityQ([root]),
generic_pred(frame_52500,thing,mg(want),_5204976,Generic),
[ quantS( identityQ(IdentityQ4),
Generic12-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Generic12-Generic)]) &
'`'(true)),
[],
_5204920&_5204922-BE)])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* clausify80 = answer80([]) :-
^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
property(Mg_Italian_Man,italian,pos) ,
generic_pred(frame_52500,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Italian_Man),true,true))). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ any_to_ace_str="Are there Italian men who want to be a great tenor ?".
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* simplify80 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52500,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_fol=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ results80=[[false]].
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ any_to_ace_str="Are there Italian men who want to be a great tenor? .".
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there Italian men who want to be a great tenor?").
/* compile80 = ( ( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
database80( generic_pred( frame_52500,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))) ,
database80(bE(is,Is,Want_Italian_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3540266).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562012).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]],
['.',?]]],
_3562030).
%~ call_residue_vars=[].
%~ ?- c88("Are there Italian men who want to be a great tenor?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52500,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?-c88("There are Italian men who want to be a great tenor.").
%~ list_undefined([]).
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]]. */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(5),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( men, [
pos(nns), root(man),loc(4),lnks(5),txt("men"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,11))),
link(3,'VP',r('VP',seg(2,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xManTheWord,"men"),cycWord(xManTheWord),
cycTerm(mobAdultMaleHuman,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xManTheWord,man),
clex_word(noun,men,man,human+pl-count),
ttholds(inflNounPlural,'TTWord_Man',"men"),
ttholds(inflSentenceUnchecked,'TTWord_Men',"men"),
flexicon(nn,[agr=pl,gender=male],men), talk_db(pronoun,men),talk_db(noun1,man,men)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,11))),
link(3,'NP',r('NP',seg(3,11))),
link(4,'VP',r('VP',seg(2,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3529634,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(7),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,11))),
link(2,'S',r('S',seg(6,11))),
link(3,'SBAR',r('SBAR',seg(5,11))),
link(4,'NP',r('NP',seg(3,11))),
link(5,'VP',r('VP',seg(2,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(7,11))),
link(3,'VP',r('VP',seg(6,11))),
link(4,'S',r('S',seg(6,11))),
link(5,'SBAR',r('SBAR',seg(5,11))),
link(6,'NP',r('NP',seg(3,11))),
link(7,'VP',r('VP',seg(2,11))),
link(8,'S',r('S',seg(1,12))), link(9,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3529994/_3529996,Lf8,Lf8)]),
w( be, [
pos(vb), root(be),loc(8),lnks(10),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(7,11))),
link(4,'VP',r('VP',seg(6,11))),
link(5,'S',r('S',seg(6,11))),
link(6,'SBAR',r('SBAR',seg(5,11))),
link(7,'NP',r('NP',seg(3,11))),
link(8,'VP',r('VP',seg(2,11))),
link(9,'S',r('S',seg(1,12))), link(10,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( a, [
pos(dt), root(a),loc(9),lnks(11),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( great, [
pos(jj), root(great),loc(10),lnks(11),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenor, [
pos(nn), root(tenor),loc(11),lnks(11),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'VP',r('VP',seg(6,11))),
link(6,'S',r('S',seg(6,11))),
link(7,'SBAR',r('SBAR',seg(5,11))),
link(8,'NP',r('NP',seg(3,11))),
link(9,'VP',r('VP',seg(2,11))),
link(10,'S',r('S',seg(1,12))), link(11,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],man),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_4341830&_4341832-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
_4387908&_4387910-Italian_Man,
'`'(ti(man,Italian_Man)),
( '`'(property(Italian_Man,italian,pos)) &
pred(
quantS( identityQ(IdentityQ),
_4414500&_4414502-Italian_Man, '`'(true),'`'(true),
[],
_4407522&_4407524-_4407530),
identityQ([root]),
generic_pred(frame_52530,thing,mg(want),_4379288,Generic),
[ quantS( identityQ(IdentityQ3),
Generic11-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))),
'`'(true),
[],
Generic11-Generic)]) &
'`'(true)),
[],
_4379232&_4379234-BE)])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* clausify80 = answer80([]) :-
^( Mg_Italian_Man,
( ti(man,Mg_Italian_Man) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
property(Mg_Italian_Man,italian,pos) ,
generic_pred(frame_52530,thing,mg(want),Mg_Italian_Man,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Italian_Man),true,true))). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ any_to_ace_str="There are Italian men who want to be a great tenor .".
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_drs=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* simplify80 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52530,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_fol=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ results80=[[false]].
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ any_to_ace_str="There are Italian men who want to be a great tenor.".
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ try_ace_eng=failure.
%~ ?- c88("There are Italian men who want to be a great tenor.").
/* compile80 = ( ( ( database80(ti(man,Want_Italian_Man)) ,
database80(property(Want_Italian_Man,italian,pos)) ,
database80( generic_pred( frame_52530,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[]))))) ,
database80(bE(is,Is,Want_Italian_Man))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3120068).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164694).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',men]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['DT',a],
['JJ',great],
['NN',tenor]]]]]]]]]],
['.','.']]],
_3164306).
%~ call_residue_vars=[].
%~ e2c_80 is runtime(1.036).
%~ ?- c88("There are Italian men who want to be a great tenor.").
%~ e2c_80=failure.
%~ c88 is runtime(1.089).
/* c88 = answer80([]) :-
^( Want_Italian_Man,
( ti(man,Want_Italian_Man) ,
property(Want_Italian_Man,italian,pos) ,
generic_pred( frame_52530,
thing, want,Want_Italian_Man,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(dirO,np(3+sg,np_head(Det,det(a),[adj(great)],tenor),[]))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Italian_Man))). */
%~ ?-c88("Each Italian tenor wants to be great.").
%~ list_undefined([]).
%~ ?- c88("Each Italian tenor wants to be great.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['JJ','Italian'],
['NN',tenor]],
[ 'VP',
['VBZ',wants],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]],
['.','.']]]. */
%~ ?- c88("Each Italian tenor wants to be great.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( tenor, [
pos(nn), root(tenor),loc(3),lnks(3),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( wants, [
pos(vbz), root(want),loc(4),lnks(3),txt("wants"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xWantTheWord,"wants"),
cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,wants,want,tv+finsg),
clex_word(noun,wants,want,neutr+pl-count), fsr(wants-n,desiring,[]),concept(fn,desiring),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Want',"wants"),
talk_db(transitive,want,wants,wanted,wanting,wanted),
talk_db(intransitive,want,wants,wanted,wanting,wanted)]),
w( to, [
pos(to), root(to),loc(5),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,7))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(4,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1723200/_1723202,Lf5,Lf5)]),
w( be, [
pos(vb), root(be),loc(6),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(5,7))),
link(4,'VP',r('VP',seg(4,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( great, [
pos(jj), root(great),loc(7),lnks(7),txt("great"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))), link(3,'VP',r('VP',seg(5,7))),link(4,'S',r('S',seg(5,7))),
link(5,'VP',r('VP',seg(4,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each Italian tenor wants to be great.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(each),[adj(italian)],tenor),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))),
[]),
Np))],
[])). */
%~ ?- c88("Each Italian tenor wants to be great.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(each),[adj(italian)],tenor))),
'`'(true),
[],
Np_head-Mg),
identityQ([root]),
generic_pred(frame_52537,thing,mg(want),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Link_s_It_Be_Inf_Sg_Neut_Aux9-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))))),
'`'(true),
[],
Link_s_It_Be_Inf_Sg_Neut_Aux9-Generic)])). */
%~ ?- c88("Each Italian tenor wants to be great.").
/* clausify80 = answer80([]) :-
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(each),[adj(italian)],tenor)) ,
generic_pred(frame_52537,thing,mg(want),Mg_QualifiedBy,Link_s_It_Be_Inf_Sg_Neut_Aux). */
%~ ?- c88("Each Italian tenor wants to be great.").
%~ any_to_ace_str="Each Italian tenor wants to be great .".
%~ ?- c88("Each Italian tenor wants to be great.").
%~ try_ace_drs=failure.
%~ ?- c88("Each Italian tenor wants to be great.").
/* simplify80 = answer80([]) :-
qualifiedBy( Want_QualifiedBy,
Np_head,
np_head(Det,det(each),[adj(italian)],tenor)) ,
generic_pred( frame_52537,
thing, want,Want_QualifiedBy,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))). */
%~ ?- c88("Each Italian tenor wants to be great.").
%~ try_ace_fol=failure.
%~ ?- c88("Each Italian tenor wants to be great.").
%~ results80=[[false]].
%~ ?- c88("Each Italian tenor wants to be great.").
%~ any_to_ace_str="Each Italian tenor wants to be great.".
%~ ?- c88("Each Italian tenor wants to be great.").
%~ try_ace_eng=failure.
%~ ?- c88("Each Italian tenor wants to be great.").
/* compile80 = ( ( ( database80( qualifiedBy(Want_QualifiedBy,Np_head,np_head(Det,det(each),[adj(italian)],tenor))) ,
database80( generic_pred( frame_52537,
thing, want,Want_QualifiedBy,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each Italian tenor wants to be great.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['JJ','Italian'],
['NN',tenor]],
[ 'VP',
['VBZ',wants],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]],
['.','.']]],
_1532352).
%~ call_residue_vars=[_14108].
%~ ?- c88("Each Italian tenor wants to be great.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Want_QualifiedBy,
Np_head,
np_head(Det,det(each),[adj(italian)],tenor)) ,
generic_pred( frame_52537,
thing, want,Want_QualifiedBy,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))). */
%~ ?-c88("Some Italian tenors are great.").
%~ list_undefined([]).
%~ ?- c88("Some Italian tenors are great.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',great]]],
['.','.']]]. */
%~ ?- c88("Some Italian tenors are great.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( italian, [
pos(jj), root(italian),loc(2),lnks(3),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(5),lnks(4),txt("great"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some Italian tenors are great.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(italian)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(great))],
[])). */
%~ ?- c88("Some Italian tenors are great.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_1354966,
'`'(qualifiedBy(_1349714,thing&Thing,np_head(Det,det(some),[adj(italian)],tenor))),
'`'(true),
[],
thing&Thing-Great),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Great,great,adj))&'`'(true)])). */
%~ ?- c88("Some Italian tenors are great.").
/* clausify80 = answer80([]) :-
qualifiedBy(Great,thing&Thing,np_head(Det,det(some),[adj(italian)],tenor)) ,
property(Great,great,adj). */
%~ ?- c88("Some Italian tenors are great.").
%~ any_to_ace_str="Some Italian tenors are great .".
%~ ?- c88("Some Italian tenors are great.").
%~ try_ace_drs=failure.
%~ ?- c88("Some Italian tenors are great.").
/* simplify80 = answer80([]) :-
qualifiedBy(Great,thing&Thing,np_head(Det,det(some),[adj(italian)],tenor)) ,
property(Great,great,adj). */
%~ ?- c88("Some Italian tenors are great.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_25278,great,adj))).
%~ ?- c88("Some Italian tenors are great.").
%~ results80=[[false]].
%~ ?- c88("Some Italian tenors are great.").
%~ any_to_ace_str="Some Italian tenors are great.".
%~ ?- c88("Some Italian tenors are great.").
%~ try_ace_eng=failure.
%~ ?- c88("Some Italian tenors are great.").
/* compile80 = ( ( ( database80( qualifiedBy(Great,thing&Thing,np_head(Det,det(some),[adj(italian)],tenor))) ,
database80(property(Great,great,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8488,great,adj))).
%~ ?- c88("Some Italian tenors are great.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Italian'],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',great]]],
['.','.']]],
_989636).
%~ call_residue_vars=[].
%~ ?- c88("Some Italian tenors are great.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy(Great,thing&Thing,np_head(Det,det(some),[adj(italian)],tenor)) ,
property(Great,great,adj). */
%~ ?-c88("Are there Italian tenors who want to be great?").
%~ list_undefined([]).
%~ ?- c88("Are there Italian tenors who want to be great?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]]. */
%~ ?- c88("Are there Italian tenors who want to be great?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,9))), link(3,'NP',r('NP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_2721684,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(6),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,9))),link(2,'S',r('S',seg(6,9))),
link(3,'SBAR',r('SBAR',seg(5,9))), link(4,'NP',r('NP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(8),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'S',r('S',seg(7,9))),link(3,'VP',r('VP',seg(6,9))),
link(4,'S',r('S',seg(6,9))),
link(5,'SBAR',r('SBAR',seg(5,9))), link(6,'NP',r('NP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2722032/_2722034,Lf7,Lf7)]),
w( be, [
pos(vb), root(be),loc(8),lnks(9),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(7,9))),
link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'SBAR',r('SBAR',seg(5,9))), link(7,'NP',r('NP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( great, [
pos(jj), root(great),loc(9),lnks(10),txt("great"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(9,9))),
link(2,'VP',r('VP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(7,9))),
link(5,'VP',r('VP',seg(6,9))),link(6,'S',r('S',seg(6,9))),
link(7,'SBAR',r('SBAR',seg(5,9))), link(8,'NP',r('NP',seg(3,9))),link(9,'S',r('S',seg(1,10))),
link(10,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there Italian tenors who want to be great?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],tenor),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("Are there Italian tenors who want to be great?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_3775754&_3775756-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
_3817076&_3817078-Tenor_Italian,
'`'('`'(property(Tenor_Italian,italian,pos))&ti(tenor,Tenor_Italian)),
( pred(
quantS( identityQ(IdentityQ3),
_3843678&_3843680-Tenor_Italian, '`'(true),'`'(true),
[],
_3836592&_3836594-_3836600),
identityQ([root]),
generic_pred(frame_52580,thing,mg(want),_3809930,Generic),
[ quantS( identityQ(IdentityQ5),
Generic13-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))))),
'`'(true),
[],
Generic13-Generic)]) &
'`'(true)),
[],
_3809880&_3809882-BE)])). */
%~ ?- c88("Are there Italian tenors who want to be great?").
/* clausify80 = answer80([]) :-
'`'(property(Mg_Tenor_Italian,italian,pos))&ti(tenor,Mg_Tenor_Italian) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
generic_pred(frame_52580,thing,mg(want),Mg_Tenor_Italian,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Tenor_Italian),true,true). */
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ any_to_ace_str="Are there Italian tenors who want to be great ?".
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there Italian tenors who want to be great?").
/* simplify80 = answer80([]) :-
property(Want_Tenor_Italian,italian,pos) ,
ti(tenor,Want_Tenor_Italian) ,
generic_pred( frame_52580,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Tenor_Italian). */
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_31618,italian,pos))).
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ results80=[[false]].
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ any_to_ace_str="Are there Italian tenors who want to be great? .".
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there Italian tenors who want to be great?").
/* compile80 = ( ( ( database80(property(Want_Tenor_Italian,italian,pos)) ,
database80(ti(tenor,Want_Tenor_Italian)) ,
database80( generic_pred( frame_52580,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))))) ,
database80(bE(is,Is,Want_Tenor_Italian))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9016,italian,pos))).
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]],
_2383718).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]],
_2403512).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]],
_2403530).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]],
_2403530).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]],
['.',?]]],
_2403530).
%~ call_residue_vars=[].
%~ ?- c88("Are there Italian tenors who want to be great?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Want_Tenor_Italian,italian,pos) ,
ti(tenor,Want_Tenor_Italian) ,
generic_pred( frame_52580,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Tenor_Italian). */
%~ ?-c88("There are Italian tenors who want to be great.").
%~ list_undefined([]).
%~ ?- c88("There are Italian tenors who want to be great.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]]. */
%~ ?- c88("There are Italian tenors who want to be great.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(3),lnks(5),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))), link(3,'VP',r('VP',seg(2,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,9))), link(3,'VP',r('VP',seg(2,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,9))),
link(3,'NP',r('NP',seg(3,9))), link(4,'VP',r('VP',seg(2,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_2410726,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( want, [
alt(pos(vbp)), root(want),pos(vb),loc(6),lnks(7),
txt("want"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,9))),link(2,'S',r('S',seg(6,9))),
link(3,'SBAR',r('SBAR',seg(5,9))),
link(4,'NP',r('NP',seg(3,9))), link(5,'VP',r('VP',seg(2,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xWantTheWord,"want"),cycWord(xWantTheWord),
cycTerm('Wanting-IntentionalMentalState',tCol,ttThing),
ac(infinitive,xWantTheWord,want),
clex_word(verb,want,want,tv+infpl),
clex_word(noun,want,want,neutr+Neutr-mass),
fnpattern(want,32010000,desiring,[experiencer:experiencer,event:theme]),
concept(fn,desiring),
fnpattern( want,
32010000,
experiencer_subj,
[ experiencer : experiencer, event:content,attribute:reason]),
concept(fn,experiencer_subj),
fsr( want-n,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pping,dep]],
1],
[ [ [ possession-c, ajp,dep]],
1],
[ [ [ owner-c, poss,gen],
[ possession-c, pp,dep]],
1],
[ [ [ possession-c, pp,dep]],
14],
[ [ [ possession-c, pp,dep],
[ owner-c, pp,dep]],
3]]),
concept(fn,possession),
fsr( want-v,
desiring,
[ [ [ [ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep],
[ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, avp,dep],
[ role_of_focal_participant-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ purpose_of_event-p, pp,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext],
[ time-p, avp,dep]],
1],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ reason-e, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vping,dep],
[ location_of_event-c, vping,dep],
[ purpose_of_event-p, vping,dep],
[ time_of_event-p, vping,dep]],
4],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ manner-p, avp,dep]],
1],
[ [ [ purpose_of_event-p, pp,dep],
[ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
2],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ focal_participant-c, np,ext],
[ role_of_focal_participant-p, np,ext],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
5],
[ [ [ event-c, np,ext],
[ location_of_event-c, np,ext],
[ purpose_of_event-p, np,ext],
[ time_of_event-p, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ purpose_of_event-p, pp,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj]],
6],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj]],
9],
[ [ [ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ experiencer-c, np,ext],
[ event-c, pp,dep],
[ location_of_event-c, pp,dep],
[ purpose_of_event-p, pp,dep],
[ time_of_event-p, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, ajp,dep],
[ location_of_event-c, ajp,dep],
[ purpose_of_event-p, ajp,dep],
[ time_of_event-p, ajp,dep],
[ time_of_event-p, avp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ reason-e, sfin,dep]],
1],
[ [ [ event-c, np,obj],
[ location_of_event-c, np,obj],
[ purpose_of_event-p, np,obj],
[ time_of_event-p, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ event-c, vpto,dep],
[ location_of_event-c, vpto,dep],
[ purpose_of_event-p, vpto,dep],
[ time_of_event-p, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ focal_participant-c, np,obj],
[ role_of_focal_participant-p, np,obj],
[ role_of_focal_participant-p, pp,dep]],
4]]),
fsr(want-v,possession,[]),
ttholds(inflVerb,'TTWord_Want',"want"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Want',"want"),
ttholds(inflVerbPluralPresent,'TTWord_Want',"want"),
verbnet_map_wn(want,['want%2:31:01'],'appoint-29.1'),
concept(vn,'appoint-29.1'),
listof(concept(wn),['want%2:31:01']),
verbnet_map_wn( want,
[ 'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01'],
'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
listof( concept(wn), [
'want%2:37:00', 'want%2:34:00','want%2:31:01','want%2:35:00',
'want%2:42:01']),
verbnet_to_framenet('appoint-29.1',want,'want.01'),
concept(fn,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.01'),
verbnet_to_framenet('want-32.1-1-1',want,'want.02'),
concept(fn,'want.02'),
verbnet_word(want,'appoint-29.1',"want"),
verbnet_word(want,'want-32.1-1-1',"want")]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'S',r('S',seg(7,9))),link(3,'VP',r('VP',seg(6,9))),
link(4,'S',r('S',seg(6,9))),
link(5,'SBAR',r('SBAR',seg(5,9))),
link(6,'NP',r('NP',seg(3,9))), link(7,'VP',r('VP',seg(2,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2411086/_2411088,Lf8,Lf8)]),
w( be, [
pos(vb), root(be),loc(8),lnks(10),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(7,9))),
link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'SBAR',r('SBAR',seg(5,9))),
link(7,'NP',r('NP',seg(3,9))), link(8,'VP',r('VP',seg(2,9))),link(9,'S',r('S',seg(1,10))),
link(10,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person4,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( great, [
pos(jj), root(great),loc(9),lnks(11),txt("great"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(9,9))),
link(2,'VP',r('VP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(7,9))),
link(5,'VP',r('VP',seg(6,9))),link(6,'S',r('S',seg(6,9))),
link(7,'SBAR',r('SBAR',seg(5,9))),
link(8,'NP',r('NP',seg(3,9))),
link(9,'VP',r('VP',seg(2,9))),
link(10,'S',r('S',seg(1,10))), link(11,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are Italian tenors who want to be great.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(italian)],tenor),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,want,active,pres+fin,[],[root]),
[ arg( dirO,
np( NameOf,
nameOf( Link_s,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))),
[]),
Np))],
[]))]))],
[])). */
%~ ?- c88("There are Italian tenors who want to be great.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],_3104546&_3104548-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
_3145950&_3145952-Tenor_Italian,
'`'('`'(property(Tenor_Italian,italian,pos))&ti(tenor,Tenor_Italian)),
( pred(
quantS( identityQ(IdentityQ2),
_3172552&_3172554-Tenor_Italian, '`'(true),'`'(true),
[],
_3165466&_3165468-_3165474),
identityQ([root]),
generic_pred(frame_52610,thing,mg(want),_3138804,Generic),
[ quantS( identityQ(IdentityQ4),
Generic12-Link_s_It_Be_Inf_Sg_Neut_Aux,
`( bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))))),
'`'(true),
[],
Generic12-Generic)]) &
'`'(true)),
[],
_3138754&_3138756-BE)])). */
%~ ?- c88("There are Italian tenors who want to be great.").
/* clausify80 = answer80([]) :-
'`'(property(Mg_Tenor_Italian,italian,pos))&ti(tenor,Mg_Tenor_Italian) ,
bE( named,
Link_s_It_Be_Inf_Sg_Neut_Aux,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
generic_pred(frame_52610,thing,mg(want),Mg_Tenor_Italian,Link_s_It_Be_Inf_Sg_Neut_Aux) ,
^( Is,
((true,true),true),true,bE(is,Is,Mg_Tenor_Italian),true,true). */
%~ ?- c88("There are Italian tenors who want to be great.").
%~ any_to_ace_str="There are Italian tenors who want to be great .".
%~ ?- c88("There are Italian tenors who want to be great.").
%~ try_ace_drs=failure.
%~ ?- c88("There are Italian tenors who want to be great.").
/* simplify80 = answer80([]) :-
property(Want_Tenor_Italian,italian,pos) ,
ti(tenor,Want_Tenor_Italian) ,
generic_pred( frame_52610,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Tenor_Italian). */
%~ ?- c88("There are Italian tenors who want to be great.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_32264,italian,pos))).
%~ ?- c88("There are Italian tenors who want to be great.").
%~ results80=[[false]].
%~ ?- c88("There are Italian tenors who want to be great.").
%~ any_to_ace_str="There are Italian tenors who want to be great.".
%~ ?- c88("There are Italian tenors who want to be great.").
%~ try_ace_eng=failure.
%~ ?- c88("There are Italian tenors who want to be great.").
/* compile80 = ( ( ( database80(property(Want_Tenor_Italian,italian,pos)) ,
database80(ti(tenor,Want_Tenor_Italian)) ,
database80( generic_pred( frame_52610,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[]))))) ,
database80(bE(is,Is,Want_Tenor_Italian))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9038,italian,pos))).
%~ ?- c88("There are Italian tenors who want to be great.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]],
_2033598).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]],
_2080556).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]],
_2080502).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]],
_2080502).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ','Italian'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',want],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'ADJP',
['JJ',great]]]]]]]]]],
['.','.']]],
_2080820).
%~ call_residue_vars=[].
%~ ?- c88("There are Italian tenors who want to be great.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Want_Tenor_Italian,italian,pos) ,
ti(tenor,Want_Tenor_Italian) ,
generic_pred( frame_52610,
thing, want,Want_Tenor_Italian,
link_s( imp( it,
aux(be,[inf]),
s( np(3+sg,pronoun(neut,3+sg),[]),
verb(
aux+aux(be,[inf]), aux(be,[inf]),active,imp+fin,
[],
[ inf, sg,aux(be,[inf]),root]),
[ arg(arg_pred,adj(great))],
[])))) ,
BE_Is^bE(is,BE_Is,Want_Tenor_Italian). */
%~ ?-c88("The really ambitious tenors are Italian.").
%~ list_undefined([]).
%~ ?- c88("The really ambitious tenors are Italian.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]],
['.','.']]]. */
%~ ?- c88("The really ambitious tenors are Italian.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(3),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( really, [
pos(rb), root(really),loc(2),lnks(4),txt("really"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(2,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( ambitious, [
pos(jj), root(ambitious),loc(3),lnks(4),
txt("ambitious"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(2,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xAmbitionTheWord,"ambitious"),
cycWord(xAmbitionTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xAmbitionTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xAmbitionTheWord,ambitious),
clex_word(adj_prep(for),ambitious,ambitious,unknown),
clex_word(adj,ambitious,ambitious,unknown),
ttholds(inflAdjectiveUnchecked,'TTWord_Ambitious',"ambitious"),
talk_db(adj,ambitious)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(3),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(5),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(6),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The really ambitious tenors are Italian.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(italian))],
[])). */
%~ ?- c88("The really ambitious tenors are Italian.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_1745528&_1745530-_1745524,
`( qualifiedBy( QualifiedByP3V,
_1760594&_1760596,
np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor))),
'`'(true),
[],
_1738376&_1738378-Italian),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Italian,italian,pos))&'`'(true)])). */
%~ ?- c88("The really ambitious tenors are Italian.").
/* clausify80 = answer80([]) :-
qualifiedBy( Italian,
_1796452&_1796454,
np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor)) ,
property(Italian,italian,pos). */
%~ ?- c88("The really ambitious tenors are Italian.").
%~ any_to_ace_str="The really ambitious tenors are Italian .".
%~ ?- c88("The really ambitious tenors are Italian.").
%~ try_ace_drs=failure.
%~ ?- c88("The really ambitious tenors are Italian.").
/* simplify80 = answer80([]) :-
qualifiedBy( Italian,
_50332&_50334,
np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor)) ,
property(Italian,italian,pos). */
%~ ?- c88("The really ambitious tenors are Italian.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26310,italian,pos))).
%~ ?- c88("The really ambitious tenors are Italian.").
%~ results80=[[false]].
%~ ?- c88("The really ambitious tenors are Italian.").
%~ any_to_ace_str="The really ambitious tenors are Italian.".
%~ ?- c88("The really ambitious tenors are Italian.").
%~ try_ace_eng=failure.
%~ ?- c88("The really ambitious tenors are Italian.").
/* compile80 = ( ( ( database80( qualifiedBy( Italian,
_57316&_57318,
np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor))) ,
database80(property(Italian,italian,pos))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8508,italian,pos))).
%~ ?- c88("The really ambitious tenors are Italian.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','The'],
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]],
['.','.']]],
_1348762).
%~ call_residue_vars=[].
%~ ?- c88("The really ambitious tenors are Italian.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Italian,
_41828&_41830,
np_head(Det,det(the(pl)),[sup(really,adj(ambitious))],tenor)) ,
property(Italian,italian,pos). */
%~ ?-c88("Are there really ambitious tenors who are Italian?").
%~ list_undefined([]).
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]]. */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( really, [
pos(rb), root(really),loc(3),lnks(5),txt("really"),
truecase('INIT_UPPER'),link(1,'ADJP',r('ADJP',seg(3,4))),
link(2,'NP',r('NP',seg(3,5))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( ambitious, [
pos(jj), root(ambitious),loc(4),lnks(5),
txt("ambitious"),truecase('INIT_UPPER'),
link(1,'ADJP',r('ADJP',seg(3,4))),
link(2,'NP',r('NP',seg(3,5))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xAmbitionTheWord,"ambitious"),
cycWord(xAmbitionTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xAmbitionTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xAmbitionTheWord,ambitious),
clex_word(adj_prep(for),ambitious,ambitious,unknown),
clex_word(adj,ambitious,ambitious,unknown),
ttholds(inflAdjectiveUnchecked,'TTWord_Ambitious',"ambitious"),
talk_db(adj,ambitious)]),
w( tenors, [
pos(nns), root(tenor),loc(5),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(6),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,8))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_2408558,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,8))),link(2,'S',r('S',seg(7,8))),
link(3,'SBAR',r('SBAR',seg(6,8))), link(4,'NP',r('NP',seg(3,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(8),lnks(7),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'VP',r('VP',seg(7,8))),link(3,'S',r('S',seg(7,8))),
link(4,'SBAR',r('SBAR',seg(6,8))), link(5,'NP',r('NP',seg(3,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* sentence80 = q( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ adv(really),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(ambitious)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2808104,pronoun(agent,3+_2808104),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(italian))],
[]))]))],
[])). */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([adv(really),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Ambitious,
'`'('`'(property(Tenor_Ambitious,ambitious,adj))&ti(tenor,Tenor_Ambitious)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_3058526,
'`'(qualifiedBy(_3053262,thing&Thing,pronoun(agent,3+_3053286))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Ambitious, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-Tenor_Ambitious, '`'(true),'`'(true),
[],
thing&Thing-_3075208), identityQ([root]),true,
['`'(true)&'`'(property(_3004212,italian,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* clausify80 = answer80([]) :-
'`'(property(Italian_Tenor_Ambitious,ambitious,adj))&ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_3133190)) ,
^( Is5,
( modalized(really,(true,bE(is,Is5,Italian_Tenor_Ambitious),true,true)))). */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ any_to_ace_str="Are there really ambitious tenors who are Italian ?".
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* simplify80 = answer80([]) :-
property(Italian_Tenor_Ambitious,ambitious,adj) ,
ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_62348)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Italian_Tenor_Ambitious)). */
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28742,ambitious,adj))).
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ results80=[[false]].
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ any_to_ace_str="Are there really ambitious tenors who are Italian? .".
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there really ambitious tenors who are Italian?").
/* compile80 = ( ( ( database80(property(Italian_Tenor_Ambitious,ambitious,adj)) ,
database80(ti(tenor,Italian_Tenor_Ambitious)) ,
database80(bE(is,Is,Italian_Tenor_Ambitious)) ,
database80(property(Italian_Tenor_Ambitious,italian,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58770))) ,
database80(modalized(really,bE(is,Is5,Italian_Tenor_Ambitious)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9170,ambitious,adj))).
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_2216662).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_2227974).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_2227980).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_2227980).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
[ 'ADJP',
['RB',really],
['JJ',ambitious]],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_2227980).
%~ call_residue_vars=[].
%~ ?- c88("Are there really ambitious tenors who are Italian?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Italian_Tenor_Ambitious,ambitious,adj) ,
ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_50900)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Italian_Tenor_Ambitious)). */
%~ ?-c88("There are really ambitious tenors who are Italian.").
%~ list_undefined([]).
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]]. */
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( really, [
pos(rb), root(really),loc(3),lnks(4),txt("really"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(3,3))),
link(2,'VP',r('VP',seg(2,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( ambitious, [
pos(jj), root(ambitious),loc(4),lnks(5),
txt("ambitious"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xAmbitionTheWord,"ambitious"),
cycWord(xAmbitionTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xAmbitionTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xAmbitionTheWord,ambitious),
clex_word(adj_prep(for),ambitious,ambitious,unknown),
clex_word(adj,ambitious,ambitious,unknown),
ttholds(inflAdjectiveUnchecked,'TTWord_Ambitious',"ambitious"),
talk_db(adj,ambitious)]),
w( tenors, [
pos(nns), root(tenor),loc(5),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(6),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,8))),
link(3,'NP',r('NP',seg(4,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1912854,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,8))),link(2,'S',r('S',seg(7,8))),
link(3,'SBAR',r('SBAR',seg(6,8))),
link(4,'NP',r('NP',seg(4,8))), link(5,'VP',r('VP',seg(2,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(8),lnks(8),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'VP',r('VP',seg(7,8))),link(3,'S',r('S',seg(7,8))),
link(4,'SBAR',r('SBAR',seg(6,8))),
link(5,'NP',r('NP',seg(4,8))), link(6,'VP',r('VP',seg(2,8))),link(7,'S',r('S',seg(1,9))),
link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ adv(really),
arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(ambitious)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2277470,pronoun(agent,3+_2277470),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(italian))],
[]))]))],
[])). */
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([adv(really),aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Ambitious,
'`'('`'(property(Tenor_Ambitious,ambitious,adj))&ti(tenor,Tenor_Ambitious)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2535290,
'`'(qualifiedBy(_2530026,thing&Thing,pronoun(agent,3+_2530050))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-Tenor_Ambitious, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Ambitious, '`'(true),'`'(true),
[],
thing&Thing-_2551972), identityQ([root]),true,
['`'(true)&'`'(property(_2480976,italian,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* clausify80 = answer80([]) :-
'`'(property(Italian_Tenor_Ambitious,ambitious,adj))&ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2609930)) ,
^( Is5,
( modalized(really,(true,bE(is,Is5,Italian_Tenor_Ambitious),true,true)))). */
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ any_to_ace_str="There are really ambitious tenors who are Italian .".
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ try_ace_drs=failure.
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* simplify80 = answer80([]) :-
property(Italian_Tenor_Ambitious,ambitious,adj) ,
ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_62366)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Italian_Tenor_Ambitious)). */
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28760,ambitious,adj))).
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ results80=[[false]].
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ any_to_ace_str="There are really ambitious tenors who are Italian.".
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ try_ace_eng=failure.
%~ ?- c88("There are really ambitious tenors who are Italian.").
/* compile80 = ( ( ( database80(property(Italian_Tenor_Ambitious,ambitious,adj)) ,
database80(ti(tenor,Italian_Tenor_Ambitious)) ,
database80(bE(is,Is,Italian_Tenor_Ambitious)) ,
database80(property(Italian_Tenor_Ambitious,italian,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58780))) ,
database80(modalized(really,bE(is,Is5,Italian_Tenor_Ambitious)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9176,ambitious,adj))).
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1691452).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1702908).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1702916).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1702916).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',ambitious],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1702916).
%~ call_residue_vars=[].
%~ ?- c88("There are really ambitious tenors who are Italian.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Italian_Tenor_Ambitious,ambitious,adj) ,
ti(tenor,Italian_Tenor_Ambitious) ,
bE(is,Is,Italian_Tenor_Ambitious) ,
property(Italian_Tenor_Ambitious,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_51052)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Italian_Tenor_Ambitious)). */
%~ ?-c88("No really great tenors are modest.").
%~ list_undefined([]).
%~ ?- c88("No really great tenors are modest.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
[ 'ADJP',
['RB',really],
['JJ',great]],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]],
['.','.']]]. */
%~ ?- c88("No really great tenors are modest.").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(3),txt("No"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( really, [
pos(rb), root(really),loc(2),lnks(4),txt("really"),
truecase('INIT_UPPER'),link(1,'ADJP',r('ADJP',seg(2,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'ADJP',r('ADJP',seg(2,3))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(5),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( modest, [
pos(jj), root(modest),loc(6),lnks(4),txt("modest"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xModestTheWord,"modest"),
cycWord(xModestTheWord),
ac(regularDegree,xModestTheWord,modest),
clex_word(adj_prep(in),modest,modest,unknown),
clex_word(adj_prep(about),modest,modest,unknown),
clex_word(adj,modest,modest,unknown),
ttholds(inflAdjective,'TTWord_Modest',"modest"),
talk_db(adj,modest)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("No really great tenors are modest.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(no),[sup(really,adj(great))],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(modest))],
[])). */
%~ ?- c88("No really great tenors are modest.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_1545094,
`( qualifiedBy( QualifiedByP3V,
thing&Thing,
np_head(Det,det(no),[sup(really,adj(great))],tenor))),
'`'(true),
[],
thing&Thing-Modest),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Modest,modest,adj))&'`'(true)])). */
%~ ?- c88("No really great tenors are modest.").
/* clausify80 = answer80([]) :-
qualifiedBy( Modest,
thing&Thing,
np_head(Det,det(no),[sup(really,adj(great))],tenor)) ,
property(Modest,modest,adj). */
%~ ?- c88("No really great tenors are modest.").
%~ any_to_ace_str="No really great tenors are modest .".
%~ ?- c88("No really great tenors are modest.").
%~ try_ace_drs=failure.
%~ ?- c88("No really great tenors are modest.").
/* simplify80 = answer80([]) :-
qualifiedBy( Modest,
thing&Thing,
np_head(Det,det(no),[sup(really,adj(great))],tenor)) ,
property(Modest,modest,adj). */
%~ ?- c88("No really great tenors are modest.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26032,modest,adj))).
%~ ?- c88("No really great tenors are modest.").
%~ results80=[[false]].
%~ ?- c88("No really great tenors are modest.").
%~ any_to_ace_str="No really great tenors are modest.".
%~ ?- c88("No really great tenors are modest.").
%~ try_ace_eng=failure.
%~ ?- c88("No really great tenors are modest.").
/* compile80 = ( ( ( database80( qualifiedBy( Modest,
thing&Thing,
np_head(Det,det(no),[sup(really,adj(great))],tenor))) ,
database80(property(Modest,modest,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8496,modest,adj))).
%~ ?- c88("No really great tenors are modest.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
[ 'ADJP',
['RB',really],
['JJ',great]],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]],
['.','.']]],
_1150702).
%~ call_residue_vars=[].
%~ ?- c88("No really great tenors are modest.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Modest,
thing&Thing,
np_head(Det,det(no),[sup(really,adj(great))],tenor)) ,
property(Modest,modest,adj). */
%~ ?-c88("Are there really great tenors who are modest?").
%~ list_undefined([]).
%~ ?- c88("Are there really great tenors who are modest?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]]. */
%~ ?- c88("Are there really great tenors who are modest?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( really, [
pos(rb), root(really),loc(3),lnks(3),txt("really"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(3,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( great, [
pos(jj), root(great),loc(4),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(5),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(6),lnks(4),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,8))),
link(3,'S',r('S',seg(1,9))), link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_2150902,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(5),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,8))),link(2,'S',r('S',seg(7,8))),
link(3,'SBAR',r('SBAR',seg(6,8))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( modest, [
pos(jj), root(modest),loc(8),lnks(6),txt("modest"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'VP',r('VP',seg(7,8))),link(3,'S',r('S',seg(7,8))),
link(4,'SBAR',r('SBAR',seg(6,8))),
link(5,'S',r('S',seg(1,9))), link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xModestTheWord,"modest"),
cycWord(xModestTheWord),
ac(regularDegree,xModestTheWord,modest),
clex_word(adj_prep(in),modest,modest,unknown),
clex_word(adj_prep(about),modest,modest,unknown),
clex_word(adj,modest,modest,unknown),
ttholds(inflAdjective,'TTWord_Modest',"modest"),
talk_db(adj,modest)]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there really great tenors who are modest?").
/* sentence80 = q( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ adv(really),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2607552,pronoun(agent,3+_2607552),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(modest))],
[]))]))],
[])). */
%~ ?- c88("Are there really great tenors who are modest?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([adv(really),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-_2819370,
'`'(qualifiedBy(_2813946,thing&Thing,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2876256,
'`'(qualifiedBy(_2870992,thing&Thing,pronoun(agent,3+_2871016))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-_2890630, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-_2909286, '`'(true),'`'(true),
[],
thing&Thing-_2904046), identityQ([root]),true,
['`'(true)&'`'(property(_2814100,modest,adj))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there really great tenors who are modest?").
/* clausify80 = answer80([]) :-
qualifiedBy( BE_Modest,
thing&Thing,
np_head(Generic,generic,[adj(great)],tenor)) ,
bE(is,Is,BE_Modest) ,
property(BE_Modest,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2965344)) ,
^( Is4,
((true,true),true),modalized(really,(true,bE(is,Is4,BE_Modest),true,true))). */
%~ ?- c88("Are there really great tenors who are modest?").
%~ any_to_ace_str="Are there really great tenors who are modest ?".
%~ ?- c88("Are there really great tenors who are modest?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there really great tenors who are modest?").
/* simplify80 = answer80([]) :-
property(Modest_Tenor_Great,great,adj) ,
ti(tenor,Modest_Tenor_Great) ,
bE(is,Is,Modest_Tenor_Great) ,
property(Modest_Tenor_Great,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_61558)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Modest_Tenor_Great)). */
%~ ?- c88("Are there really great tenors who are modest?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28674,great,adj))).
%~ ?- c88("Are there really great tenors who are modest?").
%~ results80=[[false]].
%~ ?- c88("Are there really great tenors who are modest?").
%~ any_to_ace_str="Are there really great tenors who are modest? .".
%~ ?- c88("Are there really great tenors who are modest?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there really great tenors who are modest?").
/* compile80 = ( ( ( database80(property(Modest_Tenor_Great,great,adj)) ,
database80(ti(tenor,Modest_Tenor_Great)) ,
database80(bE(is,Is,Modest_Tenor_Great)) ,
database80(property(Modest_Tenor_Great,modest,adj)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_57992))) ,
database80(modalized(really,bE(is,Is5,Modest_Tenor_Great)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9152,great,adj))).
%~ ?- c88("Are there really great tenors who are modest?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]],
_1967272).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]],
_1980106).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]],
_1980112).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]],
_1980112).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'ADVP',
['RB',really]],
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]],
['.',?]]],
_1980112).
%~ call_residue_vars=[].
%~ ?- c88("Are there really great tenors who are modest?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Modest_Tenor_Great,great,adj) ,
ti(tenor,Modest_Tenor_Great) ,
bE(is,Is,Modest_Tenor_Great) ,
property(Modest_Tenor_Great,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_51766)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Modest_Tenor_Great)). */
%~ ?-c88("There are really great tenors who are modest.").
%~ list_undefined([]).
%~ ?- c88("There are really great tenors who are modest.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]]. */
%~ ?- c88("There are really great tenors who are modest.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( really, [
pos(rb), root(really),loc(3),lnks(4),txt("really"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(3,3))),
link(2,'VP',r('VP',seg(2,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xRealTheWord,"really"), cycWord(xRealTheWord),ac(regularAdverb,xRealTheWord,real),
ttholds(inflAdverbUnchecked,'TTWord_Really',"really"),
talk_db(adv,really)]),
w( great, [
pos(jj), root(great),loc(4),lnks(5),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(5),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(6),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,8))),
link(3,'NP',r('NP',seg(4,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1872188,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,8))),link(2,'S',r('S',seg(7,8))),
link(3,'SBAR',r('SBAR',seg(6,8))),
link(4,'NP',r('NP',seg(4,8))), link(5,'VP',r('VP',seg(2,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( modest, [
pos(jj), root(modest),loc(8),lnks(8),txt("modest"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'VP',r('VP',seg(7,8))),link(3,'S',r('S',seg(7,8))),
link(4,'SBAR',r('SBAR',seg(6,8))),
link(5,'NP',r('NP',seg(4,8))), link(6,'VP',r('VP',seg(2,8))),link(7,'S',r('S',seg(1,9))),
link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xModestTheWord,"modest"),
cycWord(xModestTheWord),
ac(regularDegree,xModestTheWord,modest),
clex_word(adj_prep(in),modest,modest,unknown),
clex_word(adj_prep(about),modest,modest,unknown),
clex_word(adj,modest,modest,unknown),
ttholds(inflAdjective,'TTWord_Modest',"modest"),
talk_db(adj,modest)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are really great tenors who are modest.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ adv(really),
arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2298478,pronoun(agent,3+_2298478),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(modest))],
[]))]))],
[])). */
%~ ?- c88("There are really great tenors who are modest.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([adv(really),aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-_2506202,
'`'(qualifiedBy(_2500778,thing&Thing,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2563088,
'`'(qualifiedBy(_2557824,thing&Thing,pronoun(agent,3+_2557848))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-_2577462, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-_2596118, '`'(true),'`'(true),
[],
thing&Thing-_2590878), identityQ([root]),true,
['`'(true)&'`'(property(_2500932,modest,adj))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are really great tenors who are modest.").
/* clausify80 = answer80([]) :-
qualifiedBy( BE_Modest,
thing&Thing,
np_head(Generic,generic,[adj(great)],tenor)) ,
bE(is,Is,BE_Modest) ,
property(BE_Modest,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2652164)) ,
^( Is4,
((true,true),true),modalized(really,(true,bE(is,Is4,BE_Modest),true,true))). */
%~ ?- c88("There are really great tenors who are modest.").
%~ any_to_ace_str="There are really great tenors who are modest .".
%~ ?- c88("There are really great tenors who are modest.").
%~ try_ace_drs=failure.
%~ ?- c88("There are really great tenors who are modest.").
/* simplify80 = answer80([]) :-
property(Modest_Tenor_Great,great,adj) ,
ti(tenor,Modest_Tenor_Great) ,
bE(is,Is,Modest_Tenor_Great) ,
property(Modest_Tenor_Great,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_61576)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Modest_Tenor_Great)). */
%~ ?- c88("There are really great tenors who are modest.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28692,great,adj))).
%~ ?- c88("There are really great tenors who are modest.").
%~ results80=[[false]].
%~ ?- c88("There are really great tenors who are modest.").
%~ any_to_ace_str="There are really great tenors who are modest.".
%~ ?- c88("There are really great tenors who are modest.").
%~ try_ace_eng=failure.
%~ ?- c88("There are really great tenors who are modest.").
/* compile80 = ( ( ( database80(property(Modest_Tenor_Great,great,adj)) ,
database80(ti(tenor,Modest_Tenor_Great)) ,
database80(bE(is,Is,Modest_Tenor_Great)) ,
database80(property(Modest_Tenor_Great,modest,adj)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_57988))) ,
database80(modalized(really,bE(is,Is5,Modest_Tenor_Great)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9158,great,adj))).
%~ ?- c88("There are really great tenors who are modest.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]],
_1635890).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]],
_1649076).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]],
_1649084).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]],
_1649084).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'ADVP',
['RB',really]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',modest]]]]]]],
['.','.']]],
_1649084).
%~ call_residue_vars=[].
%~ ?- c88("There are really great tenors who are modest.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Modest_Tenor_Great,great,adj) ,
ti(tenor,Modest_Tenor_Great) ,
bE(is,Is,Modest_Tenor_Great) ,
property(Modest_Tenor_Great,modest,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_52124)) ,
Modalized_Is5^modalized(really,bE(is,Modalized_Is5,Modest_Tenor_Great)). */
%~ ?-c88("Some great tenors are Swedish.").
%~ list_undefined([]).
%~ ?- c88("Some great tenors are Swedish.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]],
['.','.']]]. */
%~ ?- c88("Some great tenors are Swedish.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( swedish, [
pos(jj), root(swedish),loc(5),lnks(4),txt("Swedish"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Sweden'),link(1,'ADJP',r('ADJP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
talk_db(adj,swedish)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some great tenors are Swedish.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(great)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(swedish))],
[])). */
%~ ?- c88("Some great tenors are Swedish.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_1381194&_1381196-_1381190,
'`'(qualifiedBy(_1374038,_1374042&_1374044,np_head(Det,det(some),[adj(great)],tenor))),
'`'(true),
[],
_1374042&_1374044-Swedish),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Swedish,swedish,pos))&'`'(true)])). */
%~ ?- c88("Some great tenors are Swedish.").
/* clausify80 = answer80([]) :-
qualifiedBy(Swedish,_1408714&_1408716,np_head(Det,det(some),[adj(great)],tenor)) ,
property(Swedish,swedish,pos). */
%~ ?- c88("Some great tenors are Swedish.").
%~ any_to_ace_str="Some great tenors are Swedish .".
%~ ?- c88("Some great tenors are Swedish.").
/* try_ace_drs = drs( [Named_Great_Tenor,Be], [
object(Named_Great_Tenor,tenor,countable,na,geq,2) -
1/3,
property(Named_Great_Tenor,great,pos)-1/2,
predicate(Be,be,Named_Great_Tenor,named('Swedish')) -
1/4]). */
%~ ?- c88("Some great tenors are Swedish.").
/* simplify80 = answer80([]) :-
qualifiedBy(Swedish,_74996&_74998,np_head(Det,det(some),[adj(great)],tenor)) ,
property(Swedish,swedish,pos). */
%~ ?- c88("Some great tenors are Swedish.").
/* try_ace_fol = exists( Named_Great_Tenor,
exists( Be,
( object(Event_Object,Named_Great_Tenor,tenor,countable,na,geq,2) &
property(Event_Object,Named_Great_Tenor,great,pos) &
predicate(Event_Object,Be,be,Named_Great_Tenor,named('Swedish'))))). */
%~ missing(database80(property(_58878,swedish,pos))).
%~ ?- c88("Some great tenors are Swedish.").
%~ results80=[[false]].
%~ ?- c88("Some great tenors are Swedish.").
%~ any_to_ace_str="Some great tenors are Swedish.".
%~ ?- c88("Some great tenors are Swedish.").
%~ try_ace_eng=['There are at least 2 great tenors X1.','The great tenors X1 are Swedish.'].
%~ ?- c88("Some great tenors are Swedish.").
/* compile80 = ( ( ( database80( qualifiedBy(Swedish,_53872&_53874,np_head(Det,det(some),[adj(great)],tenor))) ,
database80(property(Swedish,swedish,pos))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8624,swedish,pos))).
%~ ?- c88("Some great tenors are Swedish.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]],
['.','.']]],
_979470).
%~ call_residue_vars=[].
%~ ?- c88("Some great tenors are Swedish.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy(Swedish,_35472&_35474,np_head(Det,det(some),[adj(great)],tenor)) ,
property(Swedish,swedish,pos). */
%~ ?-c88("Are there great tenors who are Swedish?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who are Swedish?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who are Swedish?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1943742,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'NP',r('NP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( swedish, [
pos(jj), root(swedish),loc(7),lnks(7),txt("Swedish"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Sweden'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))), link(5,'NP',r('NP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(adj,swedish)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who are Swedish?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2435506,pronoun(agent,3+_2435506),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(swedish))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who are Swedish?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2684538,
'`'(qualifiedBy(_2679274,thing&Thing,pronoun(agent,3+_2679298))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2701220), identityQ([root]),true,
['`'(true)&'`'(property(_2630228,swedish,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there great tenors who are Swedish?").
/* clausify80 = answer80([]) :-
'`'(property(Swedish_Tenor_Great,great,adj))&ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2756958)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,Swedish_Tenor_Great),true,true). */
%~ ?- c88("Are there great tenors who are Swedish?").
%~ any_to_ace_str="Are there great tenors who are Swedish ?".
%~ ?- c88("Are there great tenors who are Swedish?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who are Swedish?").
/* simplify80 = answer80([]) :-
property(Swedish_Tenor_Great,great,adj) ,
ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58744)) ,
BE_Is5^bE(is,BE_Is5,Swedish_Tenor_Great). */
%~ ?- c88("Are there great tenors who are Swedish?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27674,great,adj))).
%~ ?- c88("Are there great tenors who are Swedish?").
%~ results80=[[false]].
%~ ?- c88("Are there great tenors who are Swedish?").
%~ any_to_ace_str="Are there great tenors who are Swedish? .".
%~ ?- c88("Are there great tenors who are Swedish?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who are Swedish?").
/* compile80 = ( ( ( database80(property(Swedish_Tenor_Great,great,adj)) ,
database80(ti(tenor,Swedish_Tenor_Great)) ,
database80(bE(is,Is,Swedish_Tenor_Great)) ,
database80(property(Swedish_Tenor_Great,swedish,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56870))) ,
database80(bE(is,Is5,Swedish_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9150,great,adj))).
%~ ?- c88("Are there great tenors who are Swedish?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]],
_1760080).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]],
_1772322).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]],
_1772328).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]],
_1772328).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]],
['.',?]]],
_1772328).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who are Swedish?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Swedish_Tenor_Great,great,adj) ,
ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_49926)) ,
BE_Is5^bE(is,BE_Is5,Swedish_Tenor_Great). */
%~ ?-c88("There are great tenors who are Swedish.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who are Swedish.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who are Swedish.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1645426,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(3,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( swedish, [
pos(jj), root(swedish),loc(7),lnks(8),txt("Swedish"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Sweden'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(3,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(adj,swedish)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who are Swedish.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2090940,pronoun(agent,3+_2090940),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(swedish))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who are Swedish.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2336394,
'`'(qualifiedBy(_2331130,thing&Thing,pronoun(agent,3+_2331154))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2353076), identityQ([root]),true,
['`'(true)&'`'(property(_2282084,swedish,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are great tenors who are Swedish.").
/* clausify80 = answer80([]) :-
'`'(property(Swedish_Tenor_Great,great,adj))&ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2409154)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,Swedish_Tenor_Great),true,true). */
%~ ?- c88("There are great tenors who are Swedish.").
%~ any_to_ace_str="There are great tenors who are Swedish .".
%~ ?- c88("There are great tenors who are Swedish.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who are Swedish.").
/* simplify80 = answer80([]) :-
property(Swedish_Tenor_Great,great,adj) ,
ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58928)) ,
BE_Is5^bE(is,BE_Is5,Swedish_Tenor_Great). */
%~ ?- c88("There are great tenors who are Swedish.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27858,great,adj))).
%~ ?- c88("There are great tenors who are Swedish.").
%~ results80=[[false]].
%~ ?- c88("There are great tenors who are Swedish.").
%~ any_to_ace_str="There are great tenors who are Swedish.".
%~ ?- c88("There are great tenors who are Swedish.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who are Swedish.").
/* compile80 = ( ( ( database80(property(Swedish_Tenor_Great,great,adj)) ,
database80(ti(tenor,Swedish_Tenor_Great)) ,
database80(bE(is,Is,Swedish_Tenor_Great)) ,
database80(property(Swedish_Tenor_Great,swedish,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56874))) ,
database80(bE(is,Is5,Swedish_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9148,great,adj))).
%~ ?- c88("There are great tenors who are Swedish.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Swedish']]]]]]],
['.','.']]],
_1429028).
%~ call_residue_vars = [ _22406, _22336,_22272,_22214,_21804].
%~ ?- c88("There are great tenors who are Swedish.").
/* e2c_80 = asserted( exists( Exists,
exists( ColFn_Great_Swedish,
( iza(ColFn_Great_Swedish,'Swedish') &
~numberOf(ColFn_Great_Swedish,1) &
iza(ColFn_Great_Swedish,tColFn("great")) &
iza(ColFn_Great_Swedish,tColFn("tenor")) &
iza(ColFn_Great_Swedish,tAgent) &
~numberOf(Exists,1))))). */
/* c88 = answer80([]) :-
property(Swedish_Tenor_Great,great,adj) ,
ti(tenor,Swedish_Tenor_Great) ,
bE(is,Is,Swedish_Tenor_Great) ,
property(Swedish_Tenor_Great,swedish,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_153196)) ,
BE_Is5^bE(is,BE_Is5,Swedish_Tenor_Great). */
%~ ?-c88("Many great tenors are German.").
%~ list_undefined([]).
%~ ?- c88("Many great tenors are German.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]],
['.','.']]]. */
%~ ?- c88("Many great tenors are German.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( german, [
pos(jj), root(german),loc(5),lnks(4),txt("German"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Germany'),link(1,'ADJP',r('ADJP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(german-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjective,'TTWord_German',"german"),
talk_db(adj,german)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many great tenors are German.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[adj(many),adj(great)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(german))],
[])). */
%~ ?- c88("Many great tenors are German.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great_Many,
`( ( '`'(property(Tenor_Great_Many,many,pos)) &
'`'(property(Tenor_Great_Many,great,adj)) &
ti(tenor,Tenor_Great_Many))),
'`'(true),
[],
thing&Thing-German),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(German,german,pos))&'`'(true)])). */
%~ ?- c88("Many great tenors are German.").
/* clausify80 = answer80([]) :-
( '`'(property(Tenor_Great_Many,many,pos)) &
'`'(property(Tenor_Great_Many,great,adj)) &
ti(tenor,Tenor_Great_Many)) ,
property(Tenor_Great_Many,german,pos). */
%~ ?- c88("Many great tenors are German.").
%~ any_to_ace_str="Many great tenors are German .".
%~ ?- c88("Many great tenors are German.").
%~ try_ace_drs=failure.
%~ ?- c88("Many great tenors are German.").
/* simplify80 = answer80([]) :-
property(Tenor_Great_Many,many,pos) ,
property(Tenor_Great_Many,great,adj) ,
ti(tenor,Tenor_Great_Many) ,
property(Tenor_Great_Many,german,pos). */
%~ ?- c88("Many great tenors are German.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27406,many,pos))).
%~ ?- c88("Many great tenors are German.").
%~ results80=[[false]].
%~ ?- c88("Many great tenors are German.").
%~ any_to_ace_str="Many great tenors are German.".
%~ ?- c88("Many great tenors are German.").
%~ try_ace_eng=failure.
%~ ?- c88("Many great tenors are German.").
/* compile80 = ( ( ( database80(property(Tenor_Great_Many,many,pos)) ,
database80(property(Tenor_Great_Many,great,adj)) ,
database80(ti(tenor,Tenor_Great_Many)) ,
database80(property(Tenor_Great_Many,german,pos))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8544,many,pos))).
%~ ?- c88("Many great tenors are German.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]],
['.','.']]],
_1243512).
%~ call_residue_vars=[].
%~ ?- c88("Many great tenors are German.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Tenor_Great_Many,many,pos) ,
property(Tenor_Great_Many,great,adj) ,
ti(tenor,Tenor_Great_Many) ,
property(Tenor_Great_Many,german,pos). */
%~ ?-c88("Are there great tenors who are German?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who are German?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who are German?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1944266,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'NP',r('NP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( german, [
pos(jj), root(german),loc(7),lnks(7),txt("German"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Germany'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))), link(5,'NP',r('NP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(german-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjective,'TTWord_German',"german"),
talk_db(adj,german)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who are German?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2437912,pronoun(agent,3+_2437912),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(german))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who are German?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2686940,
'`'(qualifiedBy(_2681676,thing&Thing,pronoun(agent,3+_2681700))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2703622), identityQ([root]),true,
['`'(true)&'`'(property(_2632630,german,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there great tenors who are German?").
/* clausify80 = answer80([]) :-
'`'(property(German_Tenor_Great,great,adj))&ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2759244)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,German_Tenor_Great),true,true). */
%~ ?- c88("Are there great tenors who are German?").
%~ any_to_ace_str="Are there great tenors who are German ?".
%~ ?- c88("Are there great tenors who are German?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who are German?").
/* simplify80 = answer80([]) :-
property(German_Tenor_Great,great,adj) ,
ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58820)) ,
BE_Is5^bE(is,BE_Is5,German_Tenor_Great). */
%~ ?- c88("Are there great tenors who are German?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27866,great,adj))).
%~ ?- c88("Are there great tenors who are German?").
%~ results80=[[false]].
%~ ?- c88("Are there great tenors who are German?").
%~ any_to_ace_str="Are there great tenors who are German? .".
%~ ?- c88("Are there great tenors who are German?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who are German?").
/* compile80 = ( ( ( database80(property(German_Tenor_Great,great,adj)) ,
database80(ti(tenor,German_Tenor_Great)) ,
database80(bE(is,Is,German_Tenor_Great)) ,
database80(property(German_Tenor_Great,german,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56746))) ,
database80(bE(is,Is5,German_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9148,great,adj))).
%~ ?- c88("Are there great tenors who are German?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]],
_1759854).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]],
_1772120).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]],
_1772126).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]],
_1772126).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]],
['.',?]]],
_1772126).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who are German?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(German_Tenor_Great,great,adj) ,
ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_49860)) ,
BE_Is5^bE(is,BE_Is5,German_Tenor_Great). */
%~ ?-c88("There are great tenors who are German.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who are German.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who are German.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1645606,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(3,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( german, [
pos(jj), root(german),loc(7),lnks(8),txt("German"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Germany'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(3,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(german-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjective,'TTWord_German',"german"),
talk_db(adj,german)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who are German.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2093004,pronoun(agent,3+_2093004),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(german))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who are German.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2338454,
'`'(qualifiedBy(_2333190,thing&Thing,pronoun(agent,3+_2333214))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2355136), identityQ([root]),true,
['`'(true)&'`'(property(_2284144,german,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are great tenors who are German.").
/* clausify80 = answer80([]) :-
'`'(property(German_Tenor_Great,great,adj))&ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2411098)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,German_Tenor_Great),true,true). */
%~ ?- c88("There are great tenors who are German.").
%~ any_to_ace_str="There are great tenors who are German .".
%~ ?- c88("There are great tenors who are German.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who are German.").
/* simplify80 = answer80([]) :-
property(German_Tenor_Great,great,adj) ,
ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58764)) ,
BE_Is5^bE(is,BE_Is5,German_Tenor_Great). */
%~ ?- c88("There are great tenors who are German.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27810,great,adj))).
%~ ?- c88("There are great tenors who are German.").
%~ results80=[[false]].
%~ ?- c88("There are great tenors who are German.").
%~ any_to_ace_str="There are great tenors who are German.".
%~ ?- c88("There are great tenors who are German.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who are German.").
/* compile80 = ( ( ( database80(property(German_Tenor_Great,great,adj)) ,
database80(ti(tenor,German_Tenor_Great)) ,
database80(bE(is,Is,German_Tenor_Great)) ,
database80(property(German_Tenor_Great,german,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56746))) ,
database80(bE(is,Is5,German_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9146,great,adj))).
%~ ?- c88("There are great tenors who are German.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','German']]]]]]],
['.','.']]],
_1428476).
%~ call_residue_vars = [ _22440, _22370,_22306,_22248,_21838].
%~ ?- c88("There are great tenors who are German.").
/* e2c_80 = asserted( exists( Exists,
exists( ColFn_Great_German,
( iza(ColFn_Great_German,'German') &
~numberOf(ColFn_Great_German,1) &
iza(ColFn_Great_German,tColFn("great")) &
iza(ColFn_Great_German,tColFn("tenor")) &
iza(ColFn_Great_German,tAgent) &
~numberOf(Exists,1))))). */
/* c88 = answer80([]) :-
property(German_Tenor_Great,great,adj) ,
ti(tenor,German_Tenor_Great) ,
bE(is,Is,German_Tenor_Great) ,
property(German_Tenor_Great,german,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_152240)) ,
BE_Is5^bE(is,BE_Is5,German_Tenor_Great). */
%~ ?-c88("Several great tenors are British.").
%~ list_undefined([]).
%~ ?- c88("Several great tenors are British.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]],
['.','.']]]. */
%~ ?- c88("Several great tenors are British.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( british, [
pos(jj), root(british),loc(5),lnks(4),txt("British"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('United_Kingdom'),
link(1,'ADJP',r('ADJP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
talk_db(adj,british),talk_db(noun2,british),
talk_db(noun1,british,british)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several great tenors are British.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[adj(several),adj(great)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(british))],
[])). */
%~ ?- c88("Several great tenors are British.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great_Several,
`( ( '`'(property(Tenor_Great_Several,several,pos)) &
'`'(property(Tenor_Great_Several,great,adj)) &
ti(tenor,Tenor_Great_Several))),
'`'(true),
[],
thing&Thing-British),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(British,british,pos))&'`'(true)])). */
%~ ?- c88("Several great tenors are British.").
/* clausify80 = answer80([]) :-
( '`'(property(Tenor_Great_Several,several,pos)) &
'`'(property(Tenor_Great_Several,great,adj)) &
ti(tenor,Tenor_Great_Several)) ,
property(Tenor_Great_Several,british,pos). */
%~ ?- c88("Several great tenors are British.").
%~ any_to_ace_str="Several great tenors are British .".
%~ ?- c88("Several great tenors are British.").
%~ try_ace_drs=failure.
%~ ?- c88("Several great tenors are British.").
/* simplify80 = answer80([]) :-
property(Tenor_Great_Several,several,pos) ,
property(Tenor_Great_Several,great,adj) ,
ti(tenor,Tenor_Great_Several) ,
property(Tenor_Great_Several,british,pos). */
%~ ?- c88("Several great tenors are British.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27536,several,pos))).
%~ ?- c88("Several great tenors are British.").
%~ results80=[[false]].
%~ ?- c88("Several great tenors are British.").
%~ any_to_ace_str="Several great tenors are British.".
%~ ?- c88("Several great tenors are British.").
%~ try_ace_eng=failure.
%~ ?- c88("Several great tenors are British.").
/* compile80 = ( ( ( database80(property(Tenor_Great_Several,several,pos)) ,
database80(property(Tenor_Great_Several,great,adj)) ,
database80(ti(tenor,Tenor_Great_Several)) ,
database80(property(Tenor_Great_Several,british,pos))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8548,several,pos))).
%~ ?- c88("Several great tenors are British.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]],
['.','.']]],
_1244378).
%~ call_residue_vars=[].
%~ ?- c88("Several great tenors are British.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Tenor_Great_Several,several,pos) ,
property(Tenor_Great_Several,great,adj) ,
ti(tenor,Tenor_Great_Several) ,
property(Tenor_Great_Several,british,pos). */
%~ ?-c88("Are there great tenors who are British?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who are British?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who are British?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1944276,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'NP',r('NP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( british, [
pos(jj), root(british),loc(7),lnks(7),txt("British"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('United_Kingdom'),
link(1,'ADJP',r('ADJP',seg(7,7))), link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))), link(5,'NP',r('NP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(adj,british),talk_db(noun2,british),
talk_db(noun1,british,british)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who are British?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2437188,pronoun(agent,3+_2437188),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(british))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who are British?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2686220,
'`'(qualifiedBy(_2680956,thing&Thing,pronoun(agent,3+_2680980))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2702902), identityQ([root]),true,
['`'(true)&'`'(property(_2631910,british,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there great tenors who are British?").
/* clausify80 = answer80([]) :-
'`'(property(British_Tenor_Great,great,adj))&ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2758640)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,British_Tenor_Great),true,true). */
%~ ?- c88("Are there great tenors who are British?").
%~ any_to_ace_str="Are there great tenors who are British ?".
%~ ?- c88("Are there great tenors who are British?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who are British?").
/* simplify80 = answer80([]) :-
property(British_Tenor_Great,great,adj) ,
ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58972)) ,
BE_Is5^bE(is,BE_Is5,British_Tenor_Great). */
%~ ?- c88("Are there great tenors who are British?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27902,great,adj))).
%~ ?- c88("Are there great tenors who are British?").
%~ results80=[[false]].
%~ ?- c88("Are there great tenors who are British?").
%~ any_to_ace_str="Are there great tenors who are British? .".
%~ ?- c88("Are there great tenors who are British?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who are British?").
/* compile80 = ( ( ( database80(property(British_Tenor_Great,great,adj)) ,
database80(ti(tenor,British_Tenor_Great)) ,
database80(bE(is,Is,British_Tenor_Great)) ,
database80(property(British_Tenor_Great,british,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56870))) ,
database80(bE(is,Is5,British_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9150,great,adj))).
%~ ?- c88("Are there great tenors who are British?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]],
_1760208).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]],
_1772476).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]],
_1772482).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]],
_1772482).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]],
['.',?]]],
_1772482).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who are British?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(British_Tenor_Great,great,adj) ,
ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_49952)) ,
BE_Is5^bE(is,BE_Is5,British_Tenor_Great). */
%~ ?-c88("There are great tenors who are British.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who are British.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who are British.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1645600,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(3,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( british, [
pos(jj), root(british),loc(7),lnks(8),txt("British"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('United_Kingdom'),
link(1,'ADJP',r('ADJP',seg(7,7))), link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(3,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(adj,british),talk_db(noun2,british),
talk_db(noun1,british,british)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who are British.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2091876,pronoun(agent,3+_2091876),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(british))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who are British.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2336412,
'`'(qualifiedBy(_2331148,thing&Thing,pronoun(agent,3+_2331172))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2353094), identityQ([root]),true,
['`'(true)&'`'(property(_2282102,british,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are great tenors who are British.").
/* clausify80 = answer80([]) :-
'`'(property(British_Tenor_Great,great,adj))&ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2409172)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,British_Tenor_Great),true,true). */
%~ ?- c88("There are great tenors who are British.").
%~ any_to_ace_str="There are great tenors who are British .".
%~ ?- c88("There are great tenors who are British.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who are British.").
/* simplify80 = answer80([]) :-
property(British_Tenor_Great,great,adj) ,
ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58928)) ,
BE_Is5^bE(is,BE_Is5,British_Tenor_Great). */
%~ ?- c88("There are great tenors who are British.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27858,great,adj))).
%~ ?- c88("There are great tenors who are British.").
%~ results80=[[false]].
%~ ?- c88("There are great tenors who are British.").
%~ any_to_ace_str="There are great tenors who are British.".
%~ ?- c88("There are great tenors who are British.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who are British.").
/* compile80 = ( ( ( database80(property(British_Tenor_Great,great,adj)) ,
database80(ti(tenor,British_Tenor_Great)) ,
database80(bE(is,Is,British_Tenor_Great)) ,
database80(property(British_Tenor_Great,british,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56744))) ,
database80(bE(is,Is5,British_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9148,great,adj))).
%~ ?- c88("There are great tenors who are British.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','British']]]]]]],
['.','.']]],
_1428816).
%~ call_residue_vars = [ _22678, _22602,_22532,_22468,_22036].
%~ ?- c88("There are great tenors who are British.").
/* e2c_80 = asserted( exists( Exists,
exists( ColFn_Great_British,
( iza(ColFn_Great_British,'British') &
~numberOf(ColFn_Great_British,1) &
iza(ColFn_Great_British,tColFn("great")) &
iza(ColFn_Great_British,tColFn("tenor")) &
iza(ColFn_Great_British,tAgent) &
~numberOf(Exists,1))))). */
/* c88 = answer80([]) :-
property(British_Tenor_Great,great,adj) ,
ti(tenor,British_Tenor_Great) ,
bE(is,Is,British_Tenor_Great) ,
property(British_Tenor_Great,british,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_153500)) ,
BE_Is5^bE(is,BE_Is5,British_Tenor_Great). */
%~ ?-c88("Most great tenors are Italian.").
%~ list_undefined([]).
%~ ?- c88("Most great tenors are Italian.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]],
['.','.']]]. */
%~ ?- c88("Most great tenors are Italian.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(3),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(5),lnks(4),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most great tenors are Italian.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(italian))],
[])). */
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_1506874-_1506876-_1514238, i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_1506874-_1506876-_1514238, i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, aggr(_1520980, _1506876, [_1520992, _1506876], _1514252, '`'(_1521010)&_1514256), _1514252, '`'(true), _1514256)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1521884))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1521884))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1521884))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _1521884)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _1521884)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1521884))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_1506874-_1506876-_1514238, i_adj(sup(most, adj(most)), _1506874-_1506876, _1506874-_1506876, _1514238, _1506914, _1514252, _1506890, _1514256))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1506874-_1506876, _1506874-_1506876, _1506912, _1506914, _1506914, _1506890, ti(tenor, _1506876))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_1535584-_1535586-_1542946, i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_1535584-_1535586-_1542946, i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, aggr(_1549688, _1535586, [_1549700, _1535586], _1542960, '`'(_1549718)&_1542964), _1542960, '`'(true), _1542964)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1550592))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1550592))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1550592))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _1550592)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _1550592)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _1550592))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_1535584-_1535586-_1542946, i_adj(sup(most, adj(most)), _1535584-_1535586, _1535584-_1535586, _1542946, _1535624, _1542960, _1535600, _1542964))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _1535584-_1535586, _1535584-_1535586, _1535622, _1535624, _1535624, _1535600, ti(tenor, _1535586))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most great tenors are Italian.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_1691014&_1691016-_1691010,
`( qualifiedBy( QualifiedByP3V,
_1706082&_1706084,
np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor))),
'`'(true),
[],
_1683862&_1683864-Italian),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Italian,italian,pos))&'`'(true)])). */
%~ ?- c88("Most great tenors are Italian.").
/* clausify80 = answer80([]) :-
qualifiedBy( Italian,
_1742350&_1742352,
np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor)) ,
property(Italian,italian,pos). */
%~ ?- c88("Most great tenors are Italian.").
%~ any_to_ace_str="Most great tenors are Italian .".
%~ ?- c88("Most great tenors are Italian.").
%~ try_ace_drs=failure.
^ Exit: (98) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (99) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Unify: (99) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Call: (100) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494)))))
^ Unify: (100) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494)))))
^ Exit: (100) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494)))))
^ Call: (100) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Unify: (100) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Call: (101) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_35120, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Unify: (101) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_35120, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Call: (102) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Unify: (102) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
Call: (103) [system] current_prolog_flag(debug_chat80, true)
Fail: (103) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (102) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Call: (103) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138)
^ Unify: (103) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, aggr(_41862, _27494, [_41874, _27494], _35134, '`'(_41892)&_35138), _35134, '`'(true), _35138)
^ Call: (104) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _42766))
^ Unify: (104) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _42766))
Call: (105) [system] current_prolog_flag(debug_chat80, true)
Fail: (105) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (104) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _42766))
^ Call: (105) [parser_chat80] parser_chat80:adj_sign_LF(most, _42766)
^ Fail: (105) [parser_chat80] parser_chat80:adj_sign_LF(most, _42766)
^ Fail: (104) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _42766))
^ Fail: (103) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138)
^ Fail: (102) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Fail: (101) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_35120, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _35120, _27798, _35134, _27784, _35138))
^ Fail: (100) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Fail: (99) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _27796, _27798, _27798, _27784, ti(tenor, _27494))
^ Call: (99) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (99) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (101) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (97) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Unify: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Call: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494)))))
^ Unify: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494)))))
^ Exit: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494)))))
^ Call: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Unify: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Call: (100) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_63810, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Unify: (100) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_63810, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Call: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Unify: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Call: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828)
^ Unify: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, aggr(_70552, _27494, [_70564, _27494], _63824, '`'(_70582)&_63828), _63824, '`'(true), _63828)
^ Call: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _71456))
^ Unify: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _71456))
Call: (104) [system] current_prolog_flag(debug_chat80, true)
Fail: (104) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _71456))
^ Call: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _71456)
^ Fail: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _71456)
^ Fail: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _71456))
^ Fail: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828)
^ Fail: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Fail: (100) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_63810, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _63810, _56488, _63824, _56474, _63828))
^ Fail: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Fail: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _56486, _56488, _56488, _56474, ti(tenor, _27494))
^ Call: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (100) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (95) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Unify: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Call: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494)))))
^ Unify: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494)))))
^ Exit: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494)))))
^ Call: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Unify: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Call: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_92396, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Unify: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_92396, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Call: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Unify: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
Call: (100) [system] current_prolog_flag(debug_chat80, true)
Fail: (100) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Call: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414)
^ Unify: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, aggr(_99138, _27494, [_99150, _27494], _92410, '`'(_99168)&_92414), _92410, '`'(true), _92414)
^ Call: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _100042))
^ Unify: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _100042))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _100042))
^ Call: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _100042)
^ Fail: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _100042)
^ Fail: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _100042))
^ Fail: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414)
^ Fail: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Fail: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_92396, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _92396, _85074, _92410, _85062, _92414))
^ Fail: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Fail: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _85072, _85074, _85074, _85062, ti(tenor, _27494))
^ Call: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (98) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (95) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Unify: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Call: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494)))))
^ Unify: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494)))))
^ Exit: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494)))))
^ Call: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Unify: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Call: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_121014, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Unify: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_121014, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Call: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Unify: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
Call: (100) [system] current_prolog_flag(debug_chat80, true)
Fail: (100) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Call: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032)
^ Unify: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, aggr(_127756, _27494, [_127768, _27494], _121028, '`'(_127786)&_121032), _121028, '`'(true), _121032)
^ Call: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _128660))
^ Unify: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _128660))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _128660))
^ Call: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _128660)
^ Fail: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _128660)
^ Fail: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _128660))
^ Fail: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032)
^ Fail: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Fail: (98) [parser_chat80] parser_chat80:lf80(_27496&_27498-_27494-_121014, i_adj(sup(most, adj(most)), _27496&_27498-_27494, _27496&_27498-_27494, _121014, _113692, _121028, _113678, _121032))
^ Fail: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Fail: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most)), adj(great)], _27496&_27498-_27494, _27496&_27498-_27494, _113690, _113692, _113692, _113678, ti(tenor, _27494))
^ Call: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (98) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most great tenors are Italian.").
/* simplify80 = answer80([]) :-
qualifiedBy( Italian,
_166298&_166300,
np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor)) ,
property(Italian,italian,pos). */
%~ ?- c88("Most great tenors are Italian.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27494,italian,pos))).
%~ ?- c88("Most great tenors are Italian.").
%~ results80=[[false]].
%~ ?- c88("Most great tenors are Italian.").
%~ any_to_ace_str="Most great tenors are Italian.".
%~ ?- c88("Most great tenors are Italian.").
%~ try_ace_eng=failure.
%~ ?- c88("Most great tenors are Italian.").
/* compile80 = ( ( ( database80( qualifiedBy( Italian,
_57728&_57730,
np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor))) ,
database80(property(Italian,italian,pos))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8524,italian,pos))).
%~ ?- c88("Most great tenors are Italian.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]],
['.','.']]],
_1243726).
%~ call_residue_vars=[].
%~ ?- c88("Most great tenors are Italian.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Italian,
_43546&_43548,
np_head(Generic,generic,[sup(most,adj(most)),adj(great)],tenor)) ,
property(Italian,italian,pos). */
%~ ?-c88("Are there great tenors who are Italian?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who are Italian?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who are Italian?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1944622,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'NP',r('NP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(7),lnks(7),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))), link(5,'NP',r('NP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who are Italian?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2438916,pronoun(agent,3+_2438916),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(italian))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who are Italian?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2687948,
'`'(qualifiedBy(_2682684,thing&Thing,pronoun(agent,3+_2682708))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2704630), identityQ([root]),true,
['`'(true)&'`'(property(_2633638,italian,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there great tenors who are Italian?").
/* clausify80 = answer80([]) :-
'`'(property(Italian_Tenor_Great,great,adj))&ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2760368)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,Italian_Tenor_Great),true,true). */
%~ ?- c88("Are there great tenors who are Italian?").
%~ any_to_ace_str="Are there great tenors who are Italian ?".
%~ ?- c88("Are there great tenors who are Italian?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who are Italian?").
/* simplify80 = answer80([]) :-
property(Italian_Tenor_Great,great,adj) ,
ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58972)) ,
BE_Is5^bE(is,BE_Is5,Italian_Tenor_Great). */
%~ ?- c88("Are there great tenors who are Italian?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27902,great,adj))).
%~ ?- c88("Are there great tenors who are Italian?").
%~ results80=[[false]].
%~ ?- c88("Are there great tenors who are Italian?").
%~ any_to_ace_str="Are there great tenors who are Italian? .".
%~ ?- c88("Are there great tenors who are Italian?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who are Italian?").
/* compile80 = ( ( ( database80(property(Italian_Tenor_Great,great,adj)) ,
database80(ti(tenor,Italian_Tenor_Great)) ,
database80(bE(is,Is,Italian_Tenor_Great)) ,
database80(property(Italian_Tenor_Great,italian,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56870))) ,
database80(bE(is,Is5,Italian_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9150,great,adj))).
%~ ?- c88("Are there great tenors who are Italian?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_1760064).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_1772370).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_1772376).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_1772376).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]],
['.',?]]],
_1772376).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who are Italian?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Italian_Tenor_Great,great,adj) ,
ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_49990)) ,
BE_Is5^bE(is,BE_Is5,Italian_Tenor_Great). */
%~ ?-c88("There are great tenors who are Italian.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who are Italian.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who are Italian.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1651278,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(3,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( italian, [
pos(jj), root(italian),loc(7),lnks(8),txt("Italian"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Italy'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(3,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(italian-a,origin,[]),concept(fn,origin),
fsr(italian-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,italian)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who are Italian.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2098598,pronoun(agent,3+_2098598),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(italian))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who are Italian.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great,
'`'('`'(property(Tenor_Great,great,adj))&ti(tenor,Tenor_Great)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2344052,
'`'(qualifiedBy(_2338788,thing&Thing,pronoun(agent,3+_2338812))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-Tenor_Great, '`'(true),'`'(true),
[],
thing&Thing-_2360734), identityQ([root]),true,
['`'(true)&'`'(property(_2289742,italian,pos))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are great tenors who are Italian.").
/* clausify80 = answer80([]) :-
'`'(property(Italian_Tenor_Great,great,adj))&ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2416812)) ,
^( Is5,
((true,true),true),true,bE(is,Is5,Italian_Tenor_Great),true,true). */
%~ ?- c88("There are great tenors who are Italian.").
%~ any_to_ace_str="There are great tenors who are Italian .".
%~ ?- c88("There are great tenors who are Italian.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who are Italian.").
/* simplify80 = answer80([]) :-
property(Italian_Tenor_Great,great,adj) ,
ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58928)) ,
BE_Is5^bE(is,BE_Is5,Italian_Tenor_Great). */
%~ ?- c88("There are great tenors who are Italian.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27858,great,adj))).
%~ ?- c88("There are great tenors who are Italian.").
%~ results80=[[false]].
%~ ?- c88("There are great tenors who are Italian.").
%~ any_to_ace_str="There are great tenors who are Italian.".
%~ ?- c88("There are great tenors who are Italian.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who are Italian.").
/* compile80 = ( ( ( database80(property(Italian_Tenor_Great,great,adj)) ,
database80(ti(tenor,Italian_Tenor_Great)) ,
database80(bE(is,Is,Italian_Tenor_Great)) ,
database80(property(Italian_Tenor_Great,italian,pos)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56874))) ,
database80(bE(is,Is5,Italian_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9148,great,adj))).
%~ ?- c88("There are great tenors who are Italian.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ','Italian']]]]]]],
['.','.']]],
_1428672).
%~ call_residue_vars = [ _22470, _22400,_22336,_22278,_21868].
%~ ?- c88("There are great tenors who are Italian.").
/* e2c_80 = asserted( exists( Exists,
exists( ColFn_Great_Italian,
( iza(ColFn_Great_Italian,'Italian') &
~numberOf(ColFn_Great_Italian,1) &
iza(ColFn_Great_Italian,tColFn("great")) &
iza(ColFn_Great_Italian,tColFn("tenor")) &
iza(ColFn_Great_Italian,tAgent) &
~numberOf(Exists,1))))). */
/* c88 = answer80([]) :-
property(Italian_Tenor_Great,great,adj) ,
ti(tenor,Italian_Tenor_Great) ,
bE(is,Is,Italian_Tenor_Great) ,
property(Italian_Tenor_Great,italian,pos) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_152904)) ,
BE_Is5^bE(is,BE_Is5,Italian_Tenor_Great). */
%~ ?-c88("A few great tenors sing popular music.").
%~ list_undefined([]).
%~ ?- c88("A few great tenors sing popular music.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]],
['.','.']]]. */
%~ ?- c88("A few great tenors sing popular music.").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( few, [
pos(jj), root(few),loc(2),lnks(3),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( great, [
pos(jj), root(great),loc(3),lnks(3),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(3),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( sing, [
alt(pos(vbp)), root(sing),pos(vb),loc(5),lnks(3),
txt("sing"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xSingTheWord,"sing"),cycWord(xSingTheWord),
cycTerm(actSingingHuman,ttProcessType,ttLearnedActivityType),
cycTerm(actSinging,ttTemporalStuffType,ttThing),
ac(infinitive,xSingTheWord,sing),
clex_word(verb,sing,sing,iv+infpl),
clex_word(verb,sing,sing,tv+infpl),
clex_word(verb,sing,sing,dv('')+infpl),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,communication_manner),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:topic,recipient:addressee]),
fsr( sing-v,
communication_manner,
[ [ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ topic-c, pp,dep],
[ addressee-c, ini,null]],
2],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
6],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ message-c, ini,null],
[ addressee-c, ini,null]],
4],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
11],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, pp,dep]],
3],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ medium-p, pp,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
26],
[ [ [ topic-c, np,dep],
[ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
1]]),
ttholds(inflVerb,'TTWord_Sing',"sing"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Sing',"sing"),
ttholds(inflVerbPluralPresent,'TTWord_Sing',"sing"),
verbnet_map_wn(sing,['sing%2:36:01'],'manner_speaking-37.3'),
concept(vn,'manner_speaking-37.3'),
listof(concept(wn),['sing%2:36:01']),
verbnet_map_wn(sing,['sing%2:36:01','sing%2:36:00'],'performance-26.7-1-1'),
concept(vn,'performance-26.7-1-1'),
listof(concept(wn),['sing%2:36:01','sing%2:36:00']),
verbnet_map_wn(sing,['sing%2:32:08','sing%2:32:00'],'sound_emission-43.2'),
concept(vn,'sound_emission-43.2'),
listof(concept(wn),['sing%2:32:08','sing%2:32:00']),
verbnet_to_framenet('manner_speaking-37.3',sing,'sing.01'),
concept(fn,'sing.01'),
verbnet_to_framenet('performance-26.7-1-1',sing,'sing.01'),
verbnet_to_framenet('sound_emission-43.2',sing,'sing.02'),
concept(fn,'sing.02'),
verbnet_word(sing,'manner_speaking-37.3',"sing"),
verbnet_word(sing,'performance-26.7-1-1',"sing"),
verbnet_word(sing,'sound_emission-43.2',"sing")]),
w( popular, [
pos(jj), root(popular),loc(6),lnks(4),txt("popular"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xPopularTheWord,"popular"),
cycWord(xPopularTheWord),
cycTerm(nartR(vHighAmountFn,vtPopularityLevel),vtPopularityLevel,vtGenericQuantity),
ac(regularDegree,xPopularTheWord,popular),
clex_word(adj,popular,popular,unknown), fsr(popular-a,desirability,[]),concept(fn,desirability),
ttholds(inflAdjectiveUnchecked,'TTWord_Popular',"popular"),
talk_db(adj,popular)]),
w( music, [
pos(nn), root(music),loc(7),lnks(4),txt("music"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xMusicTheWord,"music"),
cycWord(xMusicTheWord),
cycTerm(iboMusic,ttTemporalStuffType,ttIBTContentType),
cycTerm(xtMusicalText,ttStuffType,ttThing),
ac(massNumber,xMusicTheWord,music),
clex_word(noun,music,music,neutr+Neutr-mass),
fsr(music-n,performing_arts,[]),
concept(fn,performing_arts),
ttholds(inflNounSingular,'TTWord_Music',"music")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A few great tenors sing popular music.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(a),[adj(few),adj(great)],tenor),[]),
verb(main+tv,sing,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Generic,generic,[adj(popular)],music),[]))],
[])). */
%~ ?- c88("A few great tenors sing popular music.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Tenor_Great_Few,
`( ( '`'(property(Tenor_Great_Few,few,adj)) &
'`'(property(Tenor_Great_Few,great,adj)) &
ti(tenor,Tenor_Great_Few))),
'`'(true),
[],
thing&Thing-Mg),
identityQ([root]),
generic_pred(frame_52838,thing,mg(sing),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
thing&Thing8-Music_Popular,
'`'('`'(property(Music_Popular,popular,adj))&ti(music,Music_Popular)),
'`'(true),
[],
thing&Thing8-Generic)])). */
%~ ?- c88("A few great tenors sing popular music.").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Music_Popular,popular,adj))&ti(music,Generic_Music_Popular) ,
( '`'(property(Tenor_Great_Few,few,adj)) &
'`'(property(Tenor_Great_Few,great,adj)) &
ti(tenor,Tenor_Great_Few)) ,
generic_pred(frame_52838,thing,mg(sing),Tenor_Great_Few,Generic_Music_Popular). */
%~ ?- c88("A few great tenors sing popular music.").
%~ any_to_ace_str="A few great tenors sing popular music .".
%~ ?- c88("A few great tenors sing popular music.").
%~ try_ace_drs=failure.
%~ ?- c88("A few great tenors sing popular music.").
/* simplify80 = answer80([]) :-
property(Generic_Music_Popular,popular,adj) ,
ti(music,Generic_Music_Popular) ,
property(Tenor_Great_Few,few,adj) ,
property(Tenor_Great_Few,great,adj) ,
ti(tenor,Tenor_Great_Few) ,
generic_pred(frame_52838,thing,sing,Tenor_Great_Few,Generic_Music_Popular). */
%~ ?- c88("A few great tenors sing popular music.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27084,popular,adj))).
%~ ?- c88("A few great tenors sing popular music.").
%~ results80=[[false]].
%~ ?- c88("A few great tenors sing popular music.").
%~ any_to_ace_str="A few great tenors sing popular music.".
%~ ?- c88("A few great tenors sing popular music.").
%~ try_ace_eng=failure.
%~ ?- c88("A few great tenors sing popular music.").
/* compile80 = ( ( ( database80(property(Generic_Music_Popular,popular,adj)) ,
database80(ti(music,Generic_Music_Popular)) ,
database80(property(Tenor_Great_Few,few,adj)) ,
database80(property(Tenor_Great_Few,great,adj)) ,
database80(ti(tenor,Tenor_Great_Few)) ,
database80(generic_pred(frame_52838,thing,sing,Tenor_Great_Few,Generic_Music_Popular))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8620,popular,adj))).
%~ ?- c88("A few great tenors sing popular music.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]],
['.','.']]],
_2004804).
%~ call_residue_vars=[].
%~ ?- c88("A few great tenors sing popular music.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Music_Popular,popular,adj) ,
ti(music,Generic_Music_Popular) ,
property(Tenor_Great_Few,few,adj) ,
property(Tenor_Great_Few,great,adj) ,
ti(tenor,Tenor_Great_Few) ,
generic_pred(frame_52838,thing,sing,Tenor_Great_Few,Generic_Music_Popular). */
%~ ?-c88("Some great tenors like popular music.").
%~ list_undefined([]).
%~ ?- c88("Some great tenors like popular music.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'NP',
[ 'NP',
['DT','Some'],
['JJ',great],
['NNS',tenors]],
[ 'PP',
['IN',like],
[ 'NP',
['JJ',popular],
['NN',music]]],
['.','.']]]. */
%~ ?- c88("Some great tenors like popular music.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'NP',r('NP',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( like, [
pos(in), root(like),loc(4),lnks(3),txt("like"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,6))),
link(2,'NP',r('NP',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xLikeTheWord,"like"),
cycWord(xLikeTheWord),
cycTerm(similarTo,rtSymmetricBinaryPredicate,rtIrreflexiveBinaryPredicate),
ac(prepositionStrings,xLikeTheWord,like),
clex_word(verb,like,like,tv+infpl),
clex_word(noun,like,like,neutr+sg-count),
fnpattern(like,31020000,experiencer_subj,[experiencer:experiencer,theme:content]),
concept(fn,experiencer_subj),
fsr( like-a,
similarity,
[ [ [ [ dimension-c, n,head]],
3],
[ [ [ entities-c, n,head],
[ dimension-c, ini,null]],
2],
[ [ [ entity_1-c, n,head],
[ dimension-c, ini,null],
[ entity_2-c, dni,null]],
3],
[ [ [ entity_1-c, n,head],
[ entity_2-c, dni,null],
[ dimension-c, ini,null]],
1]]),
concept(fn,similarity),
fsr( like-n,
similarity,
[ [ [ [ entity_1-c, target,target],
[ entity_2-c, pp,dep],
[ dimension-c, ini,null]],
8],
[ [ [ entity_2-c, poss,gen],
[ entity_1-c, target,target]],
1],
[ [ [ entity_1-c, target,target],
[ entity_2-c, dni,null],
[ dimension-c, ini,null]],
3]]),
fsr( like-prep,
similarity,
[ [ [ [ entity_1-c, np,ext],
[ entity_2-c, np,obj],
[ dimension-c, ini,null]],
7],
[ [ [ entity_1-c, np,ext],
[ entity_2-c, np,dep],
[ dimension-c, ini,null]],
2],
[ [ [ entity_1-c, np,ext],
[ degree-p, np,dep],
[ entity_2-c, np,obj],
[ dimension-c, ini,null]],
1],
[ [ [ entity_1-c, np,ext],
[ degree-p, avp,dep],
[ entity_2-c, np,dep]],
1],
[ [ [ entity_1-c, np,ext],
[ entity_2-c, np,obj]],
1],
[ [ [ entity_2-c, np,obj],
[ entity_1-c, np,ext],
[ dimension-c, ini,null]],
1],
[ [ [ entity_1-c, np,ext],
[ degree-p, avp,dep],
[ entity_2-c, np,obj],
[ dimension-c, ini,null]],
3]]),
fsr( like-v,
experiencer_focus,
[ [ [ [ experiencer-c, np,ext],
[ content-c, pp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj]],
28],
[ [ [ content-c, np,ext],
[ reason-e, pp,dep],
[ experiencer-c, cni,null]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, sinterrog,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ content-c, pp,dep]],
1],
[ [ [ content-c, np,obj],
[ experiencer-c, np,ext]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, sing,dep]],
2],
[ [ [ content-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ reason-e, pping,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ parameter-p, pp,dep]],
1],
[ [ [ content-c, np,obj],
[ experiencer-c, np,ext],
[ content-c, pp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ degree-p, avp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ content-c, vpto,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ reason-e, sforto,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ reason-e, pp,dep]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ parameter-p, pp,dep],
[ reason-e, sfin,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ content-c, vpto,dep]],
3],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ content-c, np,obj]],
4],
[ [ [ experiencer-c, np,ext],
[ content-c, vping,dep]],
6],
[ [ [ content-c, np,obj],
[ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sub,dep]],
1],
[ [ [ content-c, np,ext],
[ experiencer-c, cni,null]],
2],
[ [ [ content-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ experiencer-c, np,ext],
[ degree-p, avp,dep],
[ content-c, vpto,dep]],
1],
[ [ [ content-c, np,obj],
[ content-c, np,obj],
[ experiencer-c, np,ext]],
2],
[ [ [ experiencer-c, np,ext],
[ content-c, np,obj],
[ circumstances-e, pp,dep]],
1]]),
concept(fn,experiencer_focus),
ttholds(inflExpletiveUnchecked,'TTWord_Like',"like"),
ttholds(inflAdjective,'TTWord_Like',"like"),
ttholds(inflAdverb,'TTWord_Like',"like"),
ttholds(inflConjunction,'TTWord_Like',"like"),
ttholds(inflNounSingular,'TTWord_Like',"like"),
ttholds(inflPreposition,'TTWord_Like',"like"),
ttholds(inflVerb,'TTWord_Like',"like"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Like',"like"),
ttholds(inflVerbPluralPresent,'TTWord_Like',"like"),
talk_db(adj,like),
verbnet_map_wn(like,['like%2:37:05','like%2:37:04'],'admire-31.2-1'),
concept(vn,'admire-31.2-1'),
listof(concept(wn),['like%2:37:05','like%2:37:04']),
verbnet_map_wn(like,[],'want-32.1-1-1'),
concept(vn,'want-32.1-1-1'),
verbnet_to_framenet('admire-31.2-1',like,'like.02'),
concept(fn,'like.02'),
verbnet_word(like,'admire-31.2-1',"like"),
verbnet_word(like,'want-32.1-1-1',"like")]),
w( popular, [
pos(jj), root(popular),loc(5),lnks(4),txt("popular"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(1,7))), link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularDegree,xPopularTheWord,"popular"),
cycWord(xPopularTheWord),
cycTerm(nartR(vHighAmountFn,vtPopularityLevel),vtPopularityLevel,vtGenericQuantity),
ac(regularDegree,xPopularTheWord,popular),
clex_word(adj,popular,popular,unknown), fsr(popular-a,desirability,[]),concept(fn,desirability),
ttholds(inflAdjectiveUnchecked,'TTWord_Popular',"popular"),
talk_db(adj,popular)]),
w( music, [
pos(nn), root(music),loc(6),lnks(4),txt("music"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(1,7))), link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(massNumber,xMusicTheWord,"music"),
cycWord(xMusicTheWord),
cycTerm(iboMusic,ttTemporalStuffType,ttIBTContentType),
cycTerm(xtMusicalText,ttStuffType,ttThing),
ac(massNumber,xMusicTheWord,music),
clex_word(noun,music,music,neutr+Neutr-mass),
fsr(music-n,performing_arts,[]),
concept(fn,performing_arts),
ttholds(inflNounSingular,'TTWord_Music',"music")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'NP',r('NP',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some great tenors like popular music.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(great)],tenor),[]),
verb(main+tv,like,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Generic,generic,[adj(popular)],music),[]))],
[])). */
%~ ?- c88("Some great tenors like popular music.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[adj(great)],tenor))),
'`'(true),
[],
Np_head-Mg),
identityQ([root]),
generic_pred(frame_52844,thing,mg(like),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Music_Popular,
'`'('`'(property(Music_Popular,popular,adj))&ti(music,Music_Popular)),
'`'(true),
[],
thing&Thing-Generic)])). */
%~ ?- c88("Some great tenors like popular music.").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Music_Popular,popular,adj))&ti(music,Generic_Music_Popular) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[adj(great)],tenor)) ,
generic_pred(frame_52844,thing,mg(like),Mg_QualifiedBy,Generic_Music_Popular). */
%~ ?- c88("Some great tenors like popular music.").
%~ any_to_ace_str="Some great tenors like popular music .".
%~ ?- c88("Some great tenors like popular music.").
%~ try_ace_drs=failure.
%~ ?- c88("Some great tenors like popular music.").
/* simplify80 = answer80([]) :-
property(Generic_Music_Popular,popular,adj) ,
ti(music,Generic_Music_Popular) ,
qualifiedBy(Like_QualifiedBy,Np_head,np_head(Det,det(some),[adj(great)],tenor)) ,
generic_pred(frame_52844,thing,like,Like_QualifiedBy,Generic_Music_Popular). */
%~ ?- c88("Some great tenors like popular music.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26256,popular,adj))).
%~ ?- c88("Some great tenors like popular music.").
%~ results80=[[false]].
%~ ?- c88("Some great tenors like popular music.").
%~ any_to_ace_str="Some great tenors like popular music.".
%~ ?- c88("Some great tenors like popular music.").
%~ try_ace_eng=failure.
%~ ?- c88("Some great tenors like popular music.").
/* compile80 = ( ( ( database80(property(Generic_Music_Popular,popular,adj)) ,
database80(ti(music,Generic_Music_Popular)) ,
database80( qualifiedBy(Like_QualifiedBy,Np_head,np_head(Det,det(some),[adj(great)],tenor))) ,
database80(generic_pred(frame_52844,thing,like,Like_QualifiedBy,Generic_Music_Popular))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8574,popular,adj))).
%~ ?- c88("Some great tenors like popular music.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'NP',
[ 'NP',
['DT','Some'],
['JJ',great],
['NNS',tenors]],
[ 'PP',
['IN',like],
[ 'NP',
['JJ',popular],
['NN',music]]],
['.','.']]],
_1153962).
%~ call_residue_vars=[].
%~ ?- c88("Some great tenors like popular music.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Music_Popular,popular,adj) ,
ti(music,Generic_Music_Popular) ,
qualifiedBy(Like_QualifiedBy,Np_head,np_head(Det,det(some),[adj(great)],tenor)) ,
generic_pred(frame_52844,thing,like,Like_QualifiedBy,Generic_Music_Popular). */
%~ ?-c88("Are there great tenors who sing popular music?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who sing popular music?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who sing popular music?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,8))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_2037420,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( sing, [
alt(pos(vbp)), root(sing),pos(vb),loc(6),lnks(6),
txt("sing"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,8))),link(2,'S',r('S',seg(6,8))),
link(3,'SBAR',r('SBAR',seg(5,8))), link(4,'NP',r('NP',seg(3,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSingTheWord,"sing"),cycWord(xSingTheWord),
cycTerm(actSingingHuman,ttProcessType,ttLearnedActivityType),
cycTerm(actSinging,ttTemporalStuffType,ttThing),
ac(infinitive,xSingTheWord,sing),
clex_word(verb,sing,sing,iv+infpl),
clex_word(verb,sing,sing,tv+infpl),
clex_word(verb,sing,sing,dv('')+infpl),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,communication_manner),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:topic,recipient:addressee]),
fsr( sing-v,
communication_manner,
[ [ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ topic-c, pp,dep],
[ addressee-c, ini,null]],
2],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
6],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ message-c, ini,null],
[ addressee-c, ini,null]],
4],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
11],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, pp,dep]],
3],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ medium-p, pp,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
26],
[ [ [ topic-c, np,dep],
[ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
1]]),
ttholds(inflVerb,'TTWord_Sing',"sing"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Sing',"sing"),
ttholds(inflVerbPluralPresent,'TTWord_Sing',"sing"),
verbnet_map_wn(sing,['sing%2:36:01'],'manner_speaking-37.3'),
concept(vn,'manner_speaking-37.3'),
listof(concept(wn),['sing%2:36:01']),
verbnet_map_wn(sing,['sing%2:36:01','sing%2:36:00'],'performance-26.7-1-1'),
concept(vn,'performance-26.7-1-1'),
listof(concept(wn),['sing%2:36:01','sing%2:36:00']),
verbnet_map_wn(sing,['sing%2:32:08','sing%2:32:00'],'sound_emission-43.2'),
concept(vn,'sound_emission-43.2'),
listof(concept(wn),['sing%2:32:08','sing%2:32:00']),
verbnet_to_framenet('manner_speaking-37.3',sing,'sing.01'),
concept(fn,'sing.01'),
verbnet_to_framenet('performance-26.7-1-1',sing,'sing.01'),
verbnet_to_framenet('sound_emission-43.2',sing,'sing.02'),
concept(fn,'sing.02'),
verbnet_word(sing,'manner_speaking-37.3',"sing"),
verbnet_word(sing,'performance-26.7-1-1',"sing"),
verbnet_word(sing,'sound_emission-43.2',"sing")]),
w( popular, [
pos(jj), root(popular),loc(7),lnks(7),txt("popular"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))),link(3,'S',r('S',seg(6,8))),
link(4,'SBAR',r('SBAR',seg(5,8))), link(5,'NP',r('NP',seg(3,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xPopularTheWord,"popular"),
cycWord(xPopularTheWord),
cycTerm(nartR(vHighAmountFn,vtPopularityLevel),vtPopularityLevel,vtGenericQuantity),
ac(regularDegree,xPopularTheWord,popular),
clex_word(adj,popular,popular,unknown), fsr(popular-a,desirability,[]),concept(fn,desirability),
ttholds(inflAdjectiveUnchecked,'TTWord_Popular',"popular"),
talk_db(adj,popular)]),
w( music, [
pos(nn), root(music),loc(8),lnks(7),txt("music"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))),link(3,'S',r('S',seg(6,8))),
link(4,'SBAR',r('SBAR',seg(5,8))), link(5,'NP',r('NP',seg(3,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xMusicTheWord,"music"),
cycWord(xMusicTheWord),
cycTerm(iboMusic,ttTemporalStuffType,ttIBTContentType),
cycTerm(xtMusicalText,ttStuffType,ttThing),
ac(massNumber,xMusicTheWord,music),
clex_word(noun,music,music,neutr+Neutr-mass),
fsr(music-n,performing_arts,[]),
concept(fn,performing_arts),
ttholds(inflNounSingular,'TTWord_Music',"music")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who sing popular music?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+pl,pronoun(agent,3+pl),[]),
verb(main+dv(''),sing,active,pres+fin,[],[root]),
[ arg(indO,np(3+pl,wh(Wh_S),[])),
arg(dirO,np(3+sg,np_head(Generic2,generic,[adj(popular)],music),[]))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who sing popular music?").
%~ i_sentence=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ clausify80=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ any_to_ace_str="Are there great tenors who sing popular music ?".
%~ ?- c88("Are there great tenors who sing popular music?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ simplify80=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ try_ace_fol=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ results80=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ any_to_ace_str="Are there great tenors who sing popular music? .".
%~ ?- c88("Are there great tenors who sing popular music?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ compile80=failure.
%~ ?- c88("Are there great tenors who sing popular music?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]],
_1844952).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]],
_1837906).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]],
_1837912).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]],
_1837912).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]],
['.',?]]],
_1837912).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who sing popular music?").
%~ e2c_80=failure.
%~ c88=(?-c88("Are there great tenors who sing popular music?")).
%~ ?-c88("There are great tenors who sing popular music.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who sing popular music.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who sing popular music.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1920568,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( sing, [
alt(pos(vbp)), root(sing),pos(vb),loc(6),lnks(7),
txt("sing"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,8))),link(2,'S',r('S',seg(6,8))),
link(3,'SBAR',r('SBAR',seg(5,8))),
link(4,'NP',r('NP',seg(3,8))), link(5,'VP',r('VP',seg(2,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSingTheWord,"sing"),cycWord(xSingTheWord),
cycTerm(actSingingHuman,ttProcessType,ttLearnedActivityType),
cycTerm(actSinging,ttTemporalStuffType,ttThing),
ac(infinitive,xSingTheWord,sing),
clex_word(verb,sing,sing,iv+infpl),
clex_word(verb,sing,sing,tv+infpl),
clex_word(verb,sing,sing,dv('')+infpl),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,communication_manner),
fnpattern( sing,
37030000,
communication_manner,
[ agent : speaker, topic:topic,recipient:addressee]),
fsr( sing-v,
communication_manner,
[ [ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ topic-c, pp,dep],
[ addressee-c, ini,null]],
2],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
6],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ message-c, ini,null],
[ addressee-c, ini,null]],
4],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
11],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ addressee-c, ini,null]],
6],
[ [ [ speaker-c, np,ext],
[ manner-p, avp,dep],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ addressee-c, pp,dep],
[ message-c, ini,null]],
3],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, pp,dep]],
3],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, quo,dep],
[ medium-p, pp,dep],
[ addressee-c, ini,null]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-c, ini,null]],
26],
[ [ [ topic-c, np,dep],
[ speaker-c, np,ext],
[ topic-c, pp,dep],
[ message-c, ini,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null],
[ addressee-c, ini,null]],
1],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext],
[ addressee-c, ini,null]],
1]]),
ttholds(inflVerb,'TTWord_Sing',"sing"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Sing',"sing"),
ttholds(inflVerbPluralPresent,'TTWord_Sing',"sing"),
verbnet_map_wn(sing,['sing%2:36:01'],'manner_speaking-37.3'),
concept(vn,'manner_speaking-37.3'),
listof(concept(wn),['sing%2:36:01']),
verbnet_map_wn(sing,['sing%2:36:01','sing%2:36:00'],'performance-26.7-1-1'),
concept(vn,'performance-26.7-1-1'),
listof(concept(wn),['sing%2:36:01','sing%2:36:00']),
verbnet_map_wn(sing,['sing%2:32:08','sing%2:32:00'],'sound_emission-43.2'),
concept(vn,'sound_emission-43.2'),
listof(concept(wn),['sing%2:32:08','sing%2:32:00']),
verbnet_to_framenet('manner_speaking-37.3',sing,'sing.01'),
concept(fn,'sing.01'),
verbnet_to_framenet('performance-26.7-1-1',sing,'sing.01'),
verbnet_to_framenet('sound_emission-43.2',sing,'sing.02'),
concept(fn,'sing.02'),
verbnet_word(sing,'manner_speaking-37.3',"sing"),
verbnet_word(sing,'performance-26.7-1-1',"sing"),
verbnet_word(sing,'sound_emission-43.2',"sing")]),
w( popular, [
pos(jj), root(popular),loc(7),lnks(8),txt("popular"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))),link(3,'S',r('S',seg(6,8))),
link(4,'SBAR',r('SBAR',seg(5,8))),
link(5,'NP',r('NP',seg(3,8))), link(6,'VP',r('VP',seg(2,8))),link(7,'S',r('S',seg(1,9))),
link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xPopularTheWord,"popular"),
cycWord(xPopularTheWord),
cycTerm(nartR(vHighAmountFn,vtPopularityLevel),vtPopularityLevel,vtGenericQuantity),
ac(regularDegree,xPopularTheWord,popular),
clex_word(adj,popular,popular,unknown), fsr(popular-a,desirability,[]),concept(fn,desirability),
ttholds(inflAdjectiveUnchecked,'TTWord_Popular',"popular"),
talk_db(adj,popular)]),
w( music, [
pos(nn), root(music),loc(8),lnks(8),txt("music"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))),link(3,'S',r('S',seg(6,8))),
link(4,'SBAR',r('SBAR',seg(5,8))),
link(5,'NP',r('NP',seg(3,8))), link(6,'VP',r('VP',seg(2,8))),link(7,'S',r('S',seg(1,9))),
link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xMusicTheWord,"music"),
cycWord(xMusicTheWord),
cycTerm(iboMusic,ttTemporalStuffType,ttIBTContentType),
cycTerm(xtMusicalText,ttStuffType,ttThing),
ac(massNumber,xMusicTheWord,music),
clex_word(noun,music,music,neutr+Neutr-mass),
fsr(music-n,performing_arts,[]),
concept(fn,performing_arts),
ttholds(inflNounSingular,'TTWord_Music',"music")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who sing popular music.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+pl,pronoun(agent,3+pl),[]),
verb(main+dv(''),sing,active,pres+fin,[],[root]),
[ arg(indO,np(3+pl,wh(Wh_S),[])),
arg(dirO,np(3+sg,np_head(Generic2,generic,[adj(popular)],music),[]))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who sing popular music.").
%~ i_sentence=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ clausify80=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ any_to_ace_str="There are great tenors who sing popular music .".
%~ ?- c88("There are great tenors who sing popular music.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ simplify80=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ try_ace_fol=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ results80=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ any_to_ace_str="There are great tenors who sing popular music.".
%~ ?- c88("There are great tenors who sing popular music.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ compile80=failure.
%~ ?- c88("There are great tenors who sing popular music.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',sing],
[ 'NP',
['JJ',popular],
['NN',music]]]]]]],
['.','.']]],
_1686972).
%~ call_residue_vars = [ _26882, _26796,_26776,_26756,_26716,_26640,
%~ _26574,_26554,_26534,_26494].
%~ ?- c88("There are great tenors who sing popular music.").
/* e2c_80 = asserted( exists( Exists,
exists( Music_ColFn_Popular,
exists( ColFn_Tenor_ColFn_Great,
exists( Exists_ActSing,
exists( Exists_TimeFn_Infpl,
( holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSing,actSing) &
doer(Exists_ActSing,ColFn_Tenor_ColFn_Great) &
patient(Exists_ActSing,Music_ColFn_Popular))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Music_ColFn_Popular,tColFn("popular")) &
iza(Music_ColFn_Popular,'Music') &
iza(ColFn_Tenor_ColFn_Great,tColFn("great")) &
iza(ColFn_Tenor_ColFn_Great,tColFn("tenor")) &
iza(ColFn_Tenor_ColFn_Great,tAgent) &
~numberOf(Exists,1)))))))). */
/* c88 = asserted( exists( Exists,
exists( Music_ColFn_Popular,
exists( ColFn_Tenor_ColFn_Great,
exists( Exists_ActSing,
exists( Exists_TimeFn_Infpl,
( holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSing,actSing) &
doer(Exists_ActSing,ColFn_Tenor_ColFn_Great) &
patient(Exists_ActSing,Music_ColFn_Popular))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Music_ColFn_Popular,tColFn("popular")) &
iza(Music_ColFn_Popular,'Music') &
iza(ColFn_Tenor_ColFn_Great,tColFn("great")) &
iza(ColFn_Tenor_ColFn_Great,tColFn("tenor")) &
iza(ColFn_Tenor_ColFn_Great,tAgent) &
~numberOf(Exists,1)))))))). */
%~ ?-c88("Few great tenors are poor.").
%~ list_undefined([]).
%~ ?- c88("Few great tenors are poor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]],
['.','.']]]. */
%~ ?- c88("Few great tenors are poor.").
/* into_lexical_segs = [ w( few, [
pos(jj), root(few),loc(1),lnks(3),txt("Few"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( great, [
pos(jj), root(great),loc(2),lnks(3),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( poor, [
pos(jj), root(poor),loc(5),lnks(4),txt("poor"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xPoorTheWord,"poor"),
cycWord(xPoorTheWord),
cycTerm(vPoorQuality,vtLevelOfQuality,vtNonNumericScalarQuantity),
ac(regularDegree,xPoorTheWord,poor),
clex_word(adj_prep(in),poor,poor,unknown),
clex_word(adj,poor,poor,unknown),
fsr( poor-a,
wealthiness,
[ [ [ [ person-c, np,dep]],
6],
[ [ [ person-c, np,ext]],
3]]),
concept(fn,wealthiness),
ttholds(inflAdjective,'TTWord_Poor',"poor"),
ttholds(inflNounSingularUnchecked,'TTWord_Poor',"poor"),
talk_db(adj,poor)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Few great tenors are poor.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[adj(few),adj(great)],tenor),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(poor))],
[])). */
%~ ?- c88("Few great tenors are poor.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_1580728,
`( qualifiedBy( QualifiedByP3V,
thing&Thing,
np_head(Generic,generic,[adj(few),adj(great)],tenor))),
'`'(true),
[],
thing&Thing-Poor),
identityQ([aux(be,[pres+fin]),root]),
true,
['`'(true)&'`'(property(Poor,poor,adj))&'`'(true)])). */
%~ ?- c88("Few great tenors are poor.").
/* clausify80 = answer80([]) :-
qualifiedBy( Poor,
thing&Thing,
np_head(Generic,generic,[adj(few),adj(great)],tenor)) ,
property(Poor,poor,adj). */
%~ ?- c88("Few great tenors are poor.").
%~ any_to_ace_str="Few great tenors are poor .".
%~ ?- c88("Few great tenors are poor.").
%~ try_ace_drs=failure.
%~ ?- c88("Few great tenors are poor.").
/* simplify80 = answer80([]) :-
property(Tenor_Great_Few,few,adj) ,
property(Tenor_Great_Few,great,adj) ,
ti(tenor,Tenor_Great_Few) ,
property(Tenor_Great_Few,poor,adj). */
%~ ?- c88("Few great tenors are poor.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27362,few,adj))).
%~ ?- c88("Few great tenors are poor.").
%~ results80=[[false]].
%~ ?- c88("Few great tenors are poor.").
%~ any_to_ace_str="Few great tenors are poor.".
%~ ?- c88("Few great tenors are poor.").
%~ try_ace_eng=failure.
%~ ?- c88("Few great tenors are poor.").
/* compile80 = ( ( ( database80(property(Tenor_Great_Few,few,adj)) ,
database80(property(Tenor_Great_Few,great,adj)) ,
database80(ti(tenor,Tenor_Great_Few)) ,
database80(property(Tenor_Great_Few,poor,adj))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8516,few,adj))).
%~ ?- c88("Few great tenors are poor.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['JJ',great],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]],
['.','.']]],
_1183966).
%~ call_residue_vars=[].
%~ ?- c88("Few great tenors are poor.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Tenor_Great_Few,few,adj) ,
property(Tenor_Great_Few,great,adj) ,
ti(tenor,Tenor_Great_Few) ,
property(Tenor_Great_Few,poor,adj). */
%~ ?-c88("Are there great tenors who are poor?").
%~ list_undefined([]).
%~ ?- c88("Are there great tenors who are poor?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]]. */
%~ ?- c88("Are there great tenors who are poor?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( great, [
pos(jj), root(great),loc(3),lnks(4),txt("great"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1887892,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))), link(4,'NP',r('NP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( poor, [
pos(jj), root(poor),loc(7),lnks(7),txt("poor"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))), link(5,'NP',r('NP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xPoorTheWord,"poor"),
cycWord(xPoorTheWord),
cycTerm(vPoorQuality,vtLevelOfQuality,vtNonNumericScalarQuantity),
ac(regularDegree,xPoorTheWord,poor),
clex_word(adj_prep(in),poor,poor,unknown),
clex_word(adj,poor,poor,unknown),
fsr( poor-a,
wealthiness,
[ [ [ [ person-c, np,dep]],
6],
[ [ [ person-c, np,ext]],
3]]),
concept(fn,wealthiness),
ttholds(inflAdjective,'TTWord_Poor',"poor"),
ttholds(inflNounSingularUnchecked,'TTWord_Poor',"poor"),
talk_db(adj,poor)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there great tenors who are poor?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2394418,pronoun(agent,3+_2394418),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(poor))],
[]))]))],
[])). */
%~ ?- c88("Are there great tenors who are poor?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-_2605402,
'`'(qualifiedBy(_2599978,thing&Thing,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ3),
thing&Thing-_2662288,
'`'(qualifiedBy(_2657024,thing&Thing,pronoun(agent,3+_2657048))),
'`'(true),
[],
thing&Thing-VAR_BE4),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE4,BE4),
[ quantS( identityQ(IdentityQ5),
thing&Thing-_2676662, '`'(true),'`'(true),
[],
thing&Thing-BE4)]),
pred(
quantS( identityQ(IdentityQ6),
thing&Thing-_2695318, '`'(true),'`'(true),
[],
thing&Thing-_2690078), identityQ([root]),true,
['`'(true)&'`'(property(_2600132,poor,adj))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("Are there great tenors who are poor?").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_Poor,thing&Thing,np_head(Generic,generic,[adj(great)],tenor)) ,
bE(is,Is,BE_Poor) ,
property(BE_Poor,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2749528)) ,
Is4^(((true,true),true),true,bE(is,Is4,BE_Poor),true,true). */
%~ ?- c88("Are there great tenors who are poor?").
%~ any_to_ace_str="Are there great tenors who are poor ?".
%~ ?- c88("Are there great tenors who are poor?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there great tenors who are poor?").
/* simplify80 = answer80([]) :-
property(Poor_Tenor_Great,great,adj) ,
ti(tenor,Poor_Tenor_Great) ,
bE(is,Is,Poor_Tenor_Great) ,
property(Poor_Tenor_Great,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58638)) ,
BE_Is5^bE(is,BE_Is5,Poor_Tenor_Great). */
%~ ?- c88("Are there great tenors who are poor?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27870,great,adj))).
%~ ?- c88("Are there great tenors who are poor?").
%~ results80=[[false]].
%~ ?- c88("Are there great tenors who are poor?").
%~ any_to_ace_str="Are there great tenors who are poor? .".
%~ ?- c88("Are there great tenors who are poor?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there great tenors who are poor?").
/* compile80 = ( ( ( database80(property(Poor_Tenor_Great,great,adj)) ,
database80(ti(tenor,Poor_Tenor_Great)) ,
database80(bE(is,Is,Poor_Tenor_Great)) ,
database80(property(Poor_Tenor_Great,poor,adj)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56496))) ,
database80(bE(is,Is5,Poor_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9132,great,adj))).
%~ ?- c88("Are there great tenors who are poor?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]],
_1694762).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]],
_1707170).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]],
_1707176).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]],
_1707176).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]],
['.',?]]],
_1707176).
%~ call_residue_vars=[].
%~ ?- c88("Are there great tenors who are poor?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Poor_Tenor_Great,great,adj) ,
ti(tenor,Poor_Tenor_Great) ,
bE(is,Is,Poor_Tenor_Great) ,
property(Poor_Tenor_Great,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_49804)) ,
BE_Is5^bE(is,BE_Is5,Poor_Tenor_Great). */
%~ ?-c88("There are great tenors who are poor.").
%~ list_undefined([]).
%~ ?- c88("There are great tenors who are poor.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]]],
['.','.']]]. */
%~ ?- c88("There are great tenors who are poor.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( great, [
pos(jj), root(great),loc(3),lnks(5),txt("great"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xGreatTheWord,"great"),
cycWord(xGreatTheWord),
cycTerm(nartR(vHighAmountFn,vtVolume),vtGenericQuantity,vtVolume),
cycTerm(nartR(vHighToVeryHighAmountFn,vtGoodnessGeneric),vtGoodnessGeneric,vtGenericQuantity),
ac(regularDegree,xGreatTheWord,great),
clex_word(adj,great,great,unknown),
fsr( great-a,
desirability,
[ [ [ [ degree-p, target,target],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ evaluee-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head]],
1],
[ [ [ evaluee-c, vpto,dep]],
3],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
3],
[ [ [ evaluee-c, n,head]],
9],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, n,head],
[ depictive-e, pp,dep]],
1]]), concept(fn,desirability),fsr(great-a,dimension,[]),
concept(fn,dimension),
fsr( great-a,
expertise,
[ [ [ [ degree-p, avp,dep],
[ skill-c, n,head]],
1],
[ [ [ skill-c, pping,dep],
[ protagonist-c, np,ext]],
1],
[ [ [ skill-c, n,head]],
6],
[ [ [ degree-p, target,target],
[ protagonist-c, n,head],
[ degree-p, pp,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, poss,dep],
[ degree-p, target,target],
[ skill-c, n,head]],
1],
[ [ [ degree-p, target,target],
[ skill-c, n,head],
[ degree-p, pp,dep]],
3]]),
concept(fn,expertise),
fsr( great-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
1],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
1],
[ [ [ purpose-c, pping,dep],
[ entity-c, dni,null]],
1]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Great',"great"),
explitVocab(great,interjects),
flexicon(politeness,[sem=salutation,salutation_txt=great],great),
talk_db(adj,great)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(5),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,5))),
link(2,'SBAR',r('SBAR',seg(5,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1597190,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(7),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(6,7))),
link(3,'SBAR',r('SBAR',seg(5,7))),
link(4,'NP',r('NP',seg(3,7))), link(5,'VP',r('VP',seg(2,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person2,agr=pl,verb_form=tensed],are)]),
w( poor, [
pos(jj), root(poor),loc(7),lnks(8),txt("poor"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(6,7))),
link(4,'SBAR',r('SBAR',seg(5,7))),
link(5,'NP',r('NP',seg(3,7))), link(6,'VP',r('VP',seg(2,7))),link(7,'S',r('S',seg(1,8))),
link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xPoorTheWord,"poor"),
cycWord(xPoorTheWord),
cycTerm(vPoorQuality,vtLevelOfQuality,vtNonNumericScalarQuantity),
ac(regularDegree,xPoorTheWord,poor),
clex_word(adj_prep(in),poor,poor,unknown),
clex_word(adj,poor,poor,unknown),
fsr( poor-a,
wealthiness,
[ [ [ [ person-c, np,dep]],
6],
[ [ [ person-c, np,ext]],
3]]),
concept(fn,wealthiness),
ttholds(inflAdjective,'TTWord_Poor',"poor"),
ttholds(inflNounSingularUnchecked,'TTWord_Poor',"poor"),
talk_db(adj,poor)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are great tenors who are poor.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(great)],tenor),
[ reduced_rel( Wh_S,
s( np(3+_2057432,pronoun(agent,3+_2057432),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S7,
s( np(3+pl,wh(Wh_S7),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(poor))],
[]))]))],
[])). */
%~ ?- c88("There are great tenors who are poor.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-_2263936,
'`'(qualifiedBy(_2258512,thing&Thing,np_head(Generic,generic,[adj(great)],tenor))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ2),
thing&Thing-_2320822,
'`'(qualifiedBy(_2315558,thing&Thing,pronoun(agent,3+_2315582))),
'`'(true),
[],
thing&Thing-VAR_BE3),
identityQ([aux(be,[pres+fin]),root]),
bE(is,VAR_BE3,BE3),
[ quantS( identityQ(IdentityQ4),
thing&Thing-_2335196, '`'(true),'`'(true),
[],
thing&Thing-BE3)]),
pred(
quantS( identityQ(IdentityQ5),
thing&Thing-_2353852, '`'(true),'`'(true),
[],
thing&Thing-_2348612), identityQ([root]),true,
['`'(true)&'`'(property(_2258666,poor,adj))&'`'(true)])],
thing&Thing-BE)])). */
%~ ?- c88("There are great tenors who are poor.").
/* clausify80 = answer80([]) :-
qualifiedBy(BE_Poor,thing&Thing,np_head(Generic,generic,[adj(great)],tenor)) ,
bE(is,Is,BE_Poor) ,
property(BE_Poor,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_2408402)) ,
Is4^(((true,true),true),true,bE(is,Is4,BE_Poor),true,true). */
%~ ?- c88("There are great tenors who are poor.").
%~ any_to_ace_str="There are great tenors who are poor .".
%~ ?- c88("There are great tenors who are poor.").
%~ try_ace_drs=failure.
%~ ?- c88("There are great tenors who are poor.").
/* simplify80 = answer80([]) :-
property(Poor_Tenor_Great,great,adj) ,
ti(tenor,Poor_Tenor_Great) ,
bE(is,Is,Poor_Tenor_Great) ,
property(Poor_Tenor_Great,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_58582)) ,
BE_Is5^bE(is,BE_Is5,Poor_Tenor_Great). */
%~ ?- c88("There are great tenors who are poor.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27814,great,adj))).
%~ ?- c88("There are great tenors who are poor.").
%~ results80=[[false]].
%~ ?- c88("There are great tenors who are poor.").
%~ any_to_ace_str="There are great tenors who are poor.".
%~ ?- c88("There are great tenors who are poor.").
%~ try_ace_eng=failure.
%~ ?- c88("There are great tenors who are poor.").
/* compile80 = ( ( ( database80(property(Poor_Tenor_Great,great,adj)) ,
database80(ti(tenor,Poor_Tenor_Great)) ,
database80(bE(is,Is,Poor_Tenor_Great)) ,
database80(property(Poor_Tenor_Great,poor,adj)) ,
database80(qualifiedBy(Is,thing&Thing,pronoun(agent,3+_56500))) ,
database80(bE(is,Is5,Poor_Tenor_Great))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9130,great,adj))).
%~ ?- c88("There are great tenors who are poor.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',great],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',poor]]]]]]],
['.','.']]],
_1376562).
%~ call_residue_vars = [ _22590, _22520,_22456,_22398,_21988].
%~ ?- c88("There are great tenors who are poor.").
/* e2c_80 = asserted( exists( Exists,
exists( ColFn_Great_Poor,
( iza(ColFn_Great_Poor,'Poor') &
~numberOf(ColFn_Great_Poor,1) &
iza(ColFn_Great_Poor,tColFn("great")) &
iza(ColFn_Great_Poor,tColFn("tenor")) &
iza(ColFn_Great_Poor,tAgent) &
~numberOf(Exists,1))))). */
/* c88 = answer80([]) :-
property(Poor_Tenor_Great,great,adj) ,
ti(tenor,Poor_Tenor_Great) ,
bE(is,Is,Poor_Tenor_Great) ,
property(Poor_Tenor_Great,poor,adj) ,
qualifiedBy(Is,thing&Thing,pronoun(agent,3+_151122)) ,
BE_Is5^bE(is,BE_Is5,Poor_Tenor_Great). */
%~ ?-c88("Both leading tenors are excellent.").
%~ list_undefined([]).
%~ ?- c88("Both leading tenors are excellent.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['VBG',leading],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]],
['.','.']]]. */
%~ ?- c88("Both leading tenors are excellent.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( leading, [
pos(vbg), root(lead),loc(2),lnks(3),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( excellent, [
pos(jj), root(excellent),loc(5),lnks(4),
txt("excellent"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xExcellentTheWord,"excellent"),
cycWord(xExcellentTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xExcellentTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xExcellentTheWord,excellent),
clex_word(adj,excellent,excellent,unknown),
fsr( excellent-a,
desirability,
[ [ [ [ evaluee-c, n,head],
[ affected_party-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ comparison_set-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, np,ext]],
1],
[ [ [ evaluee-c, np,ext],
[ depictive-e, pp,dep]],
2],
[ [ [ evaluee-c, vpto,ext]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
5],
[ [ [ evaluee-c, n,head]],
12],
[ [ [ evaluee-c, np,ext]],
7]]),
concept(fn,desirability),
fsr( excellent-a,
expertise,
[ [ [ [ protagonist-c, np,ext],
[ skill-c, pp,dep]],
4],
[ [ [ protagonist-c, np,ext],
[ skill-c, pping,dep]],
3]]),
concept(fn,expertise),
fsr( excellent-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ purpose-c, pp,dep]],
2],
[ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
5],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
4]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Excellent',"excellent"),
talk_db(adj,excellent)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both leading tenors are excellent.").
%~ sentence80=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ i_sentence=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ clausify80=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ any_to_ace_str="Both leading tenors are excellent .".
%~ ?- c88("Both leading tenors are excellent.").
%~ try_ace_drs=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ simplify80=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ try_ace_fol=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ results80=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ any_to_ace_str="Both leading tenors are excellent.".
%~ ?- c88("Both leading tenors are excellent.").
%~ try_ace_eng=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ compile80=failure.
%~ ?- c88("Both leading tenors are excellent.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['VBG',leading],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]],
['.','.']]],
_957550).
%~ call_residue_vars=[].
%~ ?- c88("Both leading tenors are excellent.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both leading tenors are excellent.")).
%~ ?-c88("Leading tenors who are excellent are indispensable.").
%~ list_undefined([]).
%~ ?- c88("Leading tenors who are excellent are indispensable.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]]. */
%~ ?- c88("Leading tenors who are excellent are indispensable.").
/* into_lexical_segs = [ w( leading, [
pos(vbg), root(lead),loc(1),lnks(4),txt("Leading"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenors, [
pos(nns), root(tenor),loc(2),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1756190,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(4,5))),
link(3,'SBAR',r('SBAR',seg(3,5))), link(4,'NP',r('NP',seg(1,5))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( excellent, [
pos(jj), root(excellent),loc(5),lnks(7),
txt("excellent"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(4,5))),
link(4,'SBAR',r('SBAR',seg(3,5))), link(5,'NP',r('NP',seg(1,5))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xExcellentTheWord,"excellent"),
cycWord(xExcellentTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xExcellentTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xExcellentTheWord,excellent),
clex_word(adj,excellent,excellent,unknown),
fsr( excellent-a,
desirability,
[ [ [ [ evaluee-c, n,head],
[ affected_party-e, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ comparison_set-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ evaluee-c, np,ext]],
1],
[ [ [ evaluee-c, np,ext],
[ depictive-e, pp,dep]],
2],
[ [ [ evaluee-c, vpto,ext]],
1],
[ [ [ evaluee-c, np,ext],
[ circumstances-e, pp,dep]],
5],
[ [ [ evaluee-c, n,head]],
12],
[ [ [ evaluee-c, np,ext]],
7]]),
concept(fn,desirability),
fsr( excellent-a,
expertise,
[ [ [ [ protagonist-c, np,ext],
[ skill-c, pp,dep]],
4],
[ [ [ protagonist-c, np,ext],
[ skill-c, pping,dep]],
3]]),
concept(fn,expertise),
fsr( excellent-a,
usefulness,
[ [ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ purpose-c, pp,dep]],
2],
[ [ [ entity-c, np,ext],
[ purpose-c, pping,dep]],
5],
[ [ [ entity-c, np,ext],
[ purpose-c, pp,dep]],
4]]),
concept(fn,usefulness),
ttholds(inflAdjective,'TTWord_Excellent',"excellent"),
talk_db(adj,excellent)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person3,agr=pl,verb_form=tensed],are)]),
w( indispensable, [
pos(jj), root(indispensable),loc(7),lnks(4),
txt("indispensable"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(7,7))), link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xIndispensableTheWord,"indispensable"),
cycWord(xIndispensableTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xIndispensableTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xIndispensableTheWord,indispensable),
clex_word(adj,indispensable,indispensable,unknown),
fsr( indispensable-a,
being_necessary,
[ [ [ [ requirement-c, np,ext],
[ reason-p, pp,dep]],
1],
[ [ [ requirement-c, np,ext],
[ requirement-c, np,ext]],
1],
[ [ [ requirement-c, np,ext],
[ degree-p, avp,dep],
[ dependent-c, pp,dep]],
1],
[ [ [ requirement-c, np,dep],
[ dependent-c, srel,dep]],
1],
[ [ [ requirement-c, sfin,dep]],
2],
[ [ [ requirement-c, np,ext],
[ dependent-c, pp,dep]],
6]]), concept(fn,being_necessary),talk_db(adj,indispensable)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.581).
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ i_sentence=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ clausify80=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ any_to_ace_str="Leading tenors who are excellent are indispensable .".
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ try_ace_drs=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ simplify80=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ try_ace_fol=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ results80=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ any_to_ace_str="Leading tenors who are excellent are indispensable.".
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ try_ace_eng=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ compile80=failure.
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_1547794).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_1552066).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_1551986).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_1551986).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['VBG','Leading'],
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',excellent]]]]]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_1551986).
%~ call_residue_vars=[].
%~ ?- c88("Leading tenors who are excellent are indispensable.").
%~ e2c_80=failure.
%~ c88 is runtime(1.917).
%~ c88=(?-c88("Leading tenors who are excellent are indispensable.")).
%~ ?-c88("Are both leading tenors indispensable?").
%~ list_undefined([]).
%~ ?- c88("Are both leading tenors indispensable?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['DT',both]],
[ 'VP',
['VBG',leading],
[ 'S',
[ 'NP',
['NNS',tenors]],
[ 'ADJP',
['JJ',indispensable]]]],
['.',?]]]. */
%~ ?- c88("Are both leading tenors indispensable?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('LOWER'),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( both, [
pos(dt), root(both),loc(2),lnks(3),txt("both"),
truecase('LOWER'),corefed,#(1),
txt(["both"]),type('NOMINAL'),
numb('UNKNOWN'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(2,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"),
cycWord(xBothTheWord),
ac(pronounStrings,xBothTheWord,"both"), fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( leading, [
pos(vbg), root(lead),loc(3),lnks(3),txt("leading"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(5),txt("tenors"),
truecase('LOWER'),corefed,#(2),
txt(["tenors"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(4,4))),
link(2,'S',r('S',seg(4,5))),link(3,'VP',r('VP',seg(3,5))),
link(4,'S',r('S',seg(1,6))), link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( indispensable, [
pos(jj), root(indispensable),loc(5),lnks(5),
txt("indispensable"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(5,5))), link(2,'S',r('S',seg(4,5))),link(3,'VP',r('VP',seg(3,5))),
link(4,'S',r('S',seg(1,6))), link(5,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xIndispensableTheWord,"indispensable"),
cycWord(xIndispensableTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xIndispensableTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xIndispensableTheWord,indispensable),
clex_word(adj,indispensable,indispensable,unknown),
fsr( indispensable-a,
being_necessary,
[ [ [ [ requirement-c, np,ext],
[ reason-p, pp,dep]],
1],
[ [ [ requirement-c, np,ext],
[ requirement-c, np,ext]],
1],
[ [ [ requirement-c, np,ext],
[ degree-p, avp,dep],
[ dependent-c, pp,dep]],
1],
[ [ [ requirement-c, np,dep],
[ dependent-c, srel,dep]],
1],
[ [ [ requirement-c, sfin,dep]],
2],
[ [ [ requirement-c, np,ext],
[ dependent-c, pp,dep]],
6]]), concept(fn,being_necessary),talk_db(adj,indispensable)]),
w( ?, [
pos('.'), root(?),loc(6),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are both leading tenors indispensable?").
%~ sentence80=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ i_sentence=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ clausify80=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ any_to_ace_str="Are both leading tenors indispensable ?".
%~ ?- c88("Are both leading tenors indispensable?").
%~ try_ace_drs=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ simplify80=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ try_ace_fol=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ results80=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ any_to_ace_str="Are both leading tenors indispensable? .".
%~ ?- c88("Are both leading tenors indispensable?").
%~ try_ace_eng=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ compile80=failure.
%~ ?- c88("Are both leading tenors indispensable?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['DT',both]],
[ 'VP',
['VBG',leading],
[ 'S',
[ 'NP',
['NNS',tenors]],
[ 'ADJP',
['JJ',indispensable]]]],
['.',?]]],
_1227104).
%~ call_residue_vars=[].
%~ ?- c88("Are both leading tenors indispensable?").
%~ e2c_80=failure.
%~ c88=(?-c88("Are both leading tenors indispensable?")).
%~ ?-c88("Both leading tenors are indispensable.").
%~ list_undefined([]).
%~ ?- c88("Both leading tenors are indispensable.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['VBG',leading],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]]. */
%~ ?- c88("Both leading tenors are indispensable.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( leading, [
pos(vbg), root(lead),loc(2),lnks(3),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(3),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( indispensable, [
pos(jj), root(indispensable),loc(5),lnks(4),
txt("indispensable"),truecase('LOWER'),
link(1,'ADJP',r('ADJP',seg(5,5))), link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(regularDegree,xIndispensableTheWord,"indispensable"),
cycWord(xIndispensableTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xIndispensableTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xIndispensableTheWord,indispensable),
clex_word(adj,indispensable,indispensable,unknown),
fsr( indispensable-a,
being_necessary,
[ [ [ [ requirement-c, np,ext],
[ reason-p, pp,dep]],
1],
[ [ [ requirement-c, np,ext],
[ requirement-c, np,ext]],
1],
[ [ [ requirement-c, np,ext],
[ degree-p, avp,dep],
[ dependent-c, pp,dep]],
1],
[ [ [ requirement-c, np,dep],
[ dependent-c, srel,dep]],
1],
[ [ [ requirement-c, sfin,dep]],
2],
[ [ [ requirement-c, np,ext],
[ dependent-c, pp,dep]],
6]]), concept(fn,being_necessary),talk_db(adj,indispensable)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both leading tenors are indispensable.").
%~ sentence80=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ i_sentence=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ clausify80=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ any_to_ace_str="Both leading tenors are indispensable .".
%~ ?- c88("Both leading tenors are indispensable.").
%~ try_ace_drs=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ simplify80=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ try_ace_fol=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ results80=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ any_to_ace_str="Both leading tenors are indispensable.".
%~ ?- c88("Both leading tenors are indispensable.").
%~ try_ace_eng=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ compile80=failure.
%~ ?- c88("Both leading tenors are indispensable.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['VBG',leading],
['NNS',tenors]],
[ 'VP',
['VB',are],
[ 'ADJP',
['JJ',indispensable]]],
['.','.']]],
_958400).
%~ call_residue_vars=[].
%~ ?- c88("Both leading tenors are indispensable.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both leading tenors are indispensable.")).
%~ ?-c88("Neither leading tenor comes cheap.").
%~ list_undefined([]).
%~ ?- c88("Neither leading tenor comes cheap.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['VBG',leading],
['NN',tenor]],
[ 'VP',
['VBZ',comes],
[ 'ADVP',
['RB',cheap]]],
['.','.']]]. */
%~ ?- c88("Neither leading tenor comes cheap.").
/* into_lexical_segs = [ w( neither, [
pos(dt), root(neither),loc(1),lnks(3),txt("Neither"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xNeitherTheWord,"neither"),
cycWord(xNeitherTheWord),
ac(pronounStrings,xNeitherTheWord,"neither"),
ttholds(inflConjunctionUnchecked,'TTWord_Neither',"neither"),
talk_db(conj,neither)]),
w( leading, [
pos(vbg), root(lead),loc(2),lnks(3),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenor, [
pos(nn), root(tenor),loc(3),lnks(3),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( comes, [
pos(vbz), root(come),loc(4),lnks(3),txt("comes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xComeTheWord,"comes"),
cycWord(xComeTheWord),
cycTerm(actGoingSomewhere,ttFirstOrderCollection,ttThing),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(actHavingAnOrgasm,ttOneAtATimeActionType,ttHumanCapabilityType),
cycTerm(eventComingCreationEvent,ttFirstOrderCollection,ttThing),
cycTerm(eventEmission,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(infinitive,xComeTheWord,come),
ac(perfect,xComeTheWord,come),
clex_word(verb,comes,come,iv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Come',"comes"),
talk_db(noun1,come,comes),
talk_db(intransitive,come,comes,came,coming,come),
talk_db(transitive,come,comes,came,coming,come)]),
w( cheap, [
pos(rb), root(cheap),loc(5),lnks(4),txt("cheap"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
clex_word(adj,cheap,cheap,unknown),
fsr( cheap-a,
expensiveness,
[ [ [ [ origin-p, np,ext],
[ degree-p, avp,dep],
[ goods-c, pping,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, pp,dep]],
1],
[ [ [ asset-c, n,head]],
1],
[ [ [ origin-p, np,ext],
[ goods-c, pp,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, vpto,dep]],
1],
[ [ [ asset-c, np,dep]],
2],
[ [ [ goods-c, np,ext],
[ asset-c, pp,dep]],
4],
[ [ [ goods-c, vping,dep]],
1],
[ [ [ goods-c, vpto,dep]],
1],
[ [ [ goods-c, np,ext],
[ origin-p, pp,dep]],
5],
[ [ [ asset-c, np,ext]],
1],
[ [ [ goods-c, n,head]],
3],
[ [ [ origin-p, n,head],
[ asset-c, dni,null]],
1],
[ [ [ payer-c, pp,dep],
[ goods-c, vpto,dep]],
3],
[ [ [ goods-c, np,ext],
[ degree-p, avp,dep],
[ asset-c, pp,dep]],
1],
[ [ [ goods-c, np,ext]],
8]]),
concept(fn,expensiveness),
ttholds(inflAdjectiveUnchecked,'TTWord_Cheap',"cheap"),
talk_db(adj,cheap)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Neither leading tenor comes cheap.").
%~ sentence80=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ i_sentence=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ clausify80=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ any_to_ace_str="Neither leading tenor comes cheap .".
%~ ?- c88("Neither leading tenor comes cheap.").
%~ try_ace_drs=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ simplify80=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ try_ace_fol=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ results80=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ any_to_ace_str="Neither leading tenor comes cheap.".
%~ ?- c88("Neither leading tenor comes cheap.").
%~ try_ace_eng=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ compile80=failure.
%~ ?- c88("Neither leading tenor comes cheap.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['VBG',leading],
['NN',tenor]],
[ 'VP',
['VBZ',comes],
[ 'ADVP',
['RB',cheap]]],
['.','.']]],
_1007208).
%~ call_residue_vars=[].
%~ ?- c88("Neither leading tenor comes cheap.").
%~ e2c_80=failure.
%~ c88=(?-c88("Neither leading tenor comes cheap.")).
%~ ?-c88("One of the leading tenors is Pavarotti.").
%~ list_undefined([]).
%~ ?- c88("One of the leading tenors is Pavarotti.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['CD','One']],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['VBG',leading],
['NNS',tenors]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Pavarotti']]],
['.','.']]]. */
%~ ?- c88("One of the leading tenors is Pavarotti.").
/* into_lexical_segs = [ w( one, [
pos(cd), root(one),loc(1),lnks(4),txt("One"),
ner('NUMBER'),normalizedNER(1.0),
truecase('INIT_UPPER'),entitylink('One_(U2_song)'),
link(1,'NP',r('NP',seg(1,1))),link(2,'NP',r('NP',seg(1,5))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xOneTheWord,"one"),cycWord(xOneTheWord),
fsr(one-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_One',"one"),
ttholds(inflPronoun,'TTWord_One',"one"),
ttholds(inflNounSingular,'TTWord_One',"one"),
tr_number(one,1),
flexicon(number,[sem=1,num_type=digit,agr=sg],one), flexicon(number,[sem=1],one),talk_db(pronoun,one),
talk_db(indef,one)]),
w( of, [
pos(in), root(of),loc(2),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(2,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(3),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'PP',r('PP',seg(2,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( leading, [
pos(vbg), root(lead),loc(4),lnks(5),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'PP',r('PP',seg(2,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenors, [
pos(nns), root(tenor),loc(5),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'PP',r('PP',seg(2,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( is, [
pos(vbz), root(be),loc(6),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( pavarotti, [
pos(nnp), root('Pavarotti'),loc(7),lnks(4),
txt("Pavarotti"),ner('PERSON'),
truecase('INIT_UPPER'),entitylink('Luciano_Pavarotti'),
corefed,#(1),txt(["Pavarotti"]),
type('PROPER'),numb('SINGULAR'),gender('MALE'),
animacy('ANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))), link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.725).
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ i_sentence=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ clausify80=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ any_to_ace_str="One of the leading tenors is Pavarotti .".
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ try_ace_drs=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ simplify80=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ try_ace_fol=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ results80=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ any_to_ace_str="One of the leading tenors is Pavarotti.".
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ try_ace_eng=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ compile80=failure.
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['CD','One']],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['VBG',leading],
['NNS',tenors]]]],
[ 'VP',
['VBZ',is],
[ 'NP',
['NNP','Pavarotti']]],
['.','.']]],
_1320614).
%~ call_residue_vars=[].
%~ ?- c88("One of the leading tenors is Pavarotti.").
%~ e2c_80=failure.
%~ c88 is runtime(1.889).
%~ c88=(?-c88("One of the leading tenors is Pavarotti.")).
%~ ?-c88("Is Pavarotti a leading tenor who comes cheap?").
%~ list_undefined([]).
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]]. */
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
/* into_lexical_segs = [ w( is, [
pos(vbz), root(be),loc(1),lnks(2),txt("Is"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"),cycWord(xBeTheWord),
ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( pavarotti, [
pos(nnp), root('Pavarotti'),loc(2),lnks(5),
txt("Pavarotti"),ner('PERSON'),
truecase('INIT_UPPER'),entitylink('Luciano_Pavarotti'),
link(1,'NP',r('NP',seg(2,2))),
link(2,'NP',r('NP',seg(2,5))), link(3,'NP',r('NP',seg(2,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo]),
w( a, [
pos(dt), root(a),loc(3),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(2,5))), link(3,'NP',r('NP',seg(2,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( leading, [
pos(vbg), root(lead),loc(4),lnks(5),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(2,5))), link(3,'NP',r('NP',seg(2,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenor, [
pos(nn), root(tenor),loc(5),lnks(5),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(2,5))), link(3,'NP',r('NP',seg(2,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( who, [
pos(wp), root(who),loc(6),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,7))), link(3,'NP',r('NP',seg(2,7))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3528890,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( comes, [
pos(vbz), root(come),loc(7),lnks(6),txt("comes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,7))),
link(2,'S',r('S',seg(7,7))),
link(3,'SBAR',r('SBAR',seg(6,7))), link(4,'NP',r('NP',seg(2,7))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xComeTheWord,"comes"),
cycWord(xComeTheWord),
cycTerm(actGoingSomewhere,ttFirstOrderCollection,ttThing),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(actHavingAnOrgasm,ttOneAtATimeActionType,ttHumanCapabilityType),
cycTerm(eventComingCreationEvent,ttFirstOrderCollection,ttThing),
cycTerm(eventEmission,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(infinitive,xComeTheWord,come),
ac(perfect,xComeTheWord,come),
clex_word(verb,comes,come,iv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Come',"comes"),
talk_db(noun1,come,comes),
talk_db(intransitive,come,comes,came,coming,come),
talk_db(transitive,come,comes,came,coming,come)]),
w( cheap, [
pos(jj), root(cheap),loc(8),lnks(3),txt("cheap"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xCheapTheWord,"cheap"),
cycWord(xCheapTheWord),
cycTerm(vInexpensive,vtNonNumericScalarQuantity,vtMonetaryValue),
ac(regularDegree,xCheapTheWord,cheap),
clex_word(adj,cheap,cheap,unknown),
fsr( cheap-a,
expensiveness,
[ [ [ [ origin-p, np,ext],
[ degree-p, avp,dep],
[ goods-c, pping,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, pp,dep]],
1],
[ [ [ asset-c, n,head]],
1],
[ [ [ origin-p, np,ext],
[ goods-c, pp,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, vpto,dep]],
1],
[ [ [ asset-c, np,dep]],
2],
[ [ [ goods-c, np,ext],
[ asset-c, pp,dep]],
4],
[ [ [ goods-c, vping,dep]],
1],
[ [ [ goods-c, vpto,dep]],
1],
[ [ [ goods-c, np,ext],
[ origin-p, pp,dep]],
5],
[ [ [ asset-c, np,ext]],
1],
[ [ [ goods-c, n,head]],
3],
[ [ [ origin-p, n,head],
[ asset-c, dni,null]],
1],
[ [ [ payer-c, pp,dep],
[ goods-c, vpto,dep]],
3],
[ [ [ goods-c, np,ext],
[ degree-p, avp,dep],
[ asset-c, pp,dep]],
1],
[ [ [ goods-c, np,ext]],
8]]),
concept(fn,expensiveness),
ttholds(inflAdjectiveUnchecked,'TTWord_Cheap',"cheap"),
talk_db(adj,cheap)]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ sentence80=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ i_sentence=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ clausify80=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ any_to_ace_str="Is Pavarotti a leading tenor who comes cheap ?".
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ try_ace_drs=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ simplify80=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ try_ace_fol=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ results80=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ any_to_ace_str="Is Pavarotti a leading tenor who comes cheap? .".
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ try_ace_eng=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ compile80=failure.
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]],
_2229192).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]],
_2218926).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]],
_2218930).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]],
_2218930).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Is'],
[ 'NP',
[ 'NP',
[ 'NP',
['NNP','Pavarotti']],
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes]]]]],
[ 'ADJP',
['JJ',cheap]],
['.',?]]],
_2218930).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
%~ ?- c88("Is Pavarotti a leading tenor who comes cheap?").
%~ e2c_80=failure.
%~ c88 is runtime(1.437).
%~ c88=(?-c88("Is Pavarotti a leading tenor who comes cheap?")).
%~ ?-c88("Pavarotti is a leading tenor who comes cheap.").
%~ list_undefined([]).
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]]. */
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
/* into_lexical_segs = [ w( pavarotti, [
pos(nnp), root('Pavarotti'),loc(1),lnks(3),
txt("Pavarotti"),ner('PERSON'),truecase('INIT_UPPER'),
entitylink('Luciano_Pavarotti'),corefed,#(1),
txt(["Pavarotti"]),type('PROPER'),
numb('SINGULAR'),gender('MALE'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo]),
w( is, [
pos(vbz), root(be),loc(2),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(2,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(3),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( leading, [
pos(vbg), root(lead),loc(4),lnks(5),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( tenor, [
pos(nn), root(tenor),loc(5),lnks(5),txt("tenor"),
ner('TITLE'),truecase('LOWER'),entitylink('Tenor'),
link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xTenorTheWord,"tenor"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenor,tenor,human+sg-count),
ttholds(inflAdjective,'TTWord_Tenor',"tenor"),
ttholds(inflNounSingularUnchecked,'TTWord_Tenor',"tenor")]),
w( who, [
pos(wp), root(who),loc(6),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'SBAR',r('SBAR',seg(6,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_4113948,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( comes, [
pos(vbz), root(come),loc(7),lnks(7),txt("comes"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,8))),
link(2,'S',r('S',seg(7,8))),
link(3,'SBAR',r('SBAR',seg(6,8))),
link(4,'NP',r('NP',seg(3,8))), link(5,'VP',r('VP',seg(2,8))),link(6,'S',r('S',seg(1,9))),
link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(thirdPersonSgPresent,xComeTheWord,"comes"),
cycWord(xComeTheWord),
cycTerm(actGoingSomewhere,ttFirstOrderCollection,ttThing),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(actHavingAnOrgasm,ttOneAtATimeActionType,ttHumanCapabilityType),
cycTerm(eventComingCreationEvent,ttFirstOrderCollection,ttThing),
cycTerm(eventEmission,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(infinitive,xComeTheWord,come),
ac(perfect,xComeTheWord,come),
clex_word(verb,comes,come,iv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Come',"comes"),
talk_db(noun1,come,comes),
talk_db(intransitive,come,comes,came,coming,come),
talk_db(transitive,come,comes,came,coming,come)]),
w( cheap, [
pos(jj), root(cheap),loc(8),lnks(8),txt("cheap"),
truecase('LOWER'),link(1,'ADJP',r('ADJP',seg(8,8))),
link(2,'VP',r('VP',seg(7,8))),link(3,'S',r('S',seg(7,8))),
link(4,'SBAR',r('SBAR',seg(6,8))),
link(5,'NP',r('NP',seg(3,8))), link(6,'VP',r('VP',seg(2,8))),link(7,'S',r('S',seg(1,9))),
link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xCheapTheWord,"cheap"),
cycWord(xCheapTheWord),
cycTerm(vInexpensive,vtNonNumericScalarQuantity,vtMonetaryValue),
ac(regularDegree,xCheapTheWord,cheap),
clex_word(adj,cheap,cheap,unknown),
fsr( cheap-a,
expensiveness,
[ [ [ [ origin-p, np,ext],
[ degree-p, avp,dep],
[ goods-c, pping,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, pp,dep]],
1],
[ [ [ asset-c, n,head]],
1],
[ [ [ origin-p, np,ext],
[ goods-c, pp,dep]],
1],
[ [ [ goods-c, np,ext],
[ payer-c, vpto,dep]],
1],
[ [ [ asset-c, np,dep]],
2],
[ [ [ goods-c, np,ext],
[ asset-c, pp,dep]],
4],
[ [ [ goods-c, vping,dep]],
1],
[ [ [ goods-c, vpto,dep]],
1],
[ [ [ goods-c, np,ext],
[ origin-p, pp,dep]],
5],
[ [ [ asset-c, np,ext]],
1],
[ [ [ goods-c, n,head]],
3],
[ [ [ origin-p, n,head],
[ asset-c, dni,null]],
1],
[ [ [ payer-c, pp,dep],
[ goods-c, vpto,dep]],
3],
[ [ [ goods-c, np,ext],
[ degree-p, avp,dep],
[ asset-c, pp,dep]],
1],
[ [ [ goods-c, np,ext]],
8]]),
concept(fn,expensiveness),
ttholds(inflAdjectiveUnchecked,'TTWord_Cheap',"cheap"),
talk_db(adj,cheap)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ sentence80=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ i_sentence=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ clausify80=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ any_to_ace_str="Pavarotti is a leading tenor who comes cheap .".
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ try_ace_drs=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ simplify80=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ try_ace_fol=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ results80=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ any_to_ace_str="Pavarotti is a leading tenor who comes cheap.".
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ try_ace_eng=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ compile80=failure.
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]],
_2647056).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]],
_2637076).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]],
_2637082).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]],
_2637082).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['NNP','Pavarotti']],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['VBG',leading],
['NN',tenor]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',comes],
[ 'ADJP',
['JJ',cheap]]]]]]],
['.','.']]],
_2637082).
%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).%~ compat_spp(perfect,vbz).
%~ call_residue_vars=[].
%~ ?- c88("Pavarotti is a leading tenor who comes cheap.").
%~ e2c_80=failure.
%~ c88=(?-c88("Pavarotti is a leading tenor who comes cheap.")).
%~ ?-c88("At least three tenors will take part in the concert.").
%~ list_undefined([]).
%~ ?- c88("At least three tenors will take part in the concert.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',tenors]],
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]],
['.','.']]]. */
%~ ?- c88("At least three tenors will take part in the concert.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(3),lnks(4),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('INIT_UPPER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(3),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( will, [
pos(md), root(will),loc(5),lnks(3),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( take, [
pos(vb), root(take),loc(6),lnks(4),txt("take"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTakeTheWord,"take"),cycWord(xTakeTheWord),
cycTerm(actTakingSomething,ttHumanCapabilityType,ttAccessingScriptType),
cycTerm(actSelectingSomething,ttDurativeEventType,ttThing),
cycTerm(actRemovingSomething,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm('Taking-IntrinsicStateChangeEvent',tCol,ttThing),
cycTerm(actPuttingSomethingSomewhere,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actDevelopingAHabit,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xTakeTheWord,take),
clex_word(verb,take,take,iv+infpl),
clex_word(verb,take,take,tv+infpl),
clex_word(verb,take,take,dv('')+infpl),
clex_word(noun,take,take,neutr+sg-count),
fnpattern( take,
10050000,
removing,
[ agent : agent, theme:theme,source:source,
beneficiary : goal]),
concept(fn,removing),
fnpattern( take,
10050000,
removing,
[ agent : cause, theme:theme,source:source,
beneficiary : goal]), fsr(take-n,opinion,[]),concept(fn,opinion),
fsr( take-v,
bringing,
[ [ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep],
[ purpose-p, vpto,dep],
[ particular_iteration-e, avp,dep]],
1],
[ [ [ carrier-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep]],
2],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
8],
[ [ [ theme-c, np,ext],
[ source-c, avp,dep],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ goal-c, pp,dep],
[ carrier-c, cni,null]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep],
[ carrier-c, cni,null]],
1]]), concept(fn,bringing),fsr(take-v,capacity,[]),
concept(fn,capacity),fsr(take-v,conquering,[]),
concept(fn,conquering),
fsr(take-v,create_physical_artwork,[]),
concept(fn,create_physical_artwork),
fsr(take-v,have_as_requirement,[]),
concept(fn,have_as_requirement),
fsr( take-v,
ingest_substance,
[ [ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ substance-c, np,ext],
[ time-p, pp,dep],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ frequency-e, avp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ ingestor-c, np,ext],
[ substance-c, np,obj]],
2],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
24],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ duration-p, pp,dep]],
1],
[ [ [ substance-c, np,ext],
[ ingestor-c, cni,null]],
1]]),
concept(fn,ingest_substance),
fsr( take-v,
removing,
[ [ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
20],
[ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ source-c, avp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, pp,dep],
[ agent-c, cni,null]],
9],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, pp,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ agent-c, cni,null]],
4],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
2],
[ [ [ agent-c, np,ext],
[ goal-p, pp,dep],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ agent-c, pp,dep],
[ source-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
1]]),
fsr( take-v,
ride_vehicle,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep],
[ vehicle-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep]],
1]]), concept(fn,ride_vehicle),fsr(take-v,taking_time,[]),
concept(fn,taking_time),fsr(take-v,taking,[]),
concept(fn,taking),ttholds(inflVerb,'TTWord_Take',"take"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Take',"take"),
ttholds(inflVerbPluralPresent,'TTWord_Take',"take"),
verbnet_map_wn(take,['take%2:38:09','take%2:38:10','take%2:42:10'],'bring-11.3'),
concept(vn,'bring-11.3'),
listof(concept(wn),['take%2:38:09','take%2:38:10','take%2:42:10']),
verbnet_map_wn(take,['take%2:31:07','take%2:31:01','take%2:40:05'],'characterize-29.2'),
concept(vn,'characterize-29.2'),
listof(concept(wn),['take%2:31:07','take%2:31:01','take%2:40:05']),
verbnet_map_wn(take,['take%2:41:13'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['take%2:41:13']),
verbnet_map_wn(take,['take%2:40:06'],'cost-54.2'),
concept(vn,'cost-54.2'),
listof(concept(wn),['take%2:40:06']),
verbnet_map_wn(take,['take%2:42:15'],'fit-54.3'),
concept(vn,'fit-54.3'),
listof(concept(wn),['take%2:42:15']),
verbnet_map_wn(take,['take%2:40:03'],'hire-13.5.3'),
concept(vn,'hire-13.5.3'),
listof(concept(wn),['take%2:40:03']),
verbnet_map_wn(take,['take%2:32:02'],'performance-26.7-2'),
concept(vn,'performance-26.7-2'),
listof(concept(wn),['take%2:32:02']),
verbnet_map_wn(take,['take%2:42:00'],'require-103'),
concept(vn,'require-103'),
listof(concept(wn),['take%2:42:00']),
verbnet_map_wn(take,['?take%2:38:09','take%2:40:01'],'steal-10.5'),
concept(vn,'steal-10.5'),
listof(concept(wn),['?take%2:38:09','take%2:40:01']),
verbnet_to_framenet('bring-11.3',take,'take.04'),
concept(fn,'take.04'),
verbnet_to_framenet('characterize-29.2',take,'take.05'),
concept(fn,'take.05'),
verbnet_to_framenet('characterize-29.2',take,'take.07'),
concept(fn,'take.07'),
verbnet_to_framenet('characterize-29.2',take,'take.08'),
concept(fn,'take.08'),
verbnet_to_framenet('convert-26.6.2',take,'take.06'),
concept(fn,'take.06'),
verbnet_to_framenet('cost-54.2',take,'take.03'),
concept(fn,'take.03'),
verbnet_to_framenet('fit-54.3',take,'take.10'),
concept(fn,'take.10'),
verbnet_to_framenet('hire-13.5.3',take,'take.05'),
verbnet_to_framenet('performance-26.7-2',take,'take.01'),
concept(fn,'take.01'),
verbnet_to_framenet('performance-26.7-2',take,'take.02'),
concept(fn,'take.02'),
verbnet_to_framenet('require-103',take,'take.07'),
verbnet_to_framenet('steal-10.5',take,'take.04'),
verbnet_to_framenet('steal-10.5',take,'take.09'),
concept(fn,'take.09'),
verbnet_word(take,'bring-11.3',"take"),
verbnet_word(take,'characterize-29.2',"take"),
verbnet_word(take,'convert-26.6.2',"take"),
verbnet_word(take,'cost-54.2',"take"),
verbnet_word(take,'fit-54.3',"take"),
verbnet_word(take,'hire-13.5.3',"take"),
verbnet_word(take,'performance-26.7-2',"take"),
verbnet_word(take,'require-103',"take"),
verbnet_word(take,'steal-10.5',"take")]),
w( part, [
pos(nn), root(part),loc(7),lnks(5),txt("part"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xPartTheWord,"part"),cycWord(xPartTheWord),
cycTerm(tPartTypePhysicalPartOfObject,ttTemporalStuffType,ttSpecifiedPartTypeCollection),
cycTerm( subEvents,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtSubEventPredicate),
cycTerm(parts,rtTransitiveBinaryPredicate,rtReflexiveBinaryPredicate),
cycTerm(tPlaceLikeRegion,ttFirstOrderCollection,ttThing),
ac(singular,xPartTheWord,part),
clex_word(verb,part,part,iv+infpl),
clex_word(verb,part,part,tv+infpl),
clex_word(noun,part,part,neutr+Neutr-mass),
fnpattern(part,23010200,separation,[agent:agent,patient1:part_1,patient2:part_2]), concept(fn,separation),fsr(part-n,membership,[]),
concept(fn,membership),
fsr( part-n,
part_whole,
[ [ [ [ part_prop-e, ajp,dep],
[ part_prop-e, ajp,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target]],
2],
[ [ [ orientation-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
12],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target]],
4],
[ [ [ part_prop-e, poss,gen],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
17],
[ [ [ orientation-e, n,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1]]),
concept(fn,part_whole),
fsr(part-n,performers_and_roles,[]),
concept(fn,performers_and_roles),
fsr( part-v,
separating,
[ [ [ [ whole-c, np,obj],
[ agent-c, cni,null],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ whole-c, np,obj],
[ parts-c, ini,null]],
3],
[ [ [ part_1-c, np,ext],
[ part_2-c, pp,dep],
[ agent-c, cni,null]],
2],
[ [ [ whole-c, np,ext],
[ manner-p, avp,dep],
[ agent-c, pp,dep],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
2],
[ [ [ manner-p, avp,dep],
[ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
1]]),
concept(fn,separating),
ttholds(inflAdjective,'TTWord_Part',"part"),
ttholds(inflNounSingular,'TTWord_Part',"part"), talk_db(adv,part),verbnet_map_wn(part,[],'braid-41.2.2'),
concept(vn,'braid-41.2.2'),
verbnet_map_wn( part,
['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01'],
'separate-23.1-2'),
concept(vn,'separate-23.1-2'),
listof(concept(wn),['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01']),
verbnet_to_framenet('separate-23.1-2',part,'part.01'),
concept(fn,'part.01'),
verbnet_to_framenet('separate-23.1-2',part,'part.02'),
concept(fn,'part.02'),
verbnet_to_framenet('separate-23.1-2',part,'part.03'),
concept(fn,'part.03'),
verbnet_to_framenet('separate-23.1-2',part,'part.04'),
concept(fn,'part.04'),
verbnet_word(part,'braid-41.2.2',"part"),
verbnet_word(part,'separate-23.1-2',"part")]),
w( in, [
pos(in), root(in),loc(8),lnks(5),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( the, [
pos(dt), root(the),loc(9),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( concert, [
pos(nn), root(concert),loc(10),lnks(6),txt("concert"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xConcertTheWord,"concert"),
cycWord(xConcertTheWord),
cycTerm( nartR(tColOfCollectionIntersection2Fn,eventPublicEvent,actMusicalPerformance),
ttEntertainmentEventType,
tSet),
ac(singular,xConcertTheWord,concert),
clex_word(verb,concert,concert,tv+infpl),
clex_word(noun,concert,concert,neutr+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Concert',"concert")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At least three tenors will take part in the concert.").
/* sentence80 = decl( s( np( Np_head16,
np_head( Generic15,
generic,
[ adj( info( self,
prep_phrase( Prep13,
prep(at),
np( 3+sg,
np_head(Generic,generic,[sup(most,adj(less))],three),
[ reduced_rel( Wh_S,
s( np(3+pl,np_head(Generic1,generic,[],tenor),[]),
verb(main+tv,take,active,pres+fin,[],[will,root]),
[ adv(part),
arg(dirO,np(3+sg,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(in),np(3+sg,np_head(Det,det(the(sg)),[],concert),[]))]))]))))],
current_thing),
[]),
verb(main+iv,exist,active,pres+fin,[],[]),
[],
[ prep_phrase( Prep13,
prep(at),
np( 3+sg,
np_head(Generic,generic,[sup(most,adj(less))],three),
[ reduced_rel( Wh_S,
s( np(3+pl,np_head(Generic1,generic,[],tenor),[]),
verb(main+tv,take,active,pres+fin,[],[will,root]),
[ adv(part),
arg(dirO,np(3+sg,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(in),np(3+sg,np_head(Det,det(the(sg)),[],concert),[]))]))]))])). */
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4519402-_4519404-_4526766, i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4519402-_4519404-_4526766, i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, aggr(_4533508, _4519404, [_4533520, _4519404], _4526780, '`'(_4533538)&_4526784), _4526780, '`'(true), _4526784)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4534412))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4534412))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4534412))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4534412)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4534412)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4534412))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4519402-_4519404-_4526766, i_adj(sup(most, adj(less)), _4519402-_4519404, _4519402-_4519404, _4526766, _4519442, _4526780, _4519418, _4526784))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4519402-_4519404, _4519402-_4519404, _4519440, _4519442, _4519442, _4519418, ti(three, _4519404))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4552828-_4552830-_4560190, i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4552828-_4552830-_4560190, i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, aggr(_4566932, _4552830, [_4566944, _4552830], _4560204, '`'(_4566962)&_4560208), _4560204, '`'(true), _4560208)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4567836))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4567836))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4567836))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4567836)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4567836)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4567836))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4552828-_4552830-_4560190, i_adj(sup(most, adj(less)), _4552828-_4552830, _4552828-_4552830, _4560190, _4552868, _4560204, _4552844, _4560208))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4552828-_4552830, _4552828-_4552830, _4552866, _4552868, _4552868, _4552844, ti(three, _4552830))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4586260-_4586262-_4593622, i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4586260-_4586262-_4593622, i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, aggr(_4600364, _4586262, [_4600376, _4586262], _4593636, '`'(_4600394)&_4593640), _4593636, '`'(true), _4593640)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4601268))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4601268))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4601268))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4601268)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4601268)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4601268))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4586260-_4586262-_4593622, i_adj(sup(most, adj(less)), _4586260-_4586262, _4586260-_4586262, _4593622, _4586300, _4593636, _4586276, _4593640))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4586260-_4586262, _4586260-_4586262, _4586298, _4586300, _4586300, _4586276, ti(three, _4586262))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4622974-_4622976-_4630336, i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4622974-_4622976-_4630336, i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, aggr(_4637078, _4622976, [_4637090, _4622976], _4630350, '`'(_4637108)&_4630354), _4630350, '`'(true), _4630354)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4637982))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4637982))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4637982))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4637982)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4637982)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4637982))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4622974-_4622976-_4630336, i_adj(sup(most, adj(less)), _4622974-_4622976, _4622974-_4622976, _4630336, _4623014, _4630350, _4622990, _4630354))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4622974-_4622976, _4622974-_4622976, _4623012, _4623014, _4623014, _4622990, ti(three, _4622976))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4656398-_4656400-_4663760, i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4656398-_4656400-_4663760, i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, aggr(_4670502, _4656400, [_4670514, _4656400], _4663774, '`'(_4670532)&_4663778), _4663774, '`'(true), _4663778)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4671406))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4671406))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4671406))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4671406)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4671406)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4671406))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4656398-_4656400-_4663760, i_adj(sup(most, adj(less)), _4656398-_4656400, _4656398-_4656400, _4663760, _4656438, _4663774, _4656414, _4663778))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4656398-_4656400, _4656398-_4656400, _4656436, _4656438, _4656438, _4656414, ti(three, _4656400))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4689830-_4689832-_4697192, i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4689830-_4689832-_4697192, i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, aggr(_4703934, _4689832, [_4703946, _4689832], _4697206, '`'(_4703964)&_4697210), _4697206, '`'(true), _4697210)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4704838))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4704838))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4704838))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4704838)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4704838)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4704838))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4689830-_4689832-_4697192, i_adj(sup(most, adj(less)), _4689830-_4689832, _4689830-_4689832, _4697192, _4689870, _4697206, _4689846, _4697210))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4689830-_4689832, _4689830-_4689832, _4689868, _4689870, _4689870, _4689846, ti(three, _4689832))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4726456-_4726458-_4733818, i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4726456-_4726458-_4733818, i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, aggr(_4740560, _4726458, [_4740572, _4726458], _4733832, '`'(_4740590)&_4733836), _4733832, '`'(true), _4733836)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4741464))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4741464))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4741464))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4741464)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4741464)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4741464))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4726456-_4726458-_4733818, i_adj(sup(most, adj(less)), _4726456-_4726458, _4726456-_4726458, _4733818, _4726496, _4733832, _4726472, _4733836))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4726456-_4726458, _4726456-_4726458, _4726494, _4726496, _4726496, _4726472, ti(three, _4726458))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4759880-_4759882-_4767242, i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4759880-_4759882-_4767242, i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, aggr(_4773984, _4759882, [_4773996, _4759882], _4767256, '`'(_4774014)&_4767260), _4767256, '`'(true), _4767260)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4774888))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4774888))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4774888))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4774888)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4774888)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4774888))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4759880-_4759882-_4767242, i_adj(sup(most, adj(less)), _4759880-_4759882, _4759880-_4759882, _4767242, _4759920, _4767256, _4759896, _4767260))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4759880-_4759882, _4759880-_4759882, _4759918, _4759920, _4759920, _4759896, ti(three, _4759882))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4793312-_4793314-_4800674, i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4793312-_4793314-_4800674, i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, aggr(_4807416, _4793314, [_4807428, _4793314], _4800688, '`'(_4807446)&_4800692), _4800688, '`'(true), _4800692)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4808320))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4808320))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4808320))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4808320)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4808320)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4808320))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4793312-_4793314-_4800674, i_adj(sup(most, adj(less)), _4793312-_4793314, _4793312-_4793314, _4800674, _4793352, _4800688, _4793328, _4800692))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4793312-_4793314, _4793312-_4793314, _4793350, _4793352, _4793352, _4793328, ti(three, _4793314))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4830034-_4830036-_4837396, i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4830034-_4830036-_4837396, i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, aggr(_4844138, _4830036, [_4844150, _4830036], _4837410, '`'(_4844168)&_4837414), _4837410, '`'(true), _4837414)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4845042))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4845042))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4845042))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4845042)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4845042)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4845042))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4830034-_4830036-_4837396, i_adj(sup(most, adj(less)), _4830034-_4830036, _4830034-_4830036, _4837396, _4830074, _4837410, _4830050, _4837414))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4830034-_4830036, _4830034-_4830036, _4830072, _4830074, _4830074, _4830050, ti(three, _4830036))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4863458-_4863460-_4870820, i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4863458-_4863460-_4870820, i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, aggr(_4877562, _4863460, [_4877574, _4863460], _4870834, '`'(_4877592)&_4870838), _4870834, '`'(true), _4870838)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4878466))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4878466))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4878466))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4878466)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4878466)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4878466))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4863458-_4863460-_4870820, i_adj(sup(most, adj(less)), _4863458-_4863460, _4863458-_4863460, _4870820, _4863498, _4870834, _4863474, _4870838))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4863458-_4863460, _4863458-_4863460, _4863496, _4863498, _4863498, _4863474, ti(three, _4863460))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4896890-_4896892-_4904252, i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4896890-_4896892-_4904252, i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, aggr(_4910994, _4896892, [_4911006, _4896892], _4904266, '`'(_4911024)&_4904270), _4904266, '`'(true), _4904270)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4911898))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4911898))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4911898))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4911898)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4911898)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4911898))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4896890-_4896892-_4904252, i_adj(sup(most, adj(less)), _4896890-_4896892, _4896890-_4896892, _4904252, _4896930, _4904266, _4896906, _4904270))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4896890-_4896892, _4896890-_4896892, _4896928, _4896930, _4896930, _4896906, ti(three, _4896892))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4933604-_4933606-_4940966, i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4933604-_4933606-_4940966, i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, aggr(_4947708, _4933606, [_4947720, _4933606], _4940980, '`'(_4947738)&_4940984), _4940980, '`'(true), _4940984)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4948612))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4948612))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4948612))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4948612)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4948612)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4948612))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4933604-_4933606-_4940966, i_adj(sup(most, adj(less)), _4933604-_4933606, _4933604-_4933606, _4940966, _4933644, _4940980, _4933620, _4940984))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4933604-_4933606, _4933604-_4933606, _4933642, _4933644, _4933644, _4933620, ti(three, _4933606))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4967028-_4967030-_4974390, i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4967028-_4967030-_4974390, i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, aggr(_4981132, _4967030, [_4981144, _4967030], _4974404, '`'(_4981162)&_4974408), _4974404, '`'(true), _4974408)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4982036))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4982036))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4982036))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4982036)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _4982036)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _4982036))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4967028-_4967030-_4974390, i_adj(sup(most, adj(less)), _4967028-_4967030, _4967028-_4967030, _4974390, _4967068, _4974404, _4967044, _4974408))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _4967028-_4967030, _4967028-_4967030, _4967066, _4967068, _4967068, _4967044, ti(three, _4967030))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5000460-_5000462-_5007822, i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5000460-_5000462-_5007822, i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, aggr(_5014564, _5000462, [_5014576, _5000462], _5007836, '`'(_5014594)&_5007840), _5007836, '`'(true), _5007840)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5015468))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5015468))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5015468))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5015468)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5015468)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5015468))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5000460-_5000462-_5007822, i_adj(sup(most, adj(less)), _5000460-_5000462, _5000460-_5000462, _5007822, _5000500, _5007836, _5000476, _5007840))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5000460-_5000462, _5000460-_5000462, _5000498, _5000500, _5000500, _5000476, ti(three, _5000462))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5037086-_5037088-_5044448, i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5037086-_5037088-_5044448, i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, aggr(_5051190, _5037088, [_5051202, _5037088], _5044462, '`'(_5051220)&_5044466), _5044462, '`'(true), _5044466)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5052094))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5052094))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5052094))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5052094)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5052094)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5052094))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5037086-_5037088-_5044448, i_adj(sup(most, adj(less)), _5037086-_5037088, _5037086-_5037088, _5044448, _5037126, _5044462, _5037102, _5044466))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5037086-_5037088, _5037086-_5037088, _5037124, _5037126, _5037126, _5037102, ti(three, _5037088))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5070510-_5070512-_5077872, i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5070510-_5070512-_5077872, i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, aggr(_5084614, _5070512, [_5084626, _5070512], _5077886, '`'(_5084644)&_5077890), _5077886, '`'(true), _5077890)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5085518))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5085518))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5085518))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5085518)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5085518)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5085518))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5070510-_5070512-_5077872, i_adj(sup(most, adj(less)), _5070510-_5070512, _5070510-_5070512, _5077872, _5070550, _5077886, _5070526, _5077890))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5070510-_5070512, _5070510-_5070512, _5070548, _5070550, _5070550, _5070526, ti(three, _5070512))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5103942-_5103944-_5111304, i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5103942-_5103944-_5111304, i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, aggr(_5118046, _5103944, [_5118058, _5103944], _5111318, '`'(_5118076)&_5111322), _5111318, '`'(true), _5111322)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5118950))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5118950))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5118950))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5118950)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(less, _5118950)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5118950))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5103942-_5103944-_5111304, i_adj(sup(most, adj(less)), _5103942-_5103944, _5103942-_5103944, _5111304, _5103982, _5111318, _5103958, _5111322))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5103942-_5103944, _5103942-_5103944, _5103980, _5103982, _5103982, _5103958, ti(three, _5103944))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5141558-_5141560-_5148920, i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5141558-_5141560-_5148920, i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, aggr(_5155662, _5141560, [_5155674, _5141560], _5148934, '`'(_5155692)&_5148938), _5148934, '`'(true), _5148938)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5156566))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5156566))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5156566))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5156566)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5156566)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5156566))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5141558-_5141560-_5148920, i_adj(sup(most, adj(less)), _5141558-_5141560, _5141558-_5141560, _5148920, _5141598, _5148934, _5141574, _5148938))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5141558-_5141560, _5141558-_5141560, _5141596, _5141598, _5141598, _5141574, ti(three, _5141560))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5174982-_5174984-_5182344, i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5174982-_5174984-_5182344, i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, aggr(_5189086, _5174984, [_5189098, _5174984], _5182358, '`'(_5189116)&_5182362), _5182358, '`'(true), _5182362)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5189990))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5189990))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5189990))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5189990)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5189990)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5189990))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5174982-_5174984-_5182344, i_adj(sup(most, adj(less)), _5174982-_5174984, _5174982-_5174984, _5182344, _5175022, _5182358, _5174998, _5182362))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5174982-_5174984, _5174982-_5174984, _5175020, _5175022, _5175022, _5174998, ti(three, _5174984))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5208414-_5208416-_5215776, i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5208414-_5208416-_5215776, i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, aggr(_5222518, _5208416, [_5222530, _5208416], _5215790, '`'(_5222548)&_5215794), _5215790, '`'(true), _5215794)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5223422))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5223422))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5223422))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5223422)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5223422)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5223422))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5208414-_5208416-_5215776, i_adj(sup(most, adj(less)), _5208414-_5208416, _5208414-_5208416, _5215776, _5208454, _5215790, _5208430, _5215794))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5208414-_5208416, _5208414-_5208416, _5208452, _5208454, _5208454, _5208430, ti(three, _5208416))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5245128-_5245130-_5252490, i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5245128-_5245130-_5252490, i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, aggr(_5259232, _5245130, [_5259244, _5245130], _5252504, '`'(_5259262)&_5252508), _5252504, '`'(true), _5252508)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5260136))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5260136))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5260136))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5260136)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5260136)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5260136))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5245128-_5245130-_5252490, i_adj(sup(most, adj(less)), _5245128-_5245130, _5245128-_5245130, _5252490, _5245168, _5252504, _5245144, _5252508))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5245128-_5245130, _5245128-_5245130, _5245166, _5245168, _5245168, _5245144, ti(three, _5245130))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5278552-_5278554-_5285914, i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5278552-_5278554-_5285914, i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, aggr(_5292656, _5278554, [_5292668, _5278554], _5285928, '`'(_5292686)&_5285932), _5285928, '`'(true), _5285932)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5293560))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5293560))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5293560))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5293560)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5293560)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5293560))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5278552-_5278554-_5285914, i_adj(sup(most, adj(less)), _5278552-_5278554, _5278552-_5278554, _5285914, _5278592, _5285928, _5278568, _5285932))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5278552-_5278554, _5278552-_5278554, _5278590, _5278592, _5278592, _5278568, ti(three, _5278554))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5311984-_5311986-_5319346, i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5311984-_5311986-_5319346, i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, aggr(_5326088, _5311986, [_5326100, _5311986], _5319360, '`'(_5326118)&_5319364), _5319360, '`'(true), _5319364)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5326992))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5326992))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5326992))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5326992)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5326992)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5326992))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5311984-_5311986-_5319346, i_adj(sup(most, adj(less)), _5311984-_5311986, _5311984-_5311986, _5319346, _5312024, _5319360, _5312000, _5319364))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5311984-_5311986, _5311984-_5311986, _5312022, _5312024, _5312024, _5312000, ti(three, _5311986))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5348610-_5348612-_5355972, i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5348610-_5348612-_5355972, i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, aggr(_5362714, _5348612, [_5362726, _5348612], _5355986, '`'(_5362744)&_5355990), _5355986, '`'(true), _5355990)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5363618))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5363618))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5363618))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5363618)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5363618)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5363618))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5348610-_5348612-_5355972, i_adj(sup(most, adj(less)), _5348610-_5348612, _5348610-_5348612, _5355972, _5348650, _5355986, _5348626, _5355990))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5348610-_5348612, _5348610-_5348612, _5348648, _5348650, _5348650, _5348626, ti(three, _5348612))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5382034-_5382036-_5389396, i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5382034-_5382036-_5389396, i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, aggr(_5396138, _5382036, [_5396150, _5382036], _5389410, '`'(_5396168)&_5389414), _5389410, '`'(true), _5389414)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5397042))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5397042))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5397042))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5397042)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5397042)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5397042))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5382034-_5382036-_5389396, i_adj(sup(most, adj(less)), _5382034-_5382036, _5382034-_5382036, _5389396, _5382074, _5389410, _5382050, _5389414))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5382034-_5382036, _5382034-_5382036, _5382072, _5382074, _5382074, _5382050, ti(three, _5382036))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5415466-_5415468-_5422828, i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5415466-_5415468-_5422828, i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, aggr(_5429570, _5415468, [_5429582, _5415468], _5422842, '`'(_5429600)&_5422846), _5422842, '`'(true), _5422846)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5430474))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5430474))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5430474))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5430474)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5430474)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5430474))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5415466-_5415468-_5422828, i_adj(sup(most, adj(less)), _5415466-_5415468, _5415466-_5415468, _5422828, _5415506, _5422842, _5415482, _5422846))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5415466-_5415468, _5415466-_5415468, _5415504, _5415506, _5415506, _5415482, ti(three, _5415468))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5452188-_5452190-_5459550, i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5452188-_5452190-_5459550, i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, aggr(_5466292, _5452190, [_5466304, _5452190], _5459564, '`'(_5466322)&_5459568), _5459564, '`'(true), _5459568)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5467196))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5467196))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5467196))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5467196)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5467196)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5467196))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5452188-_5452190-_5459550, i_adj(sup(most, adj(less)), _5452188-_5452190, _5452188-_5452190, _5459550, _5452228, _5459564, _5452204, _5459568))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5452188-_5452190, _5452188-_5452190, _5452226, _5452228, _5452228, _5452204, ti(three, _5452190))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5485612-_5485614-_5492974, i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5485612-_5485614-_5492974, i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, aggr(_5499716, _5485614, [_5499728, _5485614], _5492988, '`'(_5499746)&_5492992), _5492988, '`'(true), _5492992)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5500620))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5500620))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5500620))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5500620)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5500620)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5500620))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5485612-_5485614-_5492974, i_adj(sup(most, adj(less)), _5485612-_5485614, _5485612-_5485614, _5492974, _5485652, _5492988, _5485628, _5492992))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5485612-_5485614, _5485612-_5485614, _5485650, _5485652, _5485652, _5485628, ti(three, _5485614))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5519044-_5519046-_5526406, i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5519044-_5519046-_5526406, i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, aggr(_5533148, _5519046, [_5533160, _5519046], _5526420, '`'(_5533178)&_5526424), _5526420, '`'(true), _5526424)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5534052))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5534052))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5534052))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5534052)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5534052)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5534052))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5519044-_5519046-_5526406, i_adj(sup(most, adj(less)), _5519044-_5519046, _5519044-_5519046, _5526406, _5519084, _5526420, _5519060, _5526424))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5519044-_5519046, _5519044-_5519046, _5519082, _5519084, _5519084, _5519060, ti(three, _5519046))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5555758-_5555760-_5563120, i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5555758-_5555760-_5563120, i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, aggr(_5569862, _5555760, [_5569874, _5555760], _5563134, '`'(_5569892)&_5563138), _5563134, '`'(true), _5563138)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5570766))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5570766))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5570766))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5570766)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5570766)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5570766))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5555758-_5555760-_5563120, i_adj(sup(most, adj(less)), _5555758-_5555760, _5555758-_5555760, _5563120, _5555798, _5563134, _5555774, _5563138))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5555758-_5555760, _5555758-_5555760, _5555796, _5555798, _5555798, _5555774, ti(three, _5555760))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5589182-_5589184-_5596544, i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5589182-_5589184-_5596544, i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, aggr(_5603286, _5589184, [_5603298, _5589184], _5596558, '`'(_5603316)&_5596562), _5596558, '`'(true), _5596562)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5604190))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5604190))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5604190))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5604190)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5604190)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5604190))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5589182-_5589184-_5596544, i_adj(sup(most, adj(less)), _5589182-_5589184, _5589182-_5589184, _5596544, _5589222, _5596558, _5589198, _5596562))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5589182-_5589184, _5589182-_5589184, _5589220, _5589222, _5589222, _5589198, ti(three, _5589184))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5622614-_5622616-_5629976, i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5622614-_5622616-_5629976, i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, aggr(_5636718, _5622616, [_5636730, _5622616], _5629990, '`'(_5636748)&_5629994), _5629990, '`'(true), _5629994)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5637622))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5637622))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5637622))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5637622)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5637622)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5637622))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5622614-_5622616-_5629976, i_adj(sup(most, adj(less)), _5622614-_5622616, _5622614-_5622616, _5629976, _5622654, _5629990, _5622630, _5629994))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5622614-_5622616, _5622614-_5622616, _5622652, _5622654, _5622654, _5622630, ti(three, _5622616))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5659240-_5659242-_5666602, i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5659240-_5659242-_5666602, i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, aggr(_5673344, _5659242, [_5673356, _5659242], _5666616, '`'(_5673374)&_5666620), _5666616, '`'(true), _5666620)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5674248))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5674248))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5674248))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5674248)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5674248)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5674248))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5659240-_5659242-_5666602, i_adj(sup(most, adj(less)), _5659240-_5659242, _5659240-_5659242, _5666602, _5659280, _5666616, _5659256, _5666620))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5659240-_5659242, _5659240-_5659242, _5659278, _5659280, _5659280, _5659256, ti(three, _5659242))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5692664-_5692666-_5700026, i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5692664-_5692666-_5700026, i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, aggr(_5706768, _5692666, [_5706780, _5692666], _5700040, '`'(_5706798)&_5700044), _5700040, '`'(true), _5700044)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5707672))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5707672))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5707672))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5707672)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5707672)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5707672))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5692664-_5692666-_5700026, i_adj(sup(most, adj(less)), _5692664-_5692666, _5692664-_5692666, _5700026, _5692704, _5700040, _5692680, _5700044))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5692664-_5692666, _5692664-_5692666, _5692702, _5692704, _5692704, _5692680, ti(three, _5692666))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_5726096-_5726098-_5733458, i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_5726096-_5726098-_5733458, i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, aggr(_5740200, _5726098, [_5740212, _5726098], _5733472, '`'(_5740230)&_5733476), _5733472, '`'(true), _5733476)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5741104))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5741104))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5741104))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5741104)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(less, _5741104)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5741104))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_5726096-_5726098-_5733458, i_adj(sup(most, adj(less)), _5726096-_5726098, _5726096-_5726098, _5733458, _5726136, _5733472, _5726112, _5733476))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5726096-_5726098, _5726096-_5726098, _5726134, _5726136, _5726136, _5726112, ti(three, _5726098))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5763712-_5763714-_5771074, i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5763712-_5763714-_5771074, i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, aggr(_5777816, _5763714, [_5777828, _5763714], _5771088, '`'(_5777846)&_5771092), _5771088, '`'(true), _5771092)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5778720))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5778720))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5778720))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5778720)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5778720)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5778720))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5763712-_5763714-_5771074, i_adj(sup(most, adj(less)), _5763712-_5763714, _5763712-_5763714, _5771074, _5763752, _5771088, _5763728, _5771092))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5763712-_5763714, _5763712-_5763714, _5763750, _5763752, _5763752, _5763728, ti(three, _5763714))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5797136-_5797138-_5804498, i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5797136-_5797138-_5804498, i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, aggr(_5811240, _5797138, [_5811252, _5797138], _5804512, '`'(_5811270)&_5804516), _5804512, '`'(true), _5804516)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5812144))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5812144))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5812144))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5812144)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5812144)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5812144))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5797136-_5797138-_5804498, i_adj(sup(most, adj(less)), _5797136-_5797138, _5797136-_5797138, _5804498, _5797176, _5804512, _5797152, _5804516))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5797136-_5797138, _5797136-_5797138, _5797174, _5797176, _5797176, _5797152, ti(three, _5797138))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5830568-_5830570-_5837930, i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5830568-_5830570-_5837930, i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, aggr(_5844672, _5830570, [_5844684, _5830570], _5837944, '`'(_5844702)&_5837948), _5837944, '`'(true), _5837948)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5845576))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5845576))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5845576))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5845576)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5845576)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5845576))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5830568-_5830570-_5837930, i_adj(sup(most, adj(less)), _5830568-_5830570, _5830568-_5830570, _5837930, _5830608, _5837944, _5830584, _5837948))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5830568-_5830570, _5830568-_5830570, _5830606, _5830608, _5830608, _5830584, ti(three, _5830570))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5867282-_5867284-_5874644, i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5867282-_5867284-_5874644, i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, aggr(_5881386, _5867284, [_5881398, _5867284], _5874658, '`'(_5881416)&_5874662), _5874658, '`'(true), _5874662)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5882290))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5882290))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5882290))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5882290)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5882290)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5882290))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5867282-_5867284-_5874644, i_adj(sup(most, adj(less)), _5867282-_5867284, _5867282-_5867284, _5874644, _5867322, _5874658, _5867298, _5874662))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5867282-_5867284, _5867282-_5867284, _5867320, _5867322, _5867322, _5867298, ti(three, _5867284))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5900706-_5900708-_5908068, i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5900706-_5900708-_5908068, i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, aggr(_5914810, _5900708, [_5914822, _5900708], _5908082, '`'(_5914840)&_5908086), _5908082, '`'(true), _5908086)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5915714))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5915714))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5915714))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5915714)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5915714)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5915714))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5900706-_5900708-_5908068, i_adj(sup(most, adj(less)), _5900706-_5900708, _5900706-_5900708, _5908068, _5900746, _5908082, _5900722, _5908086))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5900706-_5900708, _5900706-_5900708, _5900744, _5900746, _5900746, _5900722, ti(three, _5900708))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5934138-_5934140-_5941500, i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5934138-_5934140-_5941500, i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, aggr(_5948242, _5934140, [_5948254, _5934140], _5941514, '`'(_5948272)&_5941518), _5941514, '`'(true), _5941518)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5949146))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5949146))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5949146))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5949146)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5949146)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5949146))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5934138-_5934140-_5941500, i_adj(sup(most, adj(less)), _5934138-_5934140, _5934138-_5934140, _5941500, _5934178, _5941514, _5934154, _5941518))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5934138-_5934140, _5934138-_5934140, _5934176, _5934178, _5934178, _5934154, ti(three, _5934140))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5970764-_5970766-_5978126, i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5970764-_5970766-_5978126, i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, aggr(_5984868, _5970766, [_5984880, _5970766], _5978140, '`'(_5984898)&_5978144), _5978140, '`'(true), _5978144)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5985772))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5985772))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5985772))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5985772)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _5985772)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _5985772))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5970764-_5970766-_5978126, i_adj(sup(most, adj(less)), _5970764-_5970766, _5970764-_5970766, _5978126, _5970804, _5978140, _5970780, _5978144))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _5970764-_5970766, _5970764-_5970766, _5970802, _5970804, _5970804, _5970780, ti(three, _5970766))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6004188-_6004190-_6011550, i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6004188-_6004190-_6011550, i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, aggr(_6018292, _6004190, [_6018304, _6004190], _6011564, '`'(_6018322)&_6011568), _6011564, '`'(true), _6011568)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6019196))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6019196))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6019196))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6019196)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6019196)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6019196))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6004188-_6004190-_6011550, i_adj(sup(most, adj(less)), _6004188-_6004190, _6004188-_6004190, _6011550, _6004228, _6011564, _6004204, _6011568))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6004188-_6004190, _6004188-_6004190, _6004226, _6004228, _6004228, _6004204, ti(three, _6004190))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6037620-_6037622-_6044982, i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6037620-_6037622-_6044982, i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, aggr(_6051724, _6037622, [_6051736, _6037622], _6044996, '`'(_6051754)&_6045000), _6044996, '`'(true), _6045000)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6052628))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6052628))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6052628))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6052628)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6052628)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6052628))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6037620-_6037622-_6044982, i_adj(sup(most, adj(less)), _6037620-_6037622, _6037620-_6037622, _6044982, _6037660, _6044996, _6037636, _6045000))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6037620-_6037622, _6037620-_6037622, _6037658, _6037660, _6037660, _6037636, ti(three, _6037622))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6074252-_6074254-_6081614, i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6074252-_6074254-_6081614, i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, aggr(_6088356, _6074254, [_6088368, _6074254], _6081628, '`'(_6088386)&_6081632), _6081628, '`'(true), _6081632)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6089260))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6089260))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6089260))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6089260)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6089260)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6089260))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6074252-_6074254-_6081614, i_adj(sup(most, adj(less)), _6074252-_6074254, _6074252-_6074254, _6081614, _6074292, _6081628, _6074268, _6081632))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6074252-_6074254, _6074252-_6074254, _6074290, _6074292, _6074292, _6074268, ti(three, _6074254))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6107676-_6107678-_6115038, i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6107676-_6107678-_6115038, i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, aggr(_6121780, _6107678, [_6121792, _6107678], _6115052, '`'(_6121810)&_6115056), _6115052, '`'(true), _6115056)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6122684))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6122684))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6122684))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6122684)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6122684)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6122684))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6107676-_6107678-_6115038, i_adj(sup(most, adj(less)), _6107676-_6107678, _6107676-_6107678, _6115038, _6107716, _6115052, _6107692, _6115056))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6107676-_6107678, _6107676-_6107678, _6107714, _6107716, _6107716, _6107692, ti(three, _6107678))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6141108-_6141110-_6148470, i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6141108-_6141110-_6148470, i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, aggr(_6155212, _6141110, [_6155224, _6141110], _6148484, '`'(_6155242)&_6148488), _6148484, '`'(true), _6148488)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6156116))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6156116))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6156116))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6156116)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6156116)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6156116))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6141108-_6141110-_6148470, i_adj(sup(most, adj(less)), _6141108-_6141110, _6141108-_6141110, _6148470, _6141148, _6148484, _6141124, _6148488))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6141108-_6141110, _6141108-_6141110, _6141146, _6141148, _6141148, _6141124, ti(three, _6141110))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6177830-_6177832-_6185192, i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6177830-_6177832-_6185192, i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, aggr(_6191934, _6177832, [_6191946, _6177832], _6185206, '`'(_6191964)&_6185210), _6185206, '`'(true), _6185210)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6192838))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6192838))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6192838))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6192838)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6192838)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6192838))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6177830-_6177832-_6185192, i_adj(sup(most, adj(less)), _6177830-_6177832, _6177830-_6177832, _6185192, _6177870, _6185206, _6177846, _6185210))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6177830-_6177832, _6177830-_6177832, _6177868, _6177870, _6177870, _6177846, ti(three, _6177832))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6211254-_6211256-_6218616, i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6211254-_6211256-_6218616, i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, aggr(_6225358, _6211256, [_6225370, _6211256], _6218630, '`'(_6225388)&_6218634), _6218630, '`'(true), _6218634)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6226262))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6226262))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6226262))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6226262)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6226262)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6226262))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6211254-_6211256-_6218616, i_adj(sup(most, adj(less)), _6211254-_6211256, _6211254-_6211256, _6218616, _6211294, _6218630, _6211270, _6218634))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6211254-_6211256, _6211254-_6211256, _6211292, _6211294, _6211294, _6211270, ti(three, _6211256))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6244686-_6244688-_6252048, i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6244686-_6244688-_6252048, i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, aggr(_6258790, _6244688, [_6258802, _6244688], _6252062, '`'(_6258820)&_6252066), _6252062, '`'(true), _6252066)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6259694))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6259694))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6259694))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6259694)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6259694)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6259694))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6244686-_6244688-_6252048, i_adj(sup(most, adj(less)), _6244686-_6244688, _6244686-_6244688, _6252048, _6244726, _6252062, _6244702, _6252066))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6244686-_6244688, _6244686-_6244688, _6244724, _6244726, _6244726, _6244702, ti(three, _6244688))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6281400-_6281402-_6288762, i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6281400-_6281402-_6288762, i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, aggr(_6295504, _6281402, [_6295516, _6281402], _6288776, '`'(_6295534)&_6288780), _6288776, '`'(true), _6288780)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6296408))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6296408))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6296408))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6296408)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6296408)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6296408))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6281400-_6281402-_6288762, i_adj(sup(most, adj(less)), _6281400-_6281402, _6281400-_6281402, _6288762, _6281440, _6288776, _6281416, _6288780))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6281400-_6281402, _6281400-_6281402, _6281438, _6281440, _6281440, _6281416, ti(three, _6281402))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6314824-_6314826-_6322186, i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6314824-_6314826-_6322186, i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, aggr(_6328928, _6314826, [_6328940, _6314826], _6322200, '`'(_6328958)&_6322204), _6322200, '`'(true), _6322204)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6329832))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6329832))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6329832))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6329832)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6329832)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6329832))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6314824-_6314826-_6322186, i_adj(sup(most, adj(less)), _6314824-_6314826, _6314824-_6314826, _6322186, _6314864, _6322200, _6314840, _6322204))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6314824-_6314826, _6314824-_6314826, _6314862, _6314864, _6314864, _6314840, ti(three, _6314826))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6348256-_6348258-_6355618, i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6348256-_6348258-_6355618, i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, aggr(_6362360, _6348258, [_6362372, _6348258], _6355632, '`'(_6362390)&_6355636), _6355632, '`'(true), _6355636)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6363264))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6363264))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6363264))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6363264)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6363264)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6363264))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6348256-_6348258-_6355618, i_adj(sup(most, adj(less)), _6348256-_6348258, _6348256-_6348258, _6355618, _6348296, _6355632, _6348272, _6355636))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6348256-_6348258, _6348256-_6348258, _6348294, _6348296, _6348296, _6348272, ti(three, _6348258))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6384882-_6384884-_6392244, i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6384882-_6384884-_6392244, i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, aggr(_6398986, _6384884, [_6398998, _6384884], _6392258, '`'(_6399016)&_6392262), _6392258, '`'(true), _6392262)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6399890))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6399890))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6399890))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6399890)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6399890)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6399890))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6384882-_6384884-_6392244, i_adj(sup(most, adj(less)), _6384882-_6384884, _6384882-_6384884, _6392244, _6384922, _6392258, _6384898, _6392262))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6384882-_6384884, _6384882-_6384884, _6384920, _6384922, _6384922, _6384898, ti(three, _6384884))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6418306-_6418308-_6425668, i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6418306-_6418308-_6425668, i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, aggr(_6432410, _6418308, [_6432422, _6418308], _6425682, '`'(_6432440)&_6425686), _6425682, '`'(true), _6425686)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6433314))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6433314))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6433314))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6433314)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6433314)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6433314))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6418306-_6418308-_6425668, i_adj(sup(most, adj(less)), _6418306-_6418308, _6418306-_6418308, _6425668, _6418346, _6425682, _6418322, _6425686))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6418306-_6418308, _6418306-_6418308, _6418344, _6418346, _6418346, _6418322, ti(three, _6418308))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6451738-_6451740-_6459100, i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6451738-_6451740-_6459100, i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, aggr(_6465842, _6451740, [_6465854, _6451740], _6459114, '`'(_6465872)&_6459118), _6459114, '`'(true), _6459118)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6466746))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6466746))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6466746))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6466746)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6466746)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6466746))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6451738-_6451740-_6459100, i_adj(sup(most, adj(less)), _6451738-_6451740, _6451738-_6451740, _6459100, _6451778, _6459114, _6451754, _6459118))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6451738-_6451740, _6451738-_6451740, _6451776, _6451778, _6451778, _6451754, ti(three, _6451740))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6488370-_6488372-_6495732, i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6488370-_6488372-_6495732, i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, aggr(_6502474, _6488372, [_6502486, _6488372], _6495746, '`'(_6502504)&_6495750), _6495746, '`'(true), _6495750)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6503378))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6503378))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6503378))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6503378)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6503378)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6503378))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6488370-_6488372-_6495732, i_adj(sup(most, adj(less)), _6488370-_6488372, _6488370-_6488372, _6495732, _6488410, _6495746, _6488386, _6495750))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6488370-_6488372, _6488370-_6488372, _6488408, _6488410, _6488410, _6488386, ti(three, _6488372))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6521794-_6521796-_6529156, i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6521794-_6521796-_6529156, i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, aggr(_6535898, _6521796, [_6535910, _6521796], _6529170, '`'(_6535928)&_6529174), _6529170, '`'(true), _6529174)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6536802))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6536802))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6536802))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6536802)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6536802)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6536802))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6521794-_6521796-_6529156, i_adj(sup(most, adj(less)), _6521794-_6521796, _6521794-_6521796, _6529156, _6521834, _6529170, _6521810, _6529174))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6521794-_6521796, _6521794-_6521796, _6521832, _6521834, _6521834, _6521810, ti(three, _6521796))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_6555226-_6555228-_6562588, i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_6555226-_6555228-_6562588, i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, aggr(_6569330, _6555228, [_6569342, _6555228], _6562602, '`'(_6569360)&_6562606), _6562602, '`'(true), _6562606)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6570234))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6570234))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6570234))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6570234)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(less, _6570234)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(less, _6570234))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_6555226-_6555228-_6562588, i_adj(sup(most, adj(less)), _6555226-_6555228, _6555226-_6555228, _6562588, _6555266, _6562602, _6555242, _6562606))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(less))], _6555226-_6555228, _6555226-_6555228, _6555264, _6555266, _6555266, _6555242, ti(three, _6555228))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("At least three tenors will take part in the concert.").
%~ i_sentence=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ clausify80=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ any_to_ace_str="At least three tenors in the future taking part in the concert .".
%~ ?- c88("At least three tenors will take part in the concert.").
%~ try_ace_drs=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ simplify80=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ try_ace_fol=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ results80=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ any_to_ace_str="At least three tenors will take part in the concert.".
%~ ?- c88("At least three tenors will take part in the concert.").
%~ try_ace_eng=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ compile80=failure.
%~ ?- c88("At least three tenors will take part in the concert.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',tenors]],
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]],
['.','.']]],
_1840448).
%~ call_residue_vars = [ _25310, _25296,_25274,_25252,_25238,_25224,
%~ _25210,_25188,_25166,_25152].
%~ ?- c88("At least three tenors will take part in the concert.").
/* e2c_80 = asserted( exists( Will_ColFn_Tenor,
exists( Exists_ActTaking,
exists( Exists_TimeFn_Infpl,
exists( The_Exists_Concert,
exists( Exists_Part_In,
( p(in,Exists_Part_In,The_Exists_Concert) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActTaking,actTaking) &
doer(Exists_ActTaking,Will_ColFn_Tenor) &
patient(Exists_ActTaking,Exists_Part_In))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Part_In,'Part') &
the(The_Exists_Concert) &
iza(The_Exists_Concert,'Concert') &
quantity(Will_ColFn_Tenor,>=,3) &
iza(Will_ColFn_Tenor,tColFn("tenor")) &
iza(Will_ColFn_Tenor,'Will')))))))). */
%~ c88 is runtime(1.402).
/* c88 = asserted( exists( Will_ColFn_Tenor,
exists( Exists_ActTaking,
exists( Exists_TimeFn_Infpl,
exists( The_Exists_Concert,
exists( Exists_Part_In,
( p(in,Exists_Part_In,The_Exists_Concert) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActTaking,actTaking) &
doer(Exists_ActTaking,Will_ColFn_Tenor) &
patient(Exists_ActTaking,Exists_Part_In))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Part_In,'Part') &
the(The_Exists_Concert) &
iza(The_Exists_Concert,'Concert') &
quantity(Will_ColFn_Tenor,>=,3) &
iza(Will_ColFn_Tenor,tColFn("tenor")) &
iza(Will_ColFn_Tenor,'Will')))))))). */
%~ ?-c88("Are there tenors who will take part in the concert?").
%~ list_undefined([]).
%~ ?- c88("Are there tenors who will take part in the concert?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]]. */
%~ ?- c88("Are there tenors who will take part in the concert?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(4),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,4))),
link(2,'SBAR',r('SBAR',seg(4,10))),
link(3,'NP',r('NP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3088174,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( will, [
pos(md), root(will),loc(5),lnks(6),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(5,10))),
link(3,'SBAR',r('SBAR',seg(4,10))),
link(4,'NP',r('NP',seg(3,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( take, [
pos(vb), root(take),loc(6),lnks(7),txt("take"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(5,10))),
link(4,'SBAR',r('SBAR',seg(4,10))),
link(5,'NP',r('NP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTakeTheWord,"take"),cycWord(xTakeTheWord),
cycTerm(actTakingSomething,ttHumanCapabilityType,ttAccessingScriptType),
cycTerm(actSelectingSomething,ttDurativeEventType,ttThing),
cycTerm(actRemovingSomething,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm('Taking-IntrinsicStateChangeEvent',tCol,ttThing),
cycTerm(actPuttingSomethingSomewhere,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actDevelopingAHabit,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xTakeTheWord,take),
clex_word(verb,take,take,iv+infpl),
clex_word(verb,take,take,tv+infpl),
clex_word(verb,take,take,dv('')+infpl),
clex_word(noun,take,take,neutr+sg-count),
fnpattern( take,
10050000,
removing,
[ agent : agent, theme:theme,source:source,
beneficiary : goal]),
concept(fn,removing),
fnpattern( take,
10050000,
removing,
[ agent : cause, theme:theme,source:source,
beneficiary : goal]), fsr(take-n,opinion,[]),concept(fn,opinion),
fsr( take-v,
bringing,
[ [ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep],
[ purpose-p, vpto,dep],
[ particular_iteration-e, avp,dep]],
1],
[ [ [ carrier-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep]],
2],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
8],
[ [ [ theme-c, np,ext],
[ source-c, avp,dep],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ goal-c, pp,dep],
[ carrier-c, cni,null]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep],
[ carrier-c, cni,null]],
1]]), concept(fn,bringing),fsr(take-v,capacity,[]),
concept(fn,capacity),fsr(take-v,conquering,[]),
concept(fn,conquering),
fsr(take-v,create_physical_artwork,[]),
concept(fn,create_physical_artwork),
fsr(take-v,have_as_requirement,[]),
concept(fn,have_as_requirement),
fsr( take-v,
ingest_substance,
[ [ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ substance-c, np,ext],
[ time-p, pp,dep],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ frequency-e, avp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ ingestor-c, np,ext],
[ substance-c, np,obj]],
2],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
24],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ duration-p, pp,dep]],
1],
[ [ [ substance-c, np,ext],
[ ingestor-c, cni,null]],
1]]),
concept(fn,ingest_substance),
fsr( take-v,
removing,
[ [ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
20],
[ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ source-c, avp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, pp,dep],
[ agent-c, cni,null]],
9],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, pp,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ agent-c, cni,null]],
4],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
2],
[ [ [ agent-c, np,ext],
[ goal-p, pp,dep],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ agent-c, pp,dep],
[ source-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
1]]),
fsr( take-v,
ride_vehicle,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep],
[ vehicle-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep]],
1]]), concept(fn,ride_vehicle),fsr(take-v,taking_time,[]),
concept(fn,taking_time),fsr(take-v,taking,[]),
concept(fn,taking),ttholds(inflVerb,'TTWord_Take',"take"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Take',"take"),
ttholds(inflVerbPluralPresent,'TTWord_Take',"take"),
verbnet_map_wn(take,['take%2:38:09','take%2:38:10','take%2:42:10'],'bring-11.3'),
concept(vn,'bring-11.3'),
listof(concept(wn),['take%2:38:09','take%2:38:10','take%2:42:10']),
verbnet_map_wn(take,['take%2:31:07','take%2:31:01','take%2:40:05'],'characterize-29.2'),
concept(vn,'characterize-29.2'),
listof(concept(wn),['take%2:31:07','take%2:31:01','take%2:40:05']),
verbnet_map_wn(take,['take%2:41:13'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['take%2:41:13']),
verbnet_map_wn(take,['take%2:40:06'],'cost-54.2'),
concept(vn,'cost-54.2'),
listof(concept(wn),['take%2:40:06']),
verbnet_map_wn(take,['take%2:42:15'],'fit-54.3'),
concept(vn,'fit-54.3'),
listof(concept(wn),['take%2:42:15']),
verbnet_map_wn(take,['take%2:40:03'],'hire-13.5.3'),
concept(vn,'hire-13.5.3'),
listof(concept(wn),['take%2:40:03']),
verbnet_map_wn(take,['take%2:32:02'],'performance-26.7-2'),
concept(vn,'performance-26.7-2'),
listof(concept(wn),['take%2:32:02']),
verbnet_map_wn(take,['take%2:42:00'],'require-103'),
concept(vn,'require-103'),
listof(concept(wn),['take%2:42:00']),
verbnet_map_wn(take,['?take%2:38:09','take%2:40:01'],'steal-10.5'),
concept(vn,'steal-10.5'),
listof(concept(wn),['?take%2:38:09','take%2:40:01']),
verbnet_to_framenet('bring-11.3',take,'take.04'),
concept(fn,'take.04'),
verbnet_to_framenet('characterize-29.2',take,'take.05'),
concept(fn,'take.05'),
verbnet_to_framenet('characterize-29.2',take,'take.07'),
concept(fn,'take.07'),
verbnet_to_framenet('characterize-29.2',take,'take.08'),
concept(fn,'take.08'),
verbnet_to_framenet('convert-26.6.2',take,'take.06'),
concept(fn,'take.06'),
verbnet_to_framenet('cost-54.2',take,'take.03'),
concept(fn,'take.03'),
verbnet_to_framenet('fit-54.3',take,'take.10'),
concept(fn,'take.10'),
verbnet_to_framenet('hire-13.5.3',take,'take.05'),
verbnet_to_framenet('performance-26.7-2',take,'take.01'),
concept(fn,'take.01'),
verbnet_to_framenet('performance-26.7-2',take,'take.02'),
concept(fn,'take.02'),
verbnet_to_framenet('require-103',take,'take.07'),
verbnet_to_framenet('steal-10.5',take,'take.04'),
verbnet_to_framenet('steal-10.5',take,'take.09'),
concept(fn,'take.09'),
verbnet_word(take,'bring-11.3',"take"),
verbnet_word(take,'characterize-29.2',"take"),
verbnet_word(take,'convert-26.6.2',"take"),
verbnet_word(take,'cost-54.2',"take"),
verbnet_word(take,'fit-54.3',"take"),
verbnet_word(take,'hire-13.5.3',"take"),
verbnet_word(take,'performance-26.7-2',"take"),
verbnet_word(take,'require-103',"take"),
verbnet_word(take,'steal-10.5',"take")]),
w( part, [
pos(nn), root(part),loc(7),lnks(8),txt("part"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xPartTheWord,"part"),cycWord(xPartTheWord),
cycTerm(tPartTypePhysicalPartOfObject,ttTemporalStuffType,ttSpecifiedPartTypeCollection),
cycTerm( subEvents,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtSubEventPredicate),
cycTerm(parts,rtTransitiveBinaryPredicate,rtReflexiveBinaryPredicate),
cycTerm(tPlaceLikeRegion,ttFirstOrderCollection,ttThing),
ac(singular,xPartTheWord,part),
clex_word(verb,part,part,iv+infpl),
clex_word(verb,part,part,tv+infpl),
clex_word(noun,part,part,neutr+Neutr-mass),
fnpattern(part,23010200,separation,[agent:agent,patient1:part_1,patient2:part_2]), concept(fn,separation),fsr(part-n,membership,[]),
concept(fn,membership),
fsr( part-n,
part_whole,
[ [ [ [ part_prop-e, ajp,dep],
[ part_prop-e, ajp,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target]],
2],
[ [ [ orientation-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
12],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target]],
4],
[ [ [ part_prop-e, poss,gen],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
17],
[ [ [ orientation-e, n,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1]]),
concept(fn,part_whole),
fsr(part-n,performers_and_roles,[]),
concept(fn,performers_and_roles),
fsr( part-v,
separating,
[ [ [ [ whole-c, np,obj],
[ agent-c, cni,null],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ whole-c, np,obj],
[ parts-c, ini,null]],
3],
[ [ [ part_1-c, np,ext],
[ part_2-c, pp,dep],
[ agent-c, cni,null]],
2],
[ [ [ whole-c, np,ext],
[ manner-p, avp,dep],
[ agent-c, pp,dep],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
2],
[ [ [ manner-p, avp,dep],
[ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
1]]),
concept(fn,separating),
ttholds(inflAdjective,'TTWord_Part',"part"),
ttholds(inflNounSingular,'TTWord_Part',"part"), talk_db(adv,part),verbnet_map_wn(part,[],'braid-41.2.2'),
concept(vn,'braid-41.2.2'),
verbnet_map_wn( part,
['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01'],
'separate-23.1-2'),
concept(vn,'separate-23.1-2'),
listof(concept(wn),['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01']),
verbnet_to_framenet('separate-23.1-2',part,'part.01'),
concept(fn,'part.01'),
verbnet_to_framenet('separate-23.1-2',part,'part.02'),
concept(fn,'part.02'),
verbnet_to_framenet('separate-23.1-2',part,'part.03'),
concept(fn,'part.03'),
verbnet_to_framenet('separate-23.1-2',part,'part.04'),
concept(fn,'part.04'),
verbnet_word(part,'braid-41.2.2',"part"),
verbnet_word(part,'separate-23.1-2',"part")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( the, [
pos(dt), root(the),loc(9),lnks(9),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( concert, [
pos(nn), root(concert),loc(10),lnks(9),txt("concert"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xConcertTheWord,"concert"),
cycWord(xConcertTheWord),
cycTerm( nartR(tColOfCollectionIntersection2Fn,eventPublicEvent,actMusicalPerformance),
ttEntertainmentEventType,
tSet),
ac(singular,xConcertTheWord,concert),
clex_word(verb,concert,concert,tv+infpl),
clex_word(noun,concert,concert,neutr+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Concert',"concert")]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there tenors who will take part in the concert?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[],tenor),
[ reduced_rel( Wh_S,
s( np(3+pl,pronoun(agent,3+pl),[]),
verb(main+tv,take,active,pres+fin,[],[adv(t(will,pres+fin,3+sg)),root]),
[ adv(part),
arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(in),np(3+sg,np_head(Det,det(the(sg)),[],concert),[]))]))]))],
[])). */
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ i_sentence=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ clausify80=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ any_to_ace_str="Are there tenors who in the future taking part in the concert ?".
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ simplify80=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ try_ace_fol=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ results80=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ any_to_ace_str="Are there tenors who will take part in the concert? .".
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ compile80=failure.
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]],
_2721670).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]],
_2723418).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]],
_2723426).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]],
_2723426).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]],
['.',?]]],
_2723426).
%~ call_residue_vars=[].
%~ ?- c88("Are there tenors who will take part in the concert?").
%~ e2c_80=failure.
%~ c88=(?-c88("Are there tenors who will take part in the concert?")).
%~ ?-c88("There are tenors who will take part in the concert.").
%~ list_undefined([]).
%~ ?- c88("There are tenors who will take part in the concert.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]]],
['.','.']]]. */
%~ ?- c88("There are tenors who will take part in the concert.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,10))),
link(3,'VP',r('VP',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(4),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,4))),
link(2,'SBAR',r('SBAR',seg(4,10))),
link(3,'NP',r('NP',seg(3,10))),
link(4,'VP',r('VP',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3026288,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( will, [
pos(md), root(will),loc(5),lnks(7),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(5,10))),
link(3,'SBAR',r('SBAR',seg(4,10))),
link(4,'NP',r('NP',seg(3,10))),
link(5,'VP',r('VP',seg(2,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( take, [
pos(vb), root(take),loc(6),lnks(8),txt("take"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(5,10))),
link(4,'SBAR',r('SBAR',seg(4,10))),
link(5,'NP',r('NP',seg(3,10))),
link(6,'VP',r('VP',seg(2,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTakeTheWord,"take"),cycWord(xTakeTheWord),
cycTerm(actTakingSomething,ttHumanCapabilityType,ttAccessingScriptType),
cycTerm(actSelectingSomething,ttDurativeEventType,ttThing),
cycTerm(actRemovingSomething,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm('Taking-IntrinsicStateChangeEvent',tCol,ttThing),
cycTerm(actPuttingSomethingSomewhere,ttTemporalStuffType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actDevelopingAHabit,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xTakeTheWord,take),
clex_word(verb,take,take,iv+infpl),
clex_word(verb,take,take,tv+infpl),
clex_word(verb,take,take,dv('')+infpl),
clex_word(noun,take,take,neutr+sg-count),
fnpattern( take,
10050000,
removing,
[ agent : agent, theme:theme,source:source,
beneficiary : goal]),
concept(fn,removing),
fnpattern( take,
10050000,
removing,
[ agent : cause, theme:theme,source:source,
beneficiary : goal]), fsr(take-n,opinion,[]),concept(fn,opinion),
fsr( take-v,
bringing,
[ [ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep],
[ purpose-p, vpto,dep],
[ particular_iteration-e, avp,dep]],
1],
[ [ [ carrier-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ source-c, avp,dep]],
2],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
8],
[ [ [ theme-c, np,ext],
[ source-c, avp,dep],
[ goal-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ particular_iteration-e, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ agent-c, np,ext],
[ theme-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ agent-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ agent-c, np,ext],
[ theme-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ goal-c, pp,dep],
[ carrier-c, cni,null]],
1],
[ [ [ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep],
[ carrier-c, cni,null]],
1]]), concept(fn,bringing),fsr(take-v,capacity,[]),
concept(fn,capacity),fsr(take-v,conquering,[]),
concept(fn,conquering),
fsr(take-v,create_physical_artwork,[]),
concept(fn,create_physical_artwork),
fsr(take-v,have_as_requirement,[]),
concept(fn,have_as_requirement),
fsr( take-v,
ingest_substance,
[ [ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ substance-c, np,ext],
[ time-p, pp,dep],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ frequency-e, avp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ ingestor-c, np,ext],
[ substance-c, np,obj]],
2],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
24],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ duration-p, pp,dep]],
1],
[ [ [ substance-c, np,ext],
[ ingestor-c, cni,null]],
1]]),
concept(fn,ingest_substance),
fsr( take-v,
removing,
[ [ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
20],
[ [ [ agent-c, np,ext],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ agent-c, np,ext],
[ source-c, avp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, pp,dep],
[ agent-c, cni,null]],
9],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, pp,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep],
[ agent-c, cni,null]],
4],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-c, np,dep],
[ agent-c, cni,null]],
2],
[ [ [ agent-c, np,ext],
[ goal-p, pp,dep],
[ source-c, pp,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,obj],
[ theme-c, np,obj],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ agent-c, np,ext],
[ source-c, np,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ agent-c, pp,dep],
[ source-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ source-c, np,dep],
[ cotheme-e, np,obj],
[ theme-c, np,obj],
[ source-c, pp,dep]],
1]]),
fsr( take-v,
ride_vehicle,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ goal-c, pp,dep],
[ vehicle-c, np,obj],
[ path-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ vehicle-c, np,obj],
[ source-c, pp,dep]],
1]]), concept(fn,ride_vehicle),fsr(take-v,taking_time,[]),
concept(fn,taking_time),fsr(take-v,taking,[]),
concept(fn,taking),ttholds(inflVerb,'TTWord_Take',"take"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Take',"take"),
ttholds(inflVerbPluralPresent,'TTWord_Take',"take"),
verbnet_map_wn(take,['take%2:38:09','take%2:38:10','take%2:42:10'],'bring-11.3'),
concept(vn,'bring-11.3'),
listof(concept(wn),['take%2:38:09','take%2:38:10','take%2:42:10']),
verbnet_map_wn(take,['take%2:31:07','take%2:31:01','take%2:40:05'],'characterize-29.2'),
concept(vn,'characterize-29.2'),
listof(concept(wn),['take%2:31:07','take%2:31:01','take%2:40:05']),
verbnet_map_wn(take,['take%2:41:13'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['take%2:41:13']),
verbnet_map_wn(take,['take%2:40:06'],'cost-54.2'),
concept(vn,'cost-54.2'),
listof(concept(wn),['take%2:40:06']),
verbnet_map_wn(take,['take%2:42:15'],'fit-54.3'),
concept(vn,'fit-54.3'),
listof(concept(wn),['take%2:42:15']),
verbnet_map_wn(take,['take%2:40:03'],'hire-13.5.3'),
concept(vn,'hire-13.5.3'),
listof(concept(wn),['take%2:40:03']),
verbnet_map_wn(take,['take%2:32:02'],'performance-26.7-2'),
concept(vn,'performance-26.7-2'),
listof(concept(wn),['take%2:32:02']),
verbnet_map_wn(take,['take%2:42:00'],'require-103'),
concept(vn,'require-103'),
listof(concept(wn),['take%2:42:00']),
verbnet_map_wn(take,['?take%2:38:09','take%2:40:01'],'steal-10.5'),
concept(vn,'steal-10.5'),
listof(concept(wn),['?take%2:38:09','take%2:40:01']),
verbnet_to_framenet('bring-11.3',take,'take.04'),
concept(fn,'take.04'),
verbnet_to_framenet('characterize-29.2',take,'take.05'),
concept(fn,'take.05'),
verbnet_to_framenet('characterize-29.2',take,'take.07'),
concept(fn,'take.07'),
verbnet_to_framenet('characterize-29.2',take,'take.08'),
concept(fn,'take.08'),
verbnet_to_framenet('convert-26.6.2',take,'take.06'),
concept(fn,'take.06'),
verbnet_to_framenet('cost-54.2',take,'take.03'),
concept(fn,'take.03'),
verbnet_to_framenet('fit-54.3',take,'take.10'),
concept(fn,'take.10'),
verbnet_to_framenet('hire-13.5.3',take,'take.05'),
verbnet_to_framenet('performance-26.7-2',take,'take.01'),
concept(fn,'take.01'),
verbnet_to_framenet('performance-26.7-2',take,'take.02'),
concept(fn,'take.02'),
verbnet_to_framenet('require-103',take,'take.07'),
verbnet_to_framenet('steal-10.5',take,'take.04'),
verbnet_to_framenet('steal-10.5',take,'take.09'),
concept(fn,'take.09'),
verbnet_word(take,'bring-11.3',"take"),
verbnet_word(take,'characterize-29.2',"take"),
verbnet_word(take,'convert-26.6.2',"take"),
verbnet_word(take,'cost-54.2',"take"),
verbnet_word(take,'fit-54.3',"take"),
verbnet_word(take,'hire-13.5.3',"take"),
verbnet_word(take,'performance-26.7-2',"take"),
verbnet_word(take,'require-103',"take"),
verbnet_word(take,'steal-10.5',"take")]),
w( part, [
pos(nn), root(part),loc(7),lnks(9),txt("part"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'VP',r('VP',seg(2,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xPartTheWord,"part"),cycWord(xPartTheWord),
cycTerm(tPartTypePhysicalPartOfObject,ttTemporalStuffType,ttSpecifiedPartTypeCollection),
cycTerm( subEvents,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtSubEventPredicate),
cycTerm(parts,rtTransitiveBinaryPredicate,rtReflexiveBinaryPredicate),
cycTerm(tPlaceLikeRegion,ttFirstOrderCollection,ttThing),
ac(singular,xPartTheWord,part),
clex_word(verb,part,part,iv+infpl),
clex_word(verb,part,part,tv+infpl),
clex_word(noun,part,part,neutr+Neutr-mass),
fnpattern(part,23010200,separation,[agent:agent,patient1:part_1,patient2:part_2]), concept(fn,separation),fsr(part-n,membership,[]),
concept(fn,membership),
fsr( part-n,
part_whole,
[ [ [ [ part_prop-e, ajp,dep],
[ part_prop-e, ajp,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target]],
2],
[ [ [ orientation-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
12],
[ [ [ part_prop-e, n,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target]],
4],
[ [ [ part_prop-e, poss,gen],
[ part-c, target,target],
[ whole-c, pp,dep]],
1],
[ [ [ part_prop-e, a,dep],
[ part-c, target,target],
[ whole-c, pp,dep]],
17],
[ [ [ orientation-e, n,dep],
[ part-c, target,target],
[ whole-c, dni,null]],
1]]),
concept(fn,part_whole),
fsr(part-n,performers_and_roles,[]),
concept(fn,performers_and_roles),
fsr( part-v,
separating,
[ [ [ [ whole-c, np,obj],
[ agent-c, cni,null],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ whole-c, np,obj],
[ parts-c, ini,null]],
3],
[ [ [ part_1-c, np,ext],
[ part_2-c, pp,dep],
[ agent-c, cni,null]],
2],
[ [ [ whole-c, np,ext],
[ manner-p, avp,dep],
[ agent-c, pp,dep],
[ parts-c, ini,null]],
1],
[ [ [ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
2],
[ [ [ manner-p, avp,dep],
[ agent-c, np,ext],
[ part_1-c, np,obj],
[ part_2-c, pp,dep]],
1]]),
concept(fn,separating),
ttholds(inflAdjective,'TTWord_Part',"part"),
ttholds(inflNounSingular,'TTWord_Part',"part"), talk_db(adv,part),verbnet_map_wn(part,[],'braid-41.2.2'),
concept(vn,'braid-41.2.2'),
verbnet_map_wn( part,
['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01'],
'separate-23.1-2'),
concept(vn,'separate-23.1-2'),
listof(concept(wn),['part%2:38:02','part%2:41:00','part%2:35:00','part%2:35:01']),
verbnet_to_framenet('separate-23.1-2',part,'part.01'),
concept(fn,'part.01'),
verbnet_to_framenet('separate-23.1-2',part,'part.02'),
concept(fn,'part.02'),
verbnet_to_framenet('separate-23.1-2',part,'part.03'),
concept(fn,'part.03'),
verbnet_to_framenet('separate-23.1-2',part,'part.04'),
concept(fn,'part.04'),
verbnet_word(part,'braid-41.2.2',"part"),
verbnet_word(part,'separate-23.1-2',"part")]),
w( in, [
pos(in), root(in),loc(8),lnks(9),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'VP',r('VP',seg(2,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( the, [
pos(dt), root(the),loc(9),lnks(10),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'VP',r('VP',seg(2,10))),
link(9,'S',r('S',seg(1,11))), link(10,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( concert, [
pos(nn), root(concert),loc(10),lnks(10),
txt("concert"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'VP',r('VP',seg(2,10))),
link(9,'S',r('S',seg(1,11))), link(10,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xConcertTheWord,"concert"),
cycWord(xConcertTheWord),
cycTerm( nartR(tColOfCollectionIntersection2Fn,eventPublicEvent,actMusicalPerformance),
ttEntertainmentEventType,
tSet),
ac(singular,xConcertTheWord,concert),
clex_word(verb,concert,concert,tv+infpl),
clex_word(noun,concert,concert,neutr+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Concert',"concert")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are tenors who will take part in the concert.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[],tenor),
[ reduced_rel( Wh_S,
s( np(3+pl,pronoun(agent,3+pl),[]),
verb(main+tv,take,active,pres+fin,[],[adv(t(will,pres+fin,3+sg)),root]),
[ adv(part),
arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(in),np(3+sg,np_head(Det,det(the(sg)),[],concert),[]))]))]))],
[])). */
%~ ?- c88("There are tenors who will take part in the concert.").
%~ i_sentence=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ clausify80=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ any_to_ace_str="There are tenors who in the future taking part in the concert .".
%~ ?- c88("There are tenors who will take part in the concert.").
%~ try_ace_drs=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ simplify80=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ try_ace_fol=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ results80=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ any_to_ace_str="There are tenors who will take part in the concert.".
%~ ?- c88("There are tenors who will take part in the concert.").
%~ try_ace_eng=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ compile80=failure.
%~ ?- c88("There are tenors who will take part in the concert.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',take],
[ 'NP',
['NN',part]],
[ 'PP',
['IN',in],
[ 'NP',
['DT',the],
['NN',concert]]]]]]]]],
['.','.']]],
_2620226).
%~ call_residue_vars = [ _45236, _45196,_45170,_45130,_45076,_45056,
%~ _45018,_44924,_44888,_44862,_44822,
%~ _44768,_44748,_44714].
%~ ?- c88("There are tenors who will take part in the concert.").
/* e2c_80 = asserted( exists( Exists,
exists( Patient_Exists_Take,
exists( Exists_ActWilling,
exists( Exists_TimeFn_Infpl,
exists( ObjectIned_Exists_Concert,
exists( Doer_Exists_Tenor,
exists( Ining_AdvFn_Part,
( iza(Ining_AdvFn_Part,advFn("part")) &
iza(Ining_AdvFn_Part,ining) &
doer(Ining_AdvFn_Part,Doer_Exists_Tenor) &
objectIned(Ining_AdvFn_Part,ObjectIned_Exists_Concert) &
the(ObjectIned_Exists_Concert) &
iza(ObjectIned_Exists_Concert,'Concert') &
iza(Doer_Exists_Tenor,tenor) &
~numberOf(Doer_Exists_Tenor,1) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActWilling,actWilling) &
doer(Exists_ActWilling,Doer_Exists_Tenor) &
patient(Exists_ActWilling,Patient_Exists_Take))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Take,take) &
~numberOf(Exists,1)))))))))). */
/* c88 = asserted( exists( Exists,
exists( Patient_Exists_Take,
exists( Exists_ActWilling,
exists( Exists_TimeFn_Infpl,
exists( ObjectIned_Exists_Concert,
exists( Doer_Exists_Tenor,
exists( Ining_AdvFn_Part,
( iza(Ining_AdvFn_Part,advFn("part")) &
iza(Ining_AdvFn_Part,ining) &
doer(Ining_AdvFn_Part,Doer_Exists_Tenor) &
objectIned(Ining_AdvFn_Part,ObjectIned_Exists_Concert) &
the(ObjectIned_Exists_Concert) &
iza(ObjectIned_Exists_Concert,'Concert') &
iza(Doer_Exists_Tenor,tenor) &
~numberOf(Doer_Exists_Tenor,1) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActWilling,actWilling) &
doer(Exists_ActWilling,Doer_Exists_Tenor) &
patient(Exists_ActWilling,Patient_Exists_Take))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Take,take) &
~numberOf(Exists,1)))))))))). */
%~ ?-c88("At most two tenors will contribute their fees to charity.").
%~ list_undefined([]).
%~ ?- c88("At most two tenors will contribute their fees to charity.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',two]],
['NNS',tenors]],
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]],
['.','.']]]. */
%~ ?- c88("At most two tenors will contribute their fees to charity.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( two, [
pos(cd), root(two),loc(3),lnks(4),txt("two"),
ner('NUMBER'),normalizedNER('<2.0'),
truecase('LOWER'),corefed,#(1),
txt(["two"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTwoTheWord,"two"), cycWord(xTwoTheWord),fsr(two-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Two',"two"),
ttholds(inflNounSingular,'TTWord_Two',"two"),
tr_number(two,2),
flexicon(number,[sem=2,num_type=digit,agr=pl],two), flexicon(number,[sem=2],two),talk_db(adj,two)]),
w( tenors, [
pos(nns), root(tenor),loc(4),lnks(3),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( will, [
pos(md), root(will),loc(5),lnks(3),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( contribute, [
pos(vb), root(contribute),loc(6),lnks(4),
txt("contribute"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xContributeTheWord,"contribute"),
cycWord(xContributeTheWord),
cycTerm(actContributingPromotingSomething,ttFirstOrderCollection,ttThing),
ac(infinitive,xContributeTheWord,contribute),
clex_word(verb,contribute,contribute,iv+infpl),
clex_word(verb,contribute,contribute,tv+infpl),
fsr( contribute-v,
giving,
[ [ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
2],
[ [ [ time-p, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, ini,null]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
2],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ period_of_iterations-e, pp,dep],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, dni,null]],
5]]),
concept(fn,giving),
verbnet_map_wn(contribute,['contribute%2:40:00','contribute%2:40:02'],'contribute-13.2-1-1'),
concept(vn,'contribute-13.2-1-1'),
listof(concept(wn),['contribute%2:40:00','contribute%2:40:02']),
verbnet_to_framenet('contribute-13.2-1-1',contribute,'contribute.01'),
concept(fn,'contribute.01'),
verbnet_word(contribute,'contribute-13.2-1-1',"contribute")]),
w( their, [
pos('prp$'), root(they),loc(7),lnks(5),txt("their"),
truecase('LOWER'),corefed,#(4),
txt(["their"]),type('PRONOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(false)),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheirTheWord,"their"),
cycWord(xTheirTheWord),
ac(pronounStrings,xTheirTheWord,"their"),
ttholds(inflDeterminerThirdPersonPlural,'TTWord_His',"their"),
poss_pron_lex(their,agent,3,pl),
type_wrd_sem(possessive,their,[sem=they,isa=thing_type]),
talk_db(pronoun,their)]),
w( fees, [
pos(nns), root(fee),loc(8),lnks(5),txt("fees"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xFeeTheWord,"fees"),cycWord(xFeeTheWord),
ac(singular,xFeeTheWord,fee),
clex_word(verb,fees,fee,tv+finsg),
clex_word(noun,fees,fee,neutr+pl-count),
talk_db(noun1,fee,fees),
talk_db(noun_or_verb,fees,feeing,fee),
talk_db(transitive,fee,fees,feed,feeing,feed)]),
w( to, [
pos(in), root(to),loc(9),lnks(5),txt("to"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2309710/_2309712,Lf4,Lf4)]),
w( charity, [
pos(nn), root(charity),loc(10),lnks(6),txt("charity"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(massNumber,xCharityTheWord,"charity"),
cycWord(xCharityTheWord),
cycTerm(actCharitableDonation,iUI_LossOfUserRightsPossTransferTopic,ttTemporalObjectType),
ac(singular,xCharityTheWord,"charity"),
cycTerm(tGroupedSocialAidOrganization,ttOrganizationTypeByActivityType,ttThing),
ac(massNumber,xCharityTheWord,charity),
ac(singular,xCharityTheWord,charity),
clex_word(noun,charity,charity,neutr+Neutr-mass), fsr(charity-n,giving,[]),concept(fn,giving)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(2.233).
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ i_sentence=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ clausify80=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ any_to_ace_str="At most two tenors in the future contributing those-they ' s fees to charity .".
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ try_ace_drs=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ simplify80=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ try_ace_fol=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ results80=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ any_to_ace_str="At most two tenors will contribute their fees to charity.".
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ try_ace_eng=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ compile80=failure.
%~ ?- c88("At most two tenors will contribute their fees to charity.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',two]],
['NNS',tenors]],
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]],
['.','.']]],
_2080856).
%~ call_residue_vars = [ _15036, _15022,_15008,_14986,_14972,_14958,
%~ _14944,_14930,_14916,_14894,_14880,
%~ _14866].
%~ ?- c88("At most two tenors will contribute their fees to charity.").
/* e2c_80 = asserted( exists( Owner_Exists_Agent,
exists( Will_ColFn_Tenor,
exists( Exists_ActContributing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Charity,
exists( Exists_Fee_To,
( p(to,Exists_Fee_To,Exists_Charity) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActContributing,actContributing) &
doer(Exists_ActContributing,Will_ColFn_Tenor) &
patient(Exists_ActContributing,Exists_Fee_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Fee_To,'Fee') &
~numberOf(Exists_Fee_To,1) &
owner(Exists_Fee_To,Owner_Exists_Agent) &
gender(Owner_Exists_Agent,agent) &
~numberOf(Owner_Exists_Agent,1) &
iza(Exists_Charity,'Charity') &
quantity(Will_ColFn_Tenor,=<,2) &
iza(Will_ColFn_Tenor,tColFn("tenor")) &
iza(Will_ColFn_Tenor,'Will'))))))))). */
%~ c88 is runtime(2.536).
/* c88 = asserted( exists( Owner_Exists_Agent,
exists( Will_ColFn_Tenor,
exists( Exists_ActContributing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Charity,
exists( Exists_Fee_To,
( p(to,Exists_Fee_To,Exists_Charity) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActContributing,actContributing) &
doer(Exists_ActContributing,Will_ColFn_Tenor) &
patient(Exists_ActContributing,Exists_Fee_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Fee_To,'Fee') &
~numberOf(Exists_Fee_To,1) &
owner(Exists_Fee_To,Owner_Exists_Agent) &
gender(Owner_Exists_Agent,agent) &
~numberOf(Owner_Exists_Agent,1) &
iza(Exists_Charity,'Charity') &
quantity(Will_ColFn_Tenor,=<,2) &
iza(Will_ColFn_Tenor,tColFn("tenor")) &
iza(Will_ColFn_Tenor,'Will'))))))))). */
%~ ?-c88("Are there tenors who will contribute their fees to charity?").
%~ list_undefined([]).
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]]. */
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(4),txt("tenors"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(4),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,4))),
link(2,'SBAR',r('SBAR',seg(4,10))),
link(3,'NP',r('NP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3558942,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( will, [
pos(md), root(will),loc(5),lnks(6),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(5,10))),
link(3,'SBAR',r('SBAR',seg(4,10))),
link(4,'NP',r('NP',seg(3,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( contribute, [
pos(vb), root(contribute),loc(6),lnks(7),
txt("contribute"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(5,10))),
link(4,'SBAR',r('SBAR',seg(4,10))),
link(5,'NP',r('NP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xContributeTheWord,"contribute"),
cycWord(xContributeTheWord),
cycTerm(actContributingPromotingSomething,ttFirstOrderCollection,ttThing),
ac(infinitive,xContributeTheWord,contribute),
clex_word(verb,contribute,contribute,iv+infpl),
clex_word(verb,contribute,contribute,tv+infpl),
fsr( contribute-v,
giving,
[ [ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
2],
[ [ [ time-p, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, ini,null]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
2],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ period_of_iterations-e, pp,dep],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, dni,null]],
5]]),
concept(fn,giving),
verbnet_map_wn(contribute,['contribute%2:40:00','contribute%2:40:02'],'contribute-13.2-1-1'),
concept(vn,'contribute-13.2-1-1'),
listof(concept(wn),['contribute%2:40:00','contribute%2:40:02']),
verbnet_to_framenet('contribute-13.2-1-1',contribute,'contribute.01'),
concept(fn,'contribute.01'),
verbnet_word(contribute,'contribute-13.2-1-1',"contribute")]),
w( their, [
pos('prp$'), root(they),loc(7),lnks(8),txt("their"),
truecase('LOWER'),corefed,#(3),
txt(["their"]),type('PRONOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheirTheWord,"their"),
cycWord(xTheirTheWord),
ac(pronounStrings,xTheirTheWord,"their"),
ttholds(inflDeterminerThirdPersonPlural,'TTWord_His',"their"),
poss_pron_lex(their,agent,3,pl),
type_wrd_sem(possessive,their,[sem=they,isa=thing_type]),
talk_db(pronoun,their)]),
w( fees, [
pos(nns), root(fee),loc(8),lnks(8),txt("fees"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xFeeTheWord,"fees"),cycWord(xFeeTheWord),
ac(singular,xFeeTheWord,fee),
clex_word(verb,fees,fee,tv+finsg),
clex_word(noun,fees,fee,neutr+pl-count),
talk_db(noun1,fee,fees),
talk_db(noun_or_verb,fees,feeing,fee),
talk_db(transitive,fee,fees,feed,feeing,feed)]),
w( to, [
pos(in), root(to),loc(9),lnks(8),txt("to"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3559160/_3559162,Lf5,Lf5)]),
w( charity, [
pos(nn), root(charity),loc(10),lnks(9),txt("charity"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(massNumber,xCharityTheWord,"charity"),
cycWord(xCharityTheWord),
cycTerm(actCharitableDonation,iUI_LossOfUserRightsPossTransferTopic,ttTemporalObjectType),
ac(singular,xCharityTheWord,"charity"),
cycTerm(tGroupedSocialAidOrganization,ttOrganizationTypeByActivityType,ttThing),
ac(massNumber,xCharityTheWord,charity),
ac(singular,xCharityTheWord,charity),
clex_word(noun,charity,charity,neutr+Neutr-mass), fsr(charity-n,giving,[]),concept(fn,giving)]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[],tenor),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,contribute,active,pres+fin,[],[adv(t(will,pres+fin,3+sg)),root]),
[ arg( dirO,
np( 3+pl,
np_head(Det,det(the(pl)),[],fee),
[ prep_phrase(PoSS,poSS,np(3+pl,pronoun(agent,3+pl),[])),
prep_phrase(Prep,prep(to),np(3+sg,np_head(Generic6,generic,[],charity),[]))]))],
[]))]))],
[])). */
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ i_sentence=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ clausify80=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ any_to_ace_str="Are there tenors who in the future contributing those-they ' s fees to charity ?".
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ simplify80=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ try_ace_fol=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ results80=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ any_to_ace_str="Are there tenors who will contribute their fees to charity? .".
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ compile80=failure.
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]],
_3278316).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]],
_3270018).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]],
_3270032).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]],
_3270032).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]],
['.',?]]],
_3270032).
%~ call_residue_vars=[].
%~ ?- c88("Are there tenors who will contribute their fees to charity?").
%~ e2c_80=failure.
%~ c88=(?-c88("Are there tenors who will contribute their fees to charity?")).
%~ ?-c88("There are tenors who will contribute their fees to charity.").
%~ list_undefined([]).
%~ ?- c88("There are tenors who will contribute their fees to charity.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]]],
['.','.']]]. */
%~ ?- c88("There are tenors who will contribute their fees to charity.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( tenors, [
pos(nns), root(tenor),loc(3),lnks(5),txt("tenors"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,10))),
link(3,'VP',r('VP',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xTenorTheWord,"tenors"),cycWord(xTenorTheWord),
cycTerm(tClazzTenorSinger,mobPersonTypeByOccupation,ttExistingObjectType),
ac(singular,xTenorTheWord,tenor),
clex_word(noun,tenors,tenor,human+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Tenor',"tenors"),
talk_db(noun1,tenor,tenors)]),
w( who, [
pos(wp), root(who),loc(4),lnks(6),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,4))),
link(2,'SBAR',r('SBAR',seg(4,10))),
link(3,'NP',r('NP',seg(3,10))),
link(4,'VP',r('VP',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3303730,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( will, [
pos(md), root(will),loc(5),lnks(7),txt("will"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,10))),
link(2,'S',r('S',seg(5,10))),
link(3,'SBAR',r('SBAR',seg(4,10))),
link(4,'NP',r('NP',seg(3,10))),
link(5,'VP',r('VP',seg(2,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xWillTheModal,"will"), cycWord(xWillTheModal),ac(singular,xWillTheWord,"will"),
cycWord(xWillTheWord),
cycTerm(tObjectWillAndTestament,ttOfficialDocumentType,ttSpatiallyDisjointObjectType),
ac(presentTenseUniversal,xWillTheModal,will),
ac(singular,xWillTheWord,will),
clex_word(verb,will,will,tv+infpl),
clex_word(verb,will,will,dv('')+infpl),
clex_word(noun,will,will,neutr+sg-count), fsr(will-n,desiring,[]),concept(fn,desiring),
fsr(will-n,documents,[]),concept(fn,documents),
fsr(will-v,desiring,[]),fsr(will-v,giving,[]),
concept(fn,giving),
ttholds(inflNounSingular,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonPluralPresent,'TTWord_Will',"will"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Will',"will"),
ttholds(inflVerbPluralPresent,'TTWord_Will',"will"),
type_wrd_sem( modal_verb,
will;'\'ll',
[ polarity=positive, tense=future,modal_sem=would]),
talk_db(auxiliary,will),
verbnet_map_wn(will,['will%2:40:00'],'future_having-13.3'),
concept(vn,'future_having-13.3'),
listof(concept(wn),['will%2:40:00']),
verbnet_to_framenet('future_having-13.3',will,'will.02'),
concept(fn,'will.02'),
verbnet_word(will,'future_having-13.3',"will")]),
w( contribute, [
pos(vb), root(contribute),loc(6),lnks(8),
txt("contribute"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'VP',r('VP',seg(5,10))),
link(3,'S',r('S',seg(5,10))),
link(4,'SBAR',r('SBAR',seg(4,10))),
link(5,'NP',r('NP',seg(3,10))),
link(6,'VP',r('VP',seg(2,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xContributeTheWord,"contribute"),
cycWord(xContributeTheWord),
cycTerm(actContributingPromotingSomething,ttFirstOrderCollection,ttThing),
ac(infinitive,xContributeTheWord,contribute),
clex_word(verb,contribute,contribute,iv+infpl),
clex_word(verb,contribute,contribute,tv+infpl),
fsr( contribute-v,
giving,
[ [ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
2],
[ [ [ time-p, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ donor-c, np,ext],
[ recipient-c, pp,dep],
[ recipient-c, pp,dep],
[ theme-c, ini,null]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, ini,null]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
2],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
3],
[ [ [ donor-c, np,ext],
[ period_of_iterations-e, pp,dep],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, pp,dep]],
1],
[ [ [ donor-c, np,ext],
[ purpose_of_theme-e, np,obj],
[ theme-c, np,obj],
[ recipient-c, dni,null]],
5]]),
concept(fn,giving),
verbnet_map_wn(contribute,['contribute%2:40:00','contribute%2:40:02'],'contribute-13.2-1-1'),
concept(vn,'contribute-13.2-1-1'),
listof(concept(wn),['contribute%2:40:00','contribute%2:40:02']),
verbnet_to_framenet('contribute-13.2-1-1',contribute,'contribute.01'),
concept(fn,'contribute.01'),
verbnet_word(contribute,'contribute-13.2-1-1',"contribute")]),
w( their, [
pos('prp$'), root(they),loc(7),lnks(9),txt("their"),
truecase('LOWER'),corefed,#(3),
txt(["their"]),type('PRONOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'VP',r('VP',seg(2,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheirTheWord,"their"),
cycWord(xTheirTheWord),
ac(pronounStrings,xTheirTheWord,"their"),
ttholds(inflDeterminerThirdPersonPlural,'TTWord_His',"their"),
poss_pron_lex(their,agent,3,pl),
type_wrd_sem(possessive,their,[sem=they,isa=thing_type]),
talk_db(pronoun,their)]),
w( fees, [
pos(nns), root(fee),loc(8),lnks(9),txt("fees"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'VP',r('VP',seg(2,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xFeeTheWord,"fees"),cycWord(xFeeTheWord),
ac(singular,xFeeTheWord,fee),
clex_word(verb,fees,fee,tv+finsg),
clex_word(noun,fees,fee,neutr+pl-count),
talk_db(noun1,fee,fees),
talk_db(noun_or_verb,fees,feeing,fee),
talk_db(transitive,fee,fees,feed,feeing,feed)]),
w( to, [
pos(in), root(to),loc(9),lnks(9),txt("to"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'VP',r('VP',seg(5,10))),
link(4,'S',r('S',seg(5,10))),
link(5,'SBAR',r('SBAR',seg(4,10))),
link(6,'NP',r('NP',seg(3,10))),
link(7,'VP',r('VP',seg(2,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3303954/_3303956,Lf6,Lf6)]),
w( charity, [
pos(nn), root(charity),loc(10),lnks(10),
txt("charity"),truecase('LOWER'),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'VP',r('VP',seg(5,10))),
link(5,'S',r('S',seg(5,10))),
link(6,'SBAR',r('SBAR',seg(4,10))),
link(7,'NP',r('NP',seg(3,10))),
link(8,'VP',r('VP',seg(2,10))),
link(9,'S',r('S',seg(1,11))), link(10,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(massNumber,xCharityTheWord,"charity"),
cycWord(xCharityTheWord),
cycTerm(actCharitableDonation,iUI_LossOfUserRightsPossTransferTopic,ttTemporalObjectType),
ac(singular,xCharityTheWord,"charity"),
cycTerm(tGroupedSocialAidOrganization,ttOrganizationTypeByActivityType,ttThing),
ac(massNumber,xCharityTheWord,charity),
ac(singular,xCharityTheWord,charity),
clex_word(noun,charity,charity,neutr+Neutr-mass), fsr(charity-n,giving,[]),concept(fn,giving)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are tenors who will contribute their fees to charity.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[],tenor),
[ rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+tv,contribute,active,pres+fin,[],[adv(t(will,pres+fin,3+sg)),root]),
[ arg( dirO,
np( 3+pl,
np_head(Det,det(the(pl)),[],fee),
[ prep_phrase(PoSS,poSS,np(3+pl,pronoun(agent,3+pl),[])),
prep_phrase(Prep,prep(to),np(3+sg,np_head(Generic6,generic,[],charity),[]))]))],
[]))]))],
[])). */
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ i_sentence=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ clausify80=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ any_to_ace_str="There are tenors who in the future contributing those-they ' s fees to charity .".
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ try_ace_drs=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ simplify80=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ try_ace_fol=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ results80=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ any_to_ace_str="There are tenors who will contribute their fees to charity.".
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ try_ace_eng=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ compile80=failure.
%~ ?- c88("There are tenors who will contribute their fees to charity.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',tenors]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['MD',will],
[ 'VP',
['VB',contribute],
[ 'NP',
['PRP$',their],
['NNS',fees]],
[ 'PP',
['IN',to],
[ 'NP',
['NN',charity]]]]]]]]],
['.','.']]],
_2985212).
%~ call_residue_vars = [ _34858, _34824,_34798,_34758,_34690,_34638,
%~ _34618,_34578,_34558,_34544,_34430,
%~ _34400,_34374,_34334,_34270,_34222,
%~ _34202,_34162,_34142,_34128].
%~ ?- c88("There are tenors who will contribute their fees to charity.").
/* e2c_80 = asserted( exists( Exists18,
exists( Patient_Exists,
exists( Exists_ActWilling,
exists( Exists_TimeFn_Infpl8,
exists( Owner_Exists_Agent,
exists( Doer_Exists_Tenor,
exists( Exists_ActContributing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Charity,
exists( Exists_Fee_To,
( p(to,Exists_Fee_To,Exists_Charity) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActContributing,actContributing) &
doer(Exists_ActContributing,Doer_Exists_Tenor) &
patient(Exists_ActContributing,Exists_Fee_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Fee_To,'Fee') &
~numberOf(Exists_Fee_To,1) &
owner(Exists_Fee_To,Owner_Exists_Agent) &
gender(Owner_Exists_Agent,agent) &
~numberOf(Owner_Exists_Agent,1) &
iza(Exists_Charity,'Charity') &
iza(Doer_Exists_Tenor,tenor) &
~numberOf(Doer_Exists_Tenor,1) &
holdsIn( Exists_TimeFn_Infpl8,
( iza(Exists_ActWilling,actWilling) &
doer(Exists_ActWilling,Doer_Exists_Tenor) &
patient(Exists_ActWilling,Patient_Exists))) &
iza(Exists_TimeFn_Infpl8,timeFn(infpl)) &
~numberOf(Exists18,1))))))))))))). */
/* c88 = asserted( exists( Exists18,
exists( Patient_Exists,
exists( Exists_ActWilling,
exists( Exists_TimeFn_Infpl8,
exists( Owner_Exists_Agent,
exists( Doer_Exists_Tenor,
exists( Exists_ActContributing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Charity,
exists( Exists_Fee_To,
( p(to,Exists_Fee_To,Exists_Charity) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActContributing,actContributing) &
doer(Exists_ActContributing,Doer_Exists_Tenor) &
patient(Exists_ActContributing,Exists_Fee_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Fee_To,'Fee') &
~numberOf(Exists_Fee_To,1) &
owner(Exists_Fee_To,Owner_Exists_Agent) &
gender(Owner_Exists_Agent,agent) &
~numberOf(Owner_Exists_Agent,1) &
iza(Exists_Charity,'Charity') &
iza(Doer_Exists_Tenor,tenor) &
~numberOf(Doer_Exists_Tenor,1) &
holdsIn( Exists_TimeFn_Infpl8,
( iza(Exists_ActWilling,actWilling) &
doer(Exists_ActWilling,Doer_Exists_Tenor) &
patient(Exists_ActWilling,Patient_Exists))) &
iza(Exists_TimeFn_Infpl8,timeFn(infpl)) &
~numberOf(Exists18,1))))))))))))). */
%~ ?-c88("An Irishman won the Nobel prize for literature.").
%~ list_undefined([]).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* into_lexical_segs = [ w( an, [
pos(dt), root(a),loc(1),lnks(3),txt("An"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(2),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( for, [
pos(in), root(for),loc(7),lnks(4),txt("for"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( literature, [
pos(nn), root(literature),loc(8),lnks(5),
txt("literature"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xLiteratureTheWord,"literature"),
cycWord(xLiteratureTheWord),
cycTerm(cwLiteraryWorkCW,ttQAClarifyingCollectionType,tSet),
ac(singular,xLiteratureTheWord,"literature"),
ac(massNumber,xLiteratureTheWord,literature),
ac(singular,xLiteratureTheWord,literature),
clex_word(noun,literature,literature,neutr+Neutr-mass), fsr(literature-n,fields,[]),concept(fn,fields),
fsr(literature-n,text,[]),concept(fn,text),
ttholds(inflNounSingularUnchecked,'TTWord_Literature',"literature")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[adj(nobel)],prize),
[ prep_phrase(Prep,prep(for),np(3+sg,np_head(Generic,generic,[],literature),[]))]))],
[])). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Irishman12-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman12-Mg),
identityQ([in_past,root]),
generic_pred(frame_53329,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_53329&Frame_5332914-Prep_Prize_Nobel,
'`'('`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel)),
'`'(true),
[ ( quantS( voidQ,
Frame_53329&Frame_5332915-Literature, '`'(bE(same,Literature,literature)),'`'(true),
[],
Frame_53329&Frame_5332915-Generic3) &
'`'(generic_pred(frame_53329,Frame_53329,prep(for),Prep_Prize_Nobel,Generic3)))],
Frame_53329&Frame_5332914-Generic)])). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* clausify80 = answer80([]) :-
'`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_53329,Frame_53329,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
true,generic_pred(frame_53329,thing,mg(win),Mg_Irishman,Prep_Prize_Nobel),true,true))). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ any_to_ace_str="An Irishman in the past winning the Nobel prize for literature .".
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_drs=failure.
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* simplify80 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_53329,Frame_53329,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53329,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_30412,nobel,pos))).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ results80=[[false]].
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ any_to_ace_str="An Irishman won the Nobel prize for literature.".
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_eng=failure.
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* compile80 = ( ( ( database80(property(Prep_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Prep_Prize_Nobel)) ,
database80( generic_pred(frame_53329,Frame_53329,prep(for),Prep_Prize_Nobel,Generic_Literature)) ,
database80(bE(same,Generic_Literature,literature)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_53329,thing,win,Win_Irishman,Prep_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8778,nobel,pos))).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.','.']]],
_2606744).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[_16800,_16696,_16634].
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_53329,Frame_53329,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53329,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?-c88("Did an Irishman win a Nobel prize?").
%~ list_undefined([]).
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',an],
['NNP','Irishman']],
[ 'VP',
['VB',win],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.',?]]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,8))),
link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( an, [
pos(dt), root(a),loc(2),lnks(3),txt("an"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(3),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( win, [
pos(vb), root(win),loc(4),lnks(3),txt("win"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xWinTheWord,"win"),cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xWinTheWord,win),
clex_word(verb,win,win,iv+infpl),
clex_word(verb,win,win,tv+infpl),
clex_word(verb,win,win,dv('')+infpl),
clex_word(noun,win,win,neutr+sg-count),
fsr( win-n,
finish_competition,
[ [ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competition-c, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ prize-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ time-p, poss,gen],
[ competition-c, n,dep],
[ competitor-c, dni,null],
[ opponent-c, ini,null]],
1],
[ [ [ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep]],
1],
[ [ [ competitor-c, pp,dep]],
8],
[ [ [ competitor-c, poss,gen],
[ competition-c, n,dep]],
4],
[ [ [ score-p, n,dep],
[ place-p, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ venue-p, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep]],
2],
[ [ [ competitor-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pping,dep],
[ competitor-c, dni,null]],
1],
[ [ [ opponent-c, pp,dep]],
8],
[ [ [ competitor-c, n,dep],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep]],
2],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep]],
2],
[ [ [ competitor-c, poss,gen]],
12],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
2],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep]],
3],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
3],
[ [ [ competitor-c, n,dep]],
3],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
7],
[ [ [ time-p, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ time-p, np,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ competition-c, pp,dep]],
4],
[ [ [ margin-p, ajp,dep],
[ competitor-c, pp,dep],
[ opponent-c, dni,null]],
1]]),
concept(fn,finish_competition),
fsr( win-v,
win_game,
[ [ [ [ competitor-c, np,ext],
[ explanation-e, sub,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ score-p, pp,dep],
[ explanation-e, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ iteration-e, np,dep],
[ particular_iteration-e, np,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, np,obj],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ particular_iteration-e, avp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ opponent-p, pp,dep],
[ competition-c, ini,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, np,dep],
[ circumstances-e, vped,dep],
[ competition-c, dni,null]],
1],
[ [ [ means-p, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ particular_iteration-e, np,dep],
[ place-p, avp,dep],
[ re_encoding-e, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ margin-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pp,dep]],
2],
[ [ [ means-p, pping,dep],
[ competition-c, dni,null],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ competitor-c, np,ext],
[ prize-p, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, dni,null]],
3],
[ [ [ competitor-c, np,ext],
[ period_of_iterations-e, avp,dep],
[ competition-c, np,obj],
[ time-p, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ manner-p, avp,dep],
[ event_description-e, vping,dep],
[ competition-c, dni,null]],
1],
[ [ [ time-p, pp,dep],
[ competitor-c, np,ext],
[ competition-c, np,obj],
[ result-e, vpto,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj]],
8],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ opponent-p, pp,dep],
[ score-p, avp,dep],
[ time-p, np,dep]],
1],
[ [ [ time-p, avp,dep],
[ competitor-c, np,ext],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, avp,dep],
[ score-p, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, np,ext],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ iteration-e, avp,dep],
[ particular_iteration-e, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, avp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ epistemic_stance-e, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ competition-c, dni,null]],
2]]),
concept(fn,win_game),
ttholds(inflVerbUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Win',"win"),
verbnet_map_wn(win,['win%2:40:00'],'get-13.5.1'),
concept(vn,'get-13.5.1'),
listof(concept(wn),['win%2:40:00']),
verbnet_to_framenet('get-13.5.1',win,'win.02'), concept(fn,'win.02'),verbnet_word(win,'get-13.5.1',"win")]),
w( a, [
pos(dt), root(a),loc(5),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(6),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(5,7))), link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(7),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[past+fin]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[adj(nobel)],prize),[]))],
[])). */
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Mg_Irishman9-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman9-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_53340,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
_3862356&_3862358-Prize_Nobel,
'`'('`'(property(Prize_Nobel,nobel,pos))&ti(prize,Prize_Nobel)),
'`'(true),
[],
_3855378&_3855380-Generic)])). */
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Prize_Nobel,nobel,pos))&ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
( generic_pred(frame_53340,thing,mg(win),Mg_Irishman,Generic_Prize_Nobel))). */
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ any_to_ace_str="in the past an Irishman win a Nobel prize ?".
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ try_ace_drs=failure.
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* simplify80 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53340,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28368,nobel,pos))).
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ results80=[[false]].
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ any_to_ace_str="Did an Irishman win a Nobel prize? .".
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ try_ace_eng=failure.
%~ ?- c88("Did an Irishman win a Nobel prize?").
/* compile80 = ( ( ( database80(property(Generic_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Generic_Prize_Nobel)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_53340,thing,win,Win_Irishman,Generic_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8582,nobel,pos))).
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',an],
['NNP','Irishman']],
[ 'VP',
['VB',win],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.',?]]],
_2185704).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[].
%~ ?- c88("Did an Irishman win a Nobel prize?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53340,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?-c88("An Irishman won a Nobel prize.").
%~ list_undefined([]).
%~ ?- c88("An Irishman won a Nobel prize.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("An Irishman won a Nobel prize.").
/* into_lexical_segs = [ w( an, [
pos(dt), root(a),loc(1),lnks(3),txt("An"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(2),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("An Irishman won a Nobel prize.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[adj(nobel)],prize),[]))],
[])). */
%~ ?- c88("An Irishman won a Nobel prize.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Irishman8-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman8-Mg),
identityQ([in_past,root]),
generic_pred(frame_53351,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
_3362338&_3362340-Prize_Nobel,
'`'('`'(property(Prize_Nobel,nobel,pos))&ti(prize,Prize_Nobel)),
'`'(true),
[],
_3355360&_3355362-Generic)])). */
%~ ?- c88("An Irishman won a Nobel prize.").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Prize_Nobel,nobel,pos))&ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
( generic_pred(frame_53351,thing,mg(win),Mg_Irishman,Generic_Prize_Nobel))). */
%~ ?- c88("An Irishman won a Nobel prize.").
%~ any_to_ace_str="An Irishman in the past winning a Nobel prize .".
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_drs=failure.
%~ ?- c88("An Irishman won a Nobel prize.").
/* simplify80 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53351,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28350,nobel,pos))).
%~ ?- c88("An Irishman won a Nobel prize.").
%~ results80=[[false]].
%~ ?- c88("An Irishman won a Nobel prize.").
%~ any_to_ace_str="An Irishman won a Nobel prize.".
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_eng=failure.
%~ ?- c88("An Irishman won a Nobel prize.").
/* compile80 = ( ( ( database80(property(Generic_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Generic_Prize_Nobel)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_53351,thing,win,Win_Irishman,Generic_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8578,nobel,pos))).
%~ ?- c88("An Irishman won a Nobel prize.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]],
_1884546).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[_14482,_14378,_14316].
%~ ?- c88("An Irishman won a Nobel prize.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_53351,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?-c88("Every European has the right to live in Europe.").
%~ list_undefined([]).
%~ ?- c88("Every European has the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("Every European has the right to live in Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( has, [
pos(vbz), root(have),loc(3),lnks(3),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2958460/_2958462,Lf5,Lf5)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European has the right to live in Europe.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Every European has the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_3578148,
'`'(qualifiedBy(_3572896,thing&Thing,np_head(Det,det(every),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_53355,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("Every European has the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_53355,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ any_to_ace_str="Every European in the past the right to live in Europe .".
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European has the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53355,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European has the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("Every European has the right to live in Europe.").
%~ any_to_ace_str="Every European has the right to live in Europe.".
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European has the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_53355,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2385184).
%~ call_residue_vars = [ _18618, _18598,_18558,_18530,_18508,_18394,
%~ _18374,_18334,_18306,_18284].
%~ ?- c88("Every European has the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Finsg,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European')))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53355,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6806308,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6806868/_6806870,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5193780).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5185934).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182650).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.334).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(5.527).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Can every European travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can every European travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'FRAG',
[ 'PRN',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',every],
['JJ','European'],
['NN',travel]]]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]],
['.',?]]]. */
%~ ?- c88("Can every European travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(4),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,4))),
link(2,'PRN',r('PRN',seg(1,4))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( every, [
pos(dt), root(every),loc(2),lnks(5),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(3),lnks(5),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(2,4))),link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( travel, [
pos(nn), root(travel),loc(4),lnks(5),txt("travel"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(actTravelTripEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
cycTerm(actLocomotionEventAnimal,ttMammalCapabilityType,iUI_BodyPositionAndMovementPhysiologyTopic),
ac(singular,xTravelTheWord,"travel"),
ac(massNumber,xTravelTheWord,travel),
ac(singular,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(4),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'PP',r('PP',seg(5,7))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(3),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,7))),
link(2,'FRAG',r('FRAG',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(4),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(5,7))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'FRAG',r('FRAG',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Can every European travel freely within Europe?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(every),[adj(european)],travel),[]),
verb(aux+dv(Dv),aux(do,[can]),active,Fin+fin,[],[adv(freely),root]),
[],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Can every European travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ any_to_ace_str="Can every European travel freely within Europe ?".
%~ ?- c88("Can every European travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ any_to_ace_str="Can every European travel freely within Europe? .".
%~ ?- c88("Can every European travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can every European travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'FRAG',
[ 'PRN',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',every],
['JJ','European'],
['NN',travel]]]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]],
['.',?]]],
_1518648).
%~ call_residue_vars=[].
%~ ?- c88("Can every European travel freely within Europe?").
%~ e2c_80=failure.
%~ c88=(?-c88("Can every European travel freely within Europe?")).
%~ ?-c88("Every European can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every European can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Every European can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],european),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Every European can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(every),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_53594,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Every European can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_53594,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ any_to_ace_str="Every European can travel freely within Europe .".
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53594,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("Every European can travel freely within Europe.").
%~ any_to_ace_str="Every European can travel freely within Europe.".
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_53594,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1499834).
%~ call_residue_vars=[_25952,_25854,_25792,_23740].
%~ ?- c88("Every European can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53594,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("All Europeans have the right to live in Europe.").
%~ list_undefined([]).
%~ ?- c88("All Europeans have the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(3),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have14, Trans,Have&_3026878,
Trans9,
trans_pred(Have,have,Trans,Trans9),
[], Have3, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr5],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3027400/_3027402,Lf12,Lf12)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_4010074,
'`'(qualifiedBy(_4004822,thing&Thing,np_head(Det,det(all),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_53614,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_53614,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ any_to_ace_str="All Europeans have the right to live in Europe .".
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53614,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ any_to_ace_str="All Europeans have the right to live in Europe.".
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_53614,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2385254).
%~ call_residue_vars = [ _21094, _21074,_21034,_21006,_20984,_20854,
%~ _20834,_20794,_20766,_20744].
%~ ?- c88("All Europeans have the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Infpl,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European') &
~numberOf(Doer_All_European,1)))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53614,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6806308,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6806868/_6806870,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5193780).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5186252).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182968).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.36).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(5.525).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Can all Europeans travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',all],
['NNPS','Europeans']],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]],
['.',?]]]. */
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,8))),
link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( all, [
pos(dt), root(all),loc(2),lnks(3),txt("all"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),
cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(3),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( travel, [
alt(pos(vbp)), root(travel),pos(vb),loc(4),lnks(3),
txt("travel"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(4),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(4),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* sentence80 = q( s( np(3+pl,np_head(Det,det(all),[],european),[]),
verb(main+tv,travel,active,Fin+fin,[],[can]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
thing&Thing12&Thing-_2850854,
'`'(qualifiedBy(_2845592,thing&Thing12&Thing,np_head(Det,det(all),[],european))),
'`'(true),
[],
thing&Thing12&Thing-Travel),
identityQ([adv(freely),can]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ3),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy(Travel,thing&_2893892&Thing,np_head(Det,det(all),[],european)) ,
modalized( freely,
modalized( can,
( intrans_pred_prep(thing,Thing,travel,Travel,within,Prep_Within_Europe)))). */
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ any_to_ace_str="Can all Europeans travel freely within Europe ?".
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* simplify80 = answer80([]) :-
qualifiedBy(Travel,thing&_49380&Thing,np_head(Det,det(all),[],european)) ,
modalized(freely,modalized(can,intrans_pred_prep(thing,Thing,travel,Travel,within,europe))). */
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ results80=[[true]].
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ any_to_ace_str="Can all Europeans travel freely within Europe? .".
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can all Europeans travel freely within Europe?").
/* compile80 = ( ( ( database80( qualifiedBy(Travel,thing&Thing6&Thing,np_head(Det,det(all),[],european))) ,
database80( modalized(freely,modalized(can,intrans_pred_prep(thing,Thing,travel,Travel,within,europe))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',all],
['NNPS','Europeans']],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]],
['.',?]]],
_1494766).
%~ call_residue_vars=[].
%~ ?- c88("Can all Europeans travel freely within Europe?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy(Travel,thing&_51324&Thing,np_head(Det,det(all),[],european)) ,
modalized(freely,modalized(can,intrans_pred_prep(thing,Thing,travel,Travel,within,europe))). */
%~ ?-c88("All Europeans can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("All Europeans can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],european),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(all),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_53848,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_53848,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ any_to_ace_str="All Europeans can travel freely within Europe .".
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53848,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ any_to_ace_str="All Europeans can travel freely within Europe.".
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_53848,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1499670).
%~ call_residue_vars=[_26074,_25976,_25914,_23818].
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53848,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("Each European has the right to live in Europe.").
%~ list_undefined([]).
%~ ?- c88("Each European has the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("Each European has the right to live in Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Tekken_Tag_Tournament'), link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( european, [
pos(nnp), root('European'),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( has, [
pos(vbz), root(have),loc(3),lnks(3),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3422916/_3422918,Lf5,Lf5)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each European has the right to live in Europe.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(each),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Each European has the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_4029152,
'`'(qualifiedBy(_4023900,thing&Thing,np_head(Det,det(each),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_53852,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("Each European has the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_53852,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ any_to_ace_str="Each European in the past the right to live in Europe .".
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each European has the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53852,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Each European has the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("Each European has the right to live in Europe.").
%~ any_to_ace_str="Each European has the right to live in Europe.".
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each European has the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_53852,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2849746).
%~ call_residue_vars = [ _18582, _18562,_18522,_18494,_18472,_18358,
%~ _18338,_18298,_18270,_18248].
%~ ?- c88("Each European has the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Finsg,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European')))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_53852,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6804708,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6805268/_6805270,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5193780).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5185934).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182650).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.466).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(5.672).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Can each European travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can each European travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'FRAG',
[ 'PRN',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',each],
['JJ','European'],
['NN',travel]]]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]],
['.',?]]]. */
%~ ?- c88("Can each European travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(4),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,4))),
link(2,'PRN',r('PRN',seg(1,4))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( each, [
pos(dt), root(each),loc(2),lnks(5),txt("each"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"),
cycWord(xEachTheWord),
ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"),
ttholds(inflPronoun,'TTWord_Each',"each"),
talk_db(adj,each)]),
w( european, [
pos(jj), root(european),loc(3),lnks(5),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(2,4))),link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( travel, [
pos(nn), root(travel),loc(4),lnks(5),txt("travel"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'S',r('S',seg(1,4))),
link(3,'PRN',r('PRN',seg(1,4))),
link(4,'FRAG',r('FRAG',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(actTravelTripEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
cycTerm(actLocomotionEventAnimal,ttMammalCapabilityType,iUI_BodyPositionAndMovementPhysiologyTopic),
ac(singular,xTravelTheWord,"travel"),
ac(massNumber,xTravelTheWord,travel),
ac(singular,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(4),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'PP',r('PP',seg(5,7))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(3),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,7))),
link(2,'FRAG',r('FRAG',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(4),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(5,7))),
link(3,'FRAG',r('FRAG',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'FRAG',r('FRAG',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Can each European travel freely within Europe?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(each),[adj(european)],travel),[]),
verb(aux+dv(Dv),aux(do,[can]),active,Fin+fin,[],[adv(freely),root]),
[],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Can each European travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ any_to_ace_str="Can each European travel freely within Europe ?".
%~ ?- c88("Can each European travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ any_to_ace_str="Can each European travel freely within Europe? .".
%~ ?- c88("Can each European travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can each European travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'FRAG',
[ 'PRN',
[ 'S',
['MD','Can'],
[ 'NP',
['DT',each],
['JJ','European'],
['NN',travel]]]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]],
['.',?]]],
_1796140).
%~ call_residue_vars=[].
%~ ?- c88("Can each European travel freely within Europe?").
%~ e2c_80=failure.
%~ c88=(?-c88("Can each European travel freely within Europe?")).
%~ ?-c88("Each European can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Each European can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Each European can travel freely within Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( european, [
pos(nnp), root('European'),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each European can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(each),[],european),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Each European can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(each),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_53946,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Each European can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_53946,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ any_to_ace_str="Each European can travel freely within Europe .".
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each European can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53946,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Each European can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("Each European can travel freely within Europe.").
%~ any_to_ace_str="Each European can travel freely within Europe.".
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each European can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_53946,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1776696).
%~ call_residue_vars=[_25896,_25798,_25736,_23684].
%~ ?- c88("Each European can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_53946,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("The residents of member states have the right to live in Europe.").
%~ list_undefined([]).
%~ ?- c88("The residents of member states have the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("The residents of member states have the right to live in Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(6),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have15, Trans,Have&_5413658,
Trans10,
trans_pred(Have,have,Trans,Trans10),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr5,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(7),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(8),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(9),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'S',r('S',seg(9,12))),
link(3,'NP',r('NP',seg(7,12))),
link(4,'VP',r('VP',seg(6,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_5414180/_5414182,Lf13,Lf13)]),
w( live, [
pos(vb), root(live),loc(10),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'S',r('S',seg(9,12))),
link(4,'NP',r('NP',seg(7,12))),
link(5,'VP',r('VP',seg(6,12))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(11),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(10,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'S',r('S',seg(9,12))),
link(5,'NP',r('NP',seg(7,12))),
link(6,'VP',r('VP',seg(6,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(10,12))),
link(4,'VP',r('VP',seg(9,12))),
link(5,'S',r('S',seg(9,12))),
link(6,'NP',r('NP',seg(7,12))),
link(7,'VP',r('VP',seg(6,12))),
link(8,'S',r('S',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of member states have the right to live in Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep21,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],member),
[ reduced_rel( Wh_S,
s( np(3+pl,np_head(Generic4,generic,[],state),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S19,
s( np( 3+sg,
np_head(Det10,det(the(sg)),[],right),
[ prep_phrase(Prep,prep(to),np_head(Generic12,generic,[],Head))]),
verb(main+tv,live,active,Fin+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S19),[]))],
[]))]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,nameOf(Europe,europe,[]),[]))],
[])). */
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ i_sentence=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ clausify80=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ any_to_ace_str="The residents of member states have the right to live in Europe .".
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ simplify80=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ results80=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ any_to_ace_str="The residents of member states have the right to live in Europe.".
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ compile80=failure.
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_4718642).
%~ call_residue_vars=[_23784,_21642].
%~ ?- c88("The residents of member states have the right to live in Europe.").
%~ e2c_80=failure.
%~ c88=(?-c88("The residents of member states have the right to live in Europe.")).
%~ ?-c88("All residents of member states are individuals.").
%~ list_undefined([]).
%~ ?- c88("All residents of member states are individuals.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',individuals]]],
['.','.']]]. */
%~ ?- c88("All residents of member states are individuals.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( individuals, [
pos(nns), root(individual),loc(7),lnks(4),
txt("individuals"),truecase('LOWER'),corefed,
#(2),txt(["individuals"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xIndividualTheWord,"individuals"),
cycWord(xIndividualTheWord),
cycTerm(mobIndividualAgent,ttTemporalStuffType,tSet),
cycTerm(tAgent,ttTemporalStuffType,tSet),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(tIndividual,ttQAClarifyingCollectionType,ttCOIDefinitionalCollection),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xIndividualTheWord,individual),
clex_word(noun,individuals,individual,human+pl-count),
talk_db(noun1,individual,individuals)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All residents of member states are individuals.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],resident),
[ prep_phrase(Prep,prep(of),np(3+pl,np_head(Generic,generic,[adj(member)],state),[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic6,generic,[],individual),[]))],
[])). */
%~ ?- c88("All residents of member states are individuals.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Frame_54090&Frame_5409014-Prep,
`( qualifiedBy( Prep,
Frame_54090&Frame_5409014,
np_head(Det,det(all),[],resident))),
'`'(true),
[ ( quantS( identityQ(IdentityQ1),
Frame_54090&Frame_5409015-State_Member,
'`'('`'(property(State_Member,member,pos))&ti(state,State_Member)),
'`'(true),
[],
Frame_54090&Frame_5409015-Generic) &
'`'(generic_pred(frame_54090,Frame_54090,prep(of),Prep,Generic)))],
Frame_54090&Frame_5409014-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( voidQ,
Frame_54090&Frame_5409014-Individual, '`'(bE(same,Individual,individual)),'`'(true),
[],
Frame_54090&Frame_5409014-BE)])). */
%~ ?- c88("All residents of member states are individuals.").
/* clausify80 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_54090&Frame_5409010,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_54090,Frame_54090,prep(of),Is_Prep,Generic_State_Member) ,
'`'(property(Generic_State_Member,member,pos))&ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?- c88("All residents of member states are individuals.").
%~ any_to_ace_str="All residents of member states are individuals .".
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_drs=failure.
%~ ?- c88("All residents of member states are individuals.").
/* simplify80 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_54090&Frame_5409010,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_54090,Frame_54090,prep(of),Is_Prep,Generic_State_Member) ,
property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(_27614,member,pos))).
%~ ?- c88("All residents of member states are individuals.").
%~ results80=[[false]].
%~ ?- c88("All residents of member states are individuals.").
%~ any_to_ace_str="All residents of member states are individuals.".
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_eng=failure.
%~ ?- c88("All residents of member states are individuals.").
/* compile80 = ( ( ( database80(bE(same,BE_Individual,individual)) ,
database80( qualifiedBy( Is_Prep,
Frame_54090&Frame_5409012,
np_head(Det,det(all),[],resident))) ,
database80( generic_pred(frame_54090,Frame_54090,prep(of),Is_Prep,Generic_State_Member)) ,
database80(property(Generic_State_Member,member,pos)) ,
database80(ti(state,Generic_State_Member)) ,
database80(bE(is,Is_Prep,BE_Individual))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(_8782,member,pos))).
%~ ?- c88("All residents of member states are individuals.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',individuals]]],
['.','.']]],
_1746194).
%~ call_residue_vars=[_16034,_13904].
%~ ?- c88("All residents of member states are individuals.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_54090&Frame_5409010,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_54090,Frame_54090,prep(of),Is_Prep,Generic_State_Member) ,
property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?-c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( individual, [
pos(nn), root(individual),loc(2),lnks(4),
txt("individual"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(singular,xIndividualTheWord,"individual"),
cycWord(xIndividualTheWord),
cycTerm(mobIndividualAgent,ttTemporalStuffType,tSet),
cycTerm(tAgent,ttTemporalStuffType,tSet),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(tIndividual,ttQAClarifyingCollectionType,ttCOIDefinitionalCollection),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xIndividualTheWord,individual),
clex_word(noun,individual,individual,human+sg-count),
clex_word(adj,individual,individual,unknown),
fsr( individual-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
9],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
3],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
17],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, ajp,dep]],
1]]), concept(fn,people),talk_db(adj,individual)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6801928,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6802488/_6802490,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every individual who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every individual who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5086740).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_32340,_32228].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5147198).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_32310,_32198].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5147470).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_32354,_32242].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5147196).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_32398,_32286].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5147558).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_32442,_32330].
%~ e2c_80 is runtime(2.483).
%~ ?- c88("Every individual who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(2.664).
%~ c88=(?-c88("Every individual who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Can the residents of member states travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can the residents of member states travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.',?]]]. */
%~ ?- c88("Can the residents of member states travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,11))),
link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( the, [
pos(dt), root(the),loc(2),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,6))),link(3,'S',r('S',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(3),lnks(5),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))), link(2,'NP',r('NP',seg(2,6))),link(3,'S',r('S',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(4),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,6))),
link(2,'NP',r('NP',seg(2,6))),link(3,'S',r('S',seg(2,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(5),lnks(6),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))), link(3,'NP',r('NP',seg(2,6))),link(4,'S',r('S',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(6),lnks(6),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))), link(3,'NP',r('NP',seg(2,6))),link(4,'S',r('S',seg(2,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( travel, [
alt(pos(vbp)), root(travel),pos(vb),loc(7),lnks(4),
txt("travel"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,10))), link(2,'S',r('S',seg(2,10))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(8),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(8,8))),
link(2,'VP',r('VP',seg(7,10))), link(3,'S',r('S',seg(2,10))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(9),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(7,10))), link(3,'S',r('S',seg(2,10))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(7,10))), link(4,'S',r('S',seg(2,10))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ any_to_ace_str="Can the residents of member states travel freely within Europe ?".
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ any_to_ace_str="Can the residents of member states travel freely within Europe? .".
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.',?]]],
_3015068).
%~ call_residue_vars=[].
%~ ?- c88("Can the residents of member states travel freely within Europe?").
%~ e2c_80=failure.
%~ c88=(?-c88("Can the residents of member states travel freely within Europe?")).
%~ ?-c88("The residents of member states can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( can, [
pos(md), root(can),loc(6),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(7),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(8),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(8,8))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(9),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'VP',r('VP',seg(6,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+pl,
np_head(Generic,generic,[adj(member)],state),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep11,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing1722&Thing17-Prep13,
`( qualifiedBy( Prep13,
thing&Thing1722&Thing17,
np_head(Det,det(the(pl)),[],resident))),
'`'(true),
[ ( quantS( identityQ(IdentityQ1),
thing&Thing-State_Member,
'`'('`'(property(State_Member,member,pos))&ti(state,State_Member)),
'`'(true),
[],
thing&Thing-Generic) &
'`'(generic_pred(frame_55217,thing,prep(of),Prep13,Generic))),
pred(
quantS( identityQ(IdentityQ3),
thing&Thing1722&Thing17-Prep13, '`'(true),'`'(true),
[],
thing&Thing1722&Thing17-_5170586),
identityQ([]),
generic_pred(frame_55239,thing,mg(aux(do,[can])),_5146938,Generic4),
[ quantS(voidQ,Generic427-Generic4,'`'(true),'`'(true),[],QuantS)])],
thing&Thing1722&Thing17-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing17,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ7),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_55217,thing,prep(of),Travel_Mg_Prep,Generic_State_Member) ,
generic_pred(frame_55239,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( '`'(property(Generic_State_Member,member,pos))&ti(state,Generic_State_Member) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ any_to_ace_str="The residents of member states can travel freely within Europe .".
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux_Prep,
thing&Thing10&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_55217,thing,prep(of),Travel_Aux_Prep,Generic_State_Member) ,
generic_pred(frame_55239,thing,aux(do,[can]),Travel_Aux_Prep,Generic) ,
^( Generic,
( property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ any_to_ace_str="The residents of member states can travel freely within Europe.".
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(the(pl)),[],resident))) ,
database80(generic_pred(frame_55217,thing,prep(of),Travel_Aux_Prep,Generic_State_Member)) ,
database80(generic_pred(frame_55239,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80(property(Generic_State_Member,member,pos)) ,
database80(ti(state,Generic_State_Member)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3223466).
%~ call_residue_vars=[_29094,_26952].
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux_Prep,
thing&Thing10&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_55217,thing,prep(of),Travel_Aux_Prep,Generic_State_Member) ,
generic_pred(frame_55239,thing,aux(do,[can]),Travel_Aux_Prep,Generic) ,
^( Generic,
( property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))). */
%~ ?-c88("No delegate finished the report on time.").
%~ list_undefined([]).
%~ ?- c88("No delegate finished the report on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("No delegate finished the report on time.").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(3),txt("No"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( delegate, [
pos(nn), root(delegate),loc(2),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(5),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr2-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("No delegate finished the report on time.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(no),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("No delegate finished the report on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_55250,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_55250&Frame_5525015-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_55250&Frame_5525016-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_55250&Frame_5525016-Generic3) &
'`'(generic_pred(frame_55250,Frame_55250,prep(on),Prep_Report,Generic3)))],
Frame_55250&Frame_5525015-Generic)])). */
%~ ?- c88("No delegate finished the report on time.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_55250,Frame_55250,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55250,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("No delegate finished the report on time.").
%~ any_to_ace_str="No delegate in the past finishing the report on time .".
%~ ?- c88("No delegate finished the report on time.").
%~ try_ace_drs=failure.
%~ ?- c88("No delegate finished the report on time.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_55250,Frame_55250,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55250,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("No delegate finished the report on time.").
%~ try_ace_fol=failure.
%~ ?- c88("No delegate finished the report on time.").
%~ results80=[[false]].
%~ ?- c88("No delegate finished the report on time.").
%~ any_to_ace_str="No delegate finished the report on time.".
%~ ?- c88("No delegate finished the report on time.").
%~ try_ace_eng=failure.
%~ ?- c88("No delegate finished the report on time.").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_55250,Frame_55250,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55250,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("No delegate finished the report on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952386).
%~ call_residue_vars = [ _43762, _43658,_43596,_33418,_26654].
%~ ?- c88("No delegate finished the report on time.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_55250,Frame_55250,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55250,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Did no delegate finish the report?").
%~ list_undefined([]).
%~ ?- c88("Did no delegate finish the report?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',no],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]]],
['.',?]]]. */
%~ ?- c88("Did no delegate finish the report?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,7))),
link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( no, [
pos(dt), root(no),loc(2),lnks(3),txt("no"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( delegate, [
pos(nn), root(delegate),loc(3),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finish, [
pos(vb), root(finish),loc(4),lnks(3),txt("finish"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(6),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr3-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( ?, [
pos('.'), root(?),loc(7),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did no delegate finish the report?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(no),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],report),[]))],
[])). */
%~ ?- c88("Did no delegate finish the report?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_55261,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Generic_Report12-Report, '`'(ti(report,Report)),'`'(true),
[],
Generic_Report12-Generic)])). */
%~ ?- c88("Did no delegate finish the report?").
/* clausify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55261,thing,mg(finish),Mg_QualifiedBy,Generic_Report))). */
%~ ?- c88("Did no delegate finish the report?").
%~ any_to_ace_str="in the past no delegate finish the report ?".
%~ ?- c88("Did no delegate finish the report?").
%~ try_ace_drs=failure.
%~ ?- c88("Did no delegate finish the report?").
/* simplify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55261,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?- c88("Did no delegate finish the report?").
%~ try_ace_fol=failure.
%~ ?- c88("Did no delegate finish the report?").
%~ results80=[[false]].
%~ ?- c88("Did no delegate finish the report?").
%~ any_to_ace_str="Did no delegate finish the report? .".
%~ ?- c88("Did no delegate finish the report?").
%~ try_ace_eng=failure.
%~ ?- c88("Did no delegate finish the report?").
/* compile80 = ( ( ( database80(ti(report,Generic_Report)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55261,thing,finish,Finish_QualifiedBy,Generic_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did no delegate finish the report?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',no],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]]],
['.',?]]],
_1397378).
%~ call_residue_vars=[].
%~ ?- c88("Did no delegate finish the report?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55261,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?-c88("No delegate finished the report.").
%~ list_undefined([]).
%~ ?- c88("No delegate finished the report.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]]],
['.','.']]]. */
%~ ?- c88("No delegate finished the report.").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(3),txt("No"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( delegate, [
pos(nn), root(delegate),loc(2),lnks(3),
txt("delegate"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(5),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("No delegate finished the report.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(no),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],report),[]))],
[])). */
%~ ?- c88("No delegate finished the report.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_55272,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Generic_Report11-Report, '`'(ti(report,Report)),'`'(true),
[],
Generic_Report11-Generic)])). */
%~ ?- c88("No delegate finished the report.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55272,thing,mg(finish),Mg_QualifiedBy,Generic_Report))). */
%~ ?- c88("No delegate finished the report.").
%~ any_to_ace_str="No delegate in the past finishing the report .".
%~ ?- c88("No delegate finished the report.").
/* try_ace_drs = drs( [], [
=>(
drs([Delegate],[object(Delegate,delegate,countable,na,eq,1)-1/2]),
drs( [], [
-( drs( [In,Report,Pp_Past], [
object(Pp_Past,past,countable,na,eq,1) -
1/5,
object(Report,report,countable,na,eq,1) -
1/10,
modifier_pp(In,in,Pp_Past)-1/3,
predicate(In,finishing,Delegate,Report)-1/8]))]))]). */
%~ ?- c88("No delegate finished the report.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55272,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?- c88("No delegate finished the report.").
/* try_ace_fol = forall( Delegate,
=>(
object(Event_Object,Delegate,delegate,countable,na,eq,1),
-( exists( Finishing_Exists_In,
exists( Exists_Report,
exists( Pp_Past,
( object(Event_Object,Pp_Past,past,countable,na,eq,1) &
object(Event_Object,Exists_Report,report,countable,na,eq,1) &
modifier_pp(Event_Object,Finishing_Exists_In,in,Pp_Past) &
predicate(Event_Object,Finishing_Exists_In,finishing,Delegate,Exists_Report)))))))). */
%~ ?- c88("No delegate finished the report.").
%~ results80=[[false]].
%~ ?- c88("No delegate finished the report.").
%~ any_to_ace_str="No delegate finished the report.".
%~ ?- c88("No delegate finished the report.").
%~ try_ace_eng = ['If there is a delegate X1 then it is false that the delegate X1 v:finishing a report in a past.'].
%~ ?- c88("No delegate finished the report.").
/* compile80 = ( ( ( database80(ti(report,Generic_Report)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55272,thing,finish,Finish_QualifiedBy,Generic_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("No delegate finished the report.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]]],
['.','.']]],
_1156564).
%~ call_residue_vars = [ _40696, _40592,_40530,_30352,_23588].
%~ ?- c88("No delegate finished the report.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_55272,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?-c88("Some delegates finished the survey on time.").
%~ list_undefined([]).
%~ ?- c88("Some delegates finished the survey on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(5),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_55283,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_55283&Frame_5528315-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_55283&Frame_5528316-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_55283&Frame_5528316-Generic3) &
'`'(generic_pred(frame_55283,Frame_55283,prep(on),Prep_Survey,Generic3)))],
Frame_55283&Frame_5528315-Generic)])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_55283,Frame_55283,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55283,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates in the past finishing the survey on time .".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_55283,Frame_55283,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55283,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some delegates finished the survey on time.").
%~ results80=[[false]].
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates finished the survey on time.".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_55283,Frame_55283,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55283,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952860).
%~ call_residue_vars = [ _21358, _21330,_21310,_21288,_21152,_21124,
%~ _21104,_21082].
%~ ?- c88("Some delegates finished the survey on time.").
/* e2c_80 = asserted( exists( Doer_Exists_Delegate,
exists( TimeFn_Past_ActFinishing,
exists( Exists_Time,
exists( Exists_Survey_On,
( p(on,Exists_Survey_On,Exists_Time) &
iza(TimeFn_Past_ActFinishing,actFinishing) &
doer(TimeFn_Past_ActFinishing,Doer_Exists_Delegate) &
objectFinished(TimeFn_Past_ActFinishing,Exists_Survey_On) &
iza(TimeFn_Past_ActFinishing,timeFn(vPast)) &
the(Exists_Survey_On) &
iza(Exists_Survey_On,'Survey') &
iza(Exists_Time,time) &
iza(Doer_Exists_Delegate,'Delegate') &
~numberOf(Doer_Exists_Delegate,1))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_55283,Frame_55283,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55283,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Did some delegates finish the survey?").
%~ list_undefined([]).
%~ ?- c88("Did some delegates finish the survey?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',some],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]]],
['.',?]]]. */
%~ ?- c88("Did some delegates finish the survey?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,7))),
link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( some, [
pos(dt), root(some),loc(2),lnks(3),txt("some"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finish, [
alt(pos(vbp)), root(finish),pos(vb),loc(4),lnks(3),
txt("finish"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(6),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( ?, [
pos('.'), root(?),loc(7),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did some delegates finish the survey?").
/* sentence80 = q( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],survey),[]))],
[])). */
%~ ?- c88("Did some delegates finish the survey?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_55294,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Generic_Survey12-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
Generic_Survey12-Generic)])). */
%~ ?- c88("Did some delegates finish the survey?").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55294,thing,mg(finish),Mg_QualifiedBy,Generic_Survey))). */
%~ ?- c88("Did some delegates finish the survey?").
%~ any_to_ace_str="in the past some delegates finish the survey ?".
%~ ?- c88("Did some delegates finish the survey?").
%~ try_ace_drs=failure.
%~ ?- c88("Did some delegates finish the survey?").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55294,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?- c88("Did some delegates finish the survey?").
%~ try_ace_fol=failure.
%~ ?- c88("Did some delegates finish the survey?").
%~ results80=[[false]].
%~ ?- c88("Did some delegates finish the survey?").
%~ any_to_ace_str="Did some delegates finish the survey? .".
%~ ?- c88("Did some delegates finish the survey?").
%~ try_ace_eng=failure.
%~ ?- c88("Did some delegates finish the survey?").
/* compile80 = ( ( ( database80(ti(survey,Generic_Survey)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55294,thing,finish,Finish_QualifiedBy,Generic_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did some delegates finish the survey?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',some],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]]],
['.',?]]],
_1398962).
%~ call_residue_vars = [ _15808, _15794,_15772,_15750,_15736,_15714].
%~ ?- c88("Did some delegates finish the survey?").
/* e2c_80 = asserted( exists( Patient_Exists_Survey,
exists( Exists_ActFinishing,
exists( Exists_TimeFn_Infpl,
exists( Doer_Exists_Delegate,
=>(
( iza(Doer_Exists_Delegate,'Delegate') &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActFinishing,actFinishing) &
doer(Exists_ActFinishing,Doer_Exists_Delegate) &
patient(Exists_ActFinishing,Patient_Exists_Survey))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Patient_Exists_Survey) &
iza(Patient_Exists_Survey,'Survey') &
~numberOf(Doer_Exists_Delegate,1)),
answer(yes))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55294,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?-c88("Some delegates finished the survey.").
%~ list_undefined([]).
%~ ?- c88("Some delegates finished the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]]],
['.','.']]]. */
%~ ?- c88("Some delegates finished the survey.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(5),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegates finished the survey.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],survey),[]))],
[])). */
%~ ?- c88("Some delegates finished the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_55305,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Generic_Survey11-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
Generic_Survey11-Generic)])). */
%~ ?- c88("Some delegates finished the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_55305,thing,mg(finish),Mg_QualifiedBy,Generic_Survey))). */
%~ ?- c88("Some delegates finished the survey.").
%~ any_to_ace_str="Some delegates in the past finishing the survey .".
%~ ?- c88("Some delegates finished the survey.").
/* try_ace_drs = drs( [Delegate,In,Survey,Pp_Past], [
object(Delegate,delegate,countable,na,geq,2) -
1/2,
object(Pp_Past,past,countable,na,eq,1) -
1/5,
object(Survey,survey,countable,na,eq,1) -
1/10,
modifier_pp(In,in,Pp_Past)-1/3,
predicate(In,finishing,Delegate,Survey)-1/8]). */
%~ ?- c88("Some delegates finished the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55305,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?- c88("Some delegates finished the survey.").
/* try_ace_fol = exists( Exists_Delegate,
exists( Finishing_Exists_In,
exists( Exists_Survey,
exists( Pp_Past,
( object(Event_Object,Exists_Delegate,delegate,countable,na,geq,2) &
object(Event_Object,Pp_Past,past,countable,na,eq,1) &
object(Event_Object,Exists_Survey,survey,countable,na,eq,1) &
modifier_pp(Event_Object,Finishing_Exists_In,in,Pp_Past) &
predicate( Event_Object,
Finishing_Exists_In, finishing,Exists_Delegate,
Exists_Survey)))))). */
%~ ?- c88("Some delegates finished the survey.").
%~ results80=[[false]].
%~ ?- c88("Some delegates finished the survey.").
%~ any_to_ace_str="Some delegates finished the survey.".
%~ ?- c88("Some delegates finished the survey.").
%~ try_ace_eng=['There are at least 2 delegates X1.','The delegates X1 v:finishing a survey in a past.'].
%~ ?- c88("Some delegates finished the survey.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Survey)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_55305,thing,finish,Finish_QualifiedBy,Generic_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegates finished the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]]],
['.','.']]],
_1158158).
%~ call_residue_vars = [ _17256, _17228,_17200,_17090,_17062,_17034].
%~ ?- c88("Some delegates finished the survey.").
/* e2c_80 = asserted( exists( ObjectFinished_Exists_Survey,
exists( Doer_Exists_Delegate,
exists( TimeFn_Past_ActFinishing,
( iza(TimeFn_Past_ActFinishing,actFinishing) &
doer(TimeFn_Past_ActFinishing,Doer_Exists_Delegate) &
objectFinished(TimeFn_Past_ActFinishing,ObjectFinished_Exists_Survey) &
iza(TimeFn_Past_ActFinishing,timeFn(vPast)) &
the(ObjectFinished_Exists_Survey) &
iza(ObjectFinished_Exists_Survey,'Survey') &
iza(Doer_Exists_Delegate,'Delegate') &
~numberOf(Doer_Exists_Delegate,1)))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_55305,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?-c88("Many delegates obtained interesting results from the survey.").
%~ list_undefined([]).
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(3),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( interesting, [
pos(jj), root(interesting),loc(4),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,5))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(5),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(7),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(8),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S6,
s( np(3+pl,wh(Wh_S6),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(interesting))],
[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing17&Thing-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-Generic),
identityQ([]),
generic_pred(frame_55429,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg24-Mg,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-_3845920), identityQ([root]),true,
['`'(true)&'`'(property(_3803960,interesting,adj))&'`'(true)])],
thing&Thing17&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ6),
thing&Thing14-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing14-From_Prep)])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
'`'(property(Interesting_Delegate_Many,many,pos))&ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_55429,thing,mg(obtain),Mg,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates in the past obtaining interesting results from the survey .".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_55429,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates obtained interesting results from the survey.".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Interesting_Delegate_Many,many,pos)) ,
database80(ti(delegate,Interesting_Delegate_Many)) ,
database80(generic_pred(frame_55429,thing,obtain,Obtain,Interesting_Delegate_Many)) ,
database80(property(Interesting_Delegate_Many,interesting,adj)) ,
database80( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_2794652).
%~ call_residue_vars=[].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_55429,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?-c88("Did many delegates obtain results from the survey?").
%~ list_undefined([]).
%~ ?- c88("Did many delegates obtain results from the survey?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]]. */
%~ ?- c88("Did many delegates obtain results from the survey?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( many, [
pos(jj), root(many),loc(2),lnks(3),txt("many"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"),
ttholds(inflPronoun,'TTWord_Many',"many"),
talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtain, [
alt(pos(vbp)), root(obtain),pos(vb),loc(4),lnks(3),
txt("obtain"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xObtainTheWord,"obtain"),
cycWord(xObtainTheWord),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
ac(infinitive,xObtainTheWord,obtain),
clex_word(verb,obtain,obtain,tv+infpl),
fnpattern(obtain,13052100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( obtain-v,
getting,
[ [ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ time-p, avp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, sforto,dep]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ place-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pping,dep]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ purpose-e, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ manner-p, avp,dep],
[ means-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ reason-e, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pping,dep],
[ recipient-c, cni,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ means-p, pping,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, sub,dep]],
1],
[ [ [ recipient-c, np,ext],
[ time-p, pp,dep],
[ time-p, avp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ purpose-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ means-p, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
3],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ manner-p, avp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ means-p, pp,dep]],
2],
[ [ [ purpose-e, vpto,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ source-p, pp,dep],
[ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ source-p, ini,null]],
5]]),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Obtain',"obtain"),
verbnet_map_wn(obtain,['obtain%2:40:00'],'obtain-13.5.2-1'),
concept(vn,'obtain-13.5.2-1'),
listof(concept(wn),['obtain%2:40:00']),
verbnet_to_framenet('obtain-13.5.2-1',obtain,'obtain.01'),
concept(fn,'obtain.01'),
verbnet_word(obtain,'obtain-13.5.2-1',"obtain")]),
w( results, [
pos(nns), root(result),loc(5),lnks(4),txt("results"),
truecase('LOWER'),corefed,#(2),
txt(["results"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(5,5))), link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(7),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(8),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did many delegates obtain results from the survey?").
/* sentence80 = q( s( np(3+pl,np_head(Generic,generic,[adj(many)],delegate),[]),
verb(main+tv,obtain,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+pl,
np_head(Generic2,generic,[],result),
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))]))],
[])). */
%~ ?- c88("Did many delegates obtain results from the survey?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
_3622426&_3622428-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[],
_3615340&_3615342-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_55441,thing,mg(obtain),Mg,Generic),
[ quantS( voidQ,
Frame_55441&Frame_5544113-Prep_Result, '`'(bE(same,Prep_Result,result)),'`'(true),
[ ( quantS( identityQ(IdentityQ3),
Frame_55441&Frame_5544114-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
Frame_55441&Frame_5544114-Generic4) &
'`'(generic_pred(frame_55441,Frame_55441,prep(from),Prep_Result,Generic4)))],
Frame_55441&Frame_5544113-Generic)])). */
%~ ?- c88("Did many delegates obtain results from the survey?").
/* clausify80 = answer80([]) :-
^( Generic_Prep_Result,
( bE(same,Generic_Prep_Result,result) ,
generic_pred(frame_55441,Frame_55441,prep(from),Generic_Prep_Result,Generic_Survey) ,
ti(survey,Generic_Survey) ,
'`'(property(Mg_Delegate_Many,many,pos))&ti(delegate,Mg_Delegate_Many) ,
modalized( in_past,
( generic_pred(frame_55441,thing,mg(obtain),Mg_Delegate_Many,Generic_Prep_Result))))). */
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ any_to_ace_str="in the past many delegates obtain results from the survey ?".
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ try_ace_drs=failure.
%~ ?- c88("Did many delegates obtain results from the survey?").
/* simplify80 = answer80([]) :-
^( Generic_Prep_Result,
( bE(same,Generic_Prep_Result,result) ,
generic_pred(frame_55441,Frame_55441,prep(from),Generic_Prep_Result,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_55441,thing,obtain,Obtain_Delegate_Many,Generic_Prep_Result)))). */
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ try_ace_fol=failure.
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ results80=[[false]].
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ any_to_ace_str="Did many delegates obtain results from the survey? .".
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ try_ace_eng=failure.
%~ ?- c88("Did many delegates obtain results from the survey?").
/* compile80 = ( ( ( database80(bE(same,Generic_Prep_Result,result)) ,
database80( generic_pred(frame_55441,Frame_55441,prep(from),Generic_Prep_Result,Generic_Survey)) ,
database80(ti(survey,Generic_Survey)) ,
database80(property(Obtain_Delegate_Many,many,pos)) ,
database80(ti(delegate,Obtain_Delegate_Many)) ,
database80( modalized(in_past,generic_pred(frame_55441,thing,obtain,Obtain_Delegate_Many,Generic_Prep_Result)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]],
_2607210).
%~ call_residue_vars=[].
%~ ?- c88("Did many delegates obtain results from the survey?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Generic_Prep_Result,
( bE(same,Generic_Prep_Result,result) ,
generic_pred(frame_55441,Frame_55441,prep(from),Generic_Prep_Result,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_55441,thing,obtain,Obtain_Delegate_Many,Generic_Prep_Result)))). */
%~ ?-c88("Many delegates obtained results from the survey.").
%~ list_undefined([]).
%~ ?- c88("Many delegates obtained results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many delegates obtained results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(3),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( results, [
pos(nns), root(result),loc(4),lnks(4),txt("results"),
truecase('LOWER'),corefed,#(2),
txt(["results"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(4,4))), link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(5),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(6),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(7),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many delegates obtained results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many delegates obtained results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing16&Thing-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing16&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing16&Thing-Generic),
identityQ([]),
generic_pred(frame_55547,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg23-Mg,'`'(true),'`'(true),[],QuantS)])],
thing&Thing16&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ5),
thing&Thing13-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing13-From_Prep)])). */
%~ ?- c88("Many delegates obtained results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
'`'(property(Result_Delegate_Many,many,pos))&ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_55547,thing,mg(obtain),Mg,Result_Delegate_Many) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ any_to_ace_str="Many delegates in the past obtaining results from the survey .".
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Result_Delegate_Many,many,pos) ,
ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_55547,thing,obtain,Intrans_pred_prep_Obtain,Result_Delegate_Many) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many delegates obtained results from the survey.").
%~ any_to_ace_str="Many delegates obtained results from the survey.".
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Result_Delegate_Many,many,pos)) ,
database80(ti(delegate,Result_Delegate_Many)) ,
database80(generic_pred(frame_55547,thing,obtain,Obtain,Result_Delegate_Many)) ,
database80( intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_2277700).
%~ call_residue_vars=[].
%~ ?- c88("Many delegates obtained results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Result_Delegate_Many,many,pos) ,
ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_55547,thing,obtain,Intrans_pred_prep_Obtain,Result_Delegate_Many) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey)). */
%~ ?-c88("Several delegates got the results published in major national newspapers.").
%~ list_undefined([]).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,11))),
link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(3),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(5),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(6),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(7),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'NP',r('NP',seg(4,10))),
link(4,'VP',r('VP',seg(3,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(8),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(9),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(10),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,get,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S9,
s( np(3+pl,np_head(Det,det(the(pl)),[],result),[]),
verb(main+tv,publish,active,past+fin,[],[root]),
[ arg(dirO,np(3+pl,wh(Wh_S9),[]))],
[]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(Generic11,generic,[adj(major),adj(national)],newspaper),[]))],
[])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_5646302&_5646304-Delegate_Several,
'`'('`'(property(Delegate_Several,several,pos))&ti(delegate,Delegate_Several)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
_5705624&_5705626-Delegate_Several, '`'(true),'`'(true),
[],
_5698376&_5698378-Generic),
identityQ([]),
generic_pred(frame_55554,thing,mg(get),Mg23,Generic),
[ quantS(voidQ,Mg2325-Mg23,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))),
'`'(true),
[],
Np_head-_5740374),
identityQ([in_past,root]),
generic_pred(frame_55555,thing,mg(publish),_5639000,Generic5),
[ quantS( identityQ(IdentityQ6),
_5769986&_5769988-Delegate_Several, '`'(true),'`'(true),
[],
_5762738&_5762740-Generic5)])],
_5638842&_5638844-Mg),
identityQ([root]),
generic_pred(frame_55553,thing,mg(in),Mg,Generic7),
[ quantS( identityQ(IdentityQ8),
thing&Thing-Newspaper_National_Major,
`( ( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major))),
'`'(true),
[],
thing&Thing-Generic7)])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* clausify80 = answer80([]) :-
( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major)) ,
'`'(property(Mg_Delegate_Several,several,pos))&ti(delegate,Mg_Delegate_Several) ,
generic_pred(frame_55554,thing,mg(get),Mg,Mg_Delegate_Several) ,
modalized( in_past,
true,generic_pred(frame_55555,thing,mg(publish),Mg6,Mg_Delegate_Several),true,true) ,
qualifiedBy(Mg6,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Mg,
( generic_pred(frame_55553,thing,mg(in),Mg_Delegate_Several,Newspaper_National_Major))). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates in the past getting the results in the past publishing in major national newspapers .".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_drs=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* simplify80 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_55554,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_55555,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_55553,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_37940,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ results80=[[false]].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates got the results published in major national newspapers.".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_eng=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* compile80 = ( ( ( database80(property(Newspaper_National_Major,major,adj)) ,
database80(property(Newspaper_National_Major,national,adj)) ,
database80(ti(newspaper,Newspaper_National_Major)) ,
database80(property(In_Delegate_Several,several,pos)) ,
database80(ti(delegate,In_Delegate_Several)) ,
database80(generic_pred(frame_55554,thing,get,Get,In_Delegate_Several)) ,
database80( modalized(in_past,generic_pred(frame_55555,thing,publish,Publish,In_Delegate_Several))) ,
database80(qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result))) ,
database80(generic_pred(frame_55553,thing,in,In_Delegate_Several,Newspaper_National_Major))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9302,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]],
_4200034).
%~ call_residue_vars=[].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_55554,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_55555,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_55553,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?-c88("Did several delegates get the results published?").
%~ list_undefined([]).
%~ ?- c88("Did several delegates get the results published?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.',?]]]. */
%~ ?- c88("Did several delegates get the results published?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,8))),
link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( several, [
pos(jj), root(several),loc(2),lnks(3),txt("several"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( get, [
alt(pos(vbp)), root(get),pos(vb),loc(4),lnks(3),
txt("get"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xGetTheWord,"get"),cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
clex_word(verb,get,get,tv+infpl),
clex_word(verb,get,get,dv('')+infpl),
fnpattern(get,13051100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( get-v,
arriving,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, sub,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep]],
1],
[ [ [ manner-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, dni,null]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ goal-c, pp,dep],
[ theme-c, cni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, avp,dep],
[ time-p, np,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ path-p, pp,dep],
[ goal-c, dni,null]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep]],
7],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1]]),
concept(fn,arriving),
fsr( get-v,
becoming,
[ [ [ [ transitional_period-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ time-p, pp,dep]],
2],
[ [ [ place-p, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
2],
[ [ [ place-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ reason-e, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
8],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep],
[ cause-e, pp,dep]],
1],
[ [ [ cause-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, np,obj]],
1],
[ [ [ time-p, pp,dep],
[ transitional_period-e, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ duration_of_final_state-e, ajp,dep],
[ entity-c, cni,null]],
2],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, avp,dep]],
1],
[ [ [ circumstances-e, sing,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ duration_of_final_state-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ circumstances-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
1]]), concept(fn,becoming),fsr(get-v,birth,[]),
concept(fn,birth),fsr(get-v,board_vehicle,[]),
concept(fn,board_vehicle),fsr(get-v,bringing,[]),
concept(fn,bringing),fsr(get-v,disembarking,[]),
concept(fn,disembarking),
fsr( get-v,
getting,
[ [ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ reason-e, pp,dep],
[ source-p, ini,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
4],
[ [ [ theme-c, np,obj],
[ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ time-p, avp,dep],
[ reason-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, np,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ result-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ source-p, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
4]]), fsr(get-v,grasp,[]),concept(fn,grasp),
ttholds(inflExpletiveUnchecked,'TTWord_Get',"get"),
ttholds(inflVerb,'TTWord_Get',"get"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Get',"get"),
ttholds(inflVerbPluralPresent,'TTWord_Get',"get"),
verbnet_map_wn(get,['get%2:30:00','get%2:30:01','get%2:39:00'],'become-109.1'),
concept(vn,'become-109.1'),
listof(concept(wn),['get%2:30:00','get%2:30:01','get%2:39:00']),
verbnet_map_wn(get,['get%2:30:00'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['get%2:30:00']),
verbnet_map_wn( get,
['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13'],
'get-13.5.1-1'),
concept(vn,'get-13.5.1-1'),
listof(concept(wn),['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13']),
verbnet_to_framenet('become-109.1',get,'get.03'),
concept(fn,'get.03'),
verbnet_to_framenet('convert-26.6.2',get,'get.02'),
concept(fn,'get.02'),
verbnet_to_framenet('convert-26.6.2',get,'get.03'),
verbnet_to_framenet('get-13.5.1-1',get,'get.01'),
concept(fn,'get.01'),
verbnet_word(get,'become-109.1',"get"),
verbnet_word(get,'convert-26.6.2',"get"),
verbnet_word(get,'get-13.5.1-1',"get")]),
w( the, [
pos(dt), root(the),loc(5),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(6),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(7),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,7))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did several delegates get the results published?").
/* sentence80 = q( s( np(3+pl,np_head(Generic,generic,[adj(several)],delegate),[]),
verb(main+tv,get,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+pl,
np_head(Det,det(the(pl)),[],result),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,publish,passive,inf,[],[]),[],[]))]))],
[])). */
%~ ?- c88("Did several delegates get the results published?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
_3528854&_3528856-Delegate_Several,
'`'('`'(property(Delegate_Several,several,pos))&ti(delegate,Delegate_Several)),
'`'(true),
[],
_3521606&_3521608-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_56046,thing,mg(get),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ4),
Np_head-QualifiedBy, '`'(true),'`'(true),
[],
Np_head-Generic5),
identityQ([]),
generic_pred(frame_56071,thing,mg(publish),Mg20,Generic5),
[ quantS(voidQ,Mg2022-Mg20,'`'(true),'`'(true),[],QuantS)])],
Np_head-Generic)])). */
%~ ?- c88("Did several delegates get the results published?").
/* clausify80 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result)) ,
generic_pred(frame_56071,thing,mg(publish),Mg,Generic_QualifiedBy) ,
^( Mg,
( '`'(property(Mg_Delegate_Several,several,pos))&ti(delegate,Mg_Delegate_Several) ,
modalized( in_past,
( generic_pred(frame_56046,thing,mg(get),Mg_Delegate_Several,Generic_QualifiedBy))))). */
%~ ?- c88("Did several delegates get the results published?").
%~ any_to_ace_str="in the past several delegates get the results in the past publishing ?".
%~ ?- c88("Did several delegates get the results published?").
%~ try_ace_drs=failure.
%~ ?- c88("Did several delegates get the results published?").
/* simplify80 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result)) ,
generic_pred(frame_56071,thing,publish,Publish,Generic_QualifiedBy) ,
^( Publish,
( property(Get_Delegate_Several,several,pos) ,
ti(delegate,Get_Delegate_Several) ,
modalized(in_past,generic_pred(frame_56046,thing,get,Get_Delegate_Several,Generic_QualifiedBy)))). */
%~ ?- c88("Did several delegates get the results published?").
%~ try_ace_fol=failure.
%~ ?- c88("Did several delegates get the results published?").
%~ results80=[[false]].
%~ ?- c88("Did several delegates get the results published?").
%~ any_to_ace_str="Did several delegates get the results published? .".
%~ ?- c88("Did several delegates get the results published?").
%~ try_ace_eng=failure.
%~ ?- c88("Did several delegates get the results published?").
/* compile80 = ( ( ( database80(qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))) ,
database80(generic_pred(frame_56071,thing,publish,Publish,Generic_QualifiedBy)) ,
database80(property(Get_Delegate_Several,several,pos)) ,
database80(ti(delegate,Get_Delegate_Several)) ,
database80( modalized(in_past,generic_pred(frame_56046,thing,get,Get_Delegate_Several,Generic_QualifiedBy)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did several delegates get the results published?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.',?]]],
_1975800).
%~ call_residue_vars=[].
%~ ?- c88("Did several delegates get the results published?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy(Generic_QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result)) ,
generic_pred(frame_56071,thing,publish,Publish,Generic_QualifiedBy) ,
^( Publish,
( property(Get_Delegate_Several,several,pos) ,
ti(delegate,Get_Delegate_Several) ,
modalized(in_past,generic_pred(frame_56046,thing,get,Get_Delegate_Several,Generic_QualifiedBy)))). */
%~ ?-c88("Several delegates got the results published.").
%~ list_undefined([]).
%~ ?- c88("Several delegates got the results published.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.','.']]]. */
%~ ?- c88("Several delegates got the results published.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(3),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(5),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(6),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,6))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several delegates got the results published.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several)],delegate),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+dv(''),get,passive,inf,[],[]),
[ arg(dirO,np(3+pl,np_head(Det,det(the(pl)),[],result),[]))],
[]))]),
verb(main+tv,publish,active,past+fin,[],[root]), [],[])). */
%~ ?- c88("Several delegates got the results published.").
%~ i_sentence=failure.
%~ ?- c88("Several delegates got the results published.").
%~ clausify80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ any_to_ace_str="Several delegates in the past getting the results in the past publishing .".
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_drs=failure.
%~ ?- c88("Several delegates got the results published.").
%~ simplify80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_fol=failure.
%~ ?- c88("Several delegates got the results published.").
%~ results80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ any_to_ace_str="Several delegates got the results published.".
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_eng=failure.
%~ ?- c88("Several delegates got the results published.").
%~ compile80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.','.']]],
_1711924).
%~ call_residue_vars=[].
%~ ?- c88("Several delegates got the results published.").
%~ e2c_80=failure.
%~ c88=(?-c88("Several delegates got the results published.")).
%~ ?-c88("Most Europeans are resident in Europe.").
%~ list_undefined([]).
%~ ?- c88("Most Europeans are resident in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Most Europeans are resident in Europe.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(3),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(3),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( resident, [
pos(jj), root(resident),loc(4),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,4))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(5),lnks(5),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(6),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))),
link(3,'NP',r('NP',seg(4,6))), link(4,'VP',r('VP',seg(3,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most Europeans are resident in Europe.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[sup(most,adj(most))],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(resident))],
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2699938-_2699940-_2707300, i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2699938-_2699940-_2707300, i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, aggr(_2714042, _2699940, [_2714054, _2699940], _2707314, '`'(_2714072)&_2707318), _2707314, '`'(true), _2707318)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714946))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714946))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714946))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2714946)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2714946)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714946))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2699938-_2699940-_2707300, i_adj(sup(most, adj(most)), _2699938-_2699940, _2699938-_2699940, _2707300, _2699978, _2707314, _2699954, _2707318))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699938-_2699940, _2699938-_2699940, _2699976, _2699978, _2699978, _2699954, ti(european, _2699940))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2728646-_2728648-_2736008, i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2728646-_2728648-_2736008, i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, aggr(_2742750, _2728648, [_2742762, _2728648], _2736022, '`'(_2742780)&_2736026), _2736022, '`'(true), _2736026)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743654))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743654))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743654))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2743654)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2743654)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743654))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2728646-_2728648-_2736008, i_adj(sup(most, adj(most)), _2728646-_2728648, _2728646-_2728648, _2736008, _2728686, _2736022, _2728662, _2736026))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728646-_2728648, _2728646-_2728648, _2728684, _2728686, _2728686, _2728662, ti(european, _2728648))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2757366-_2757368-_2764728, i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2757366-_2757368-_2764728, i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, aggr(_2771470, _2757368, [_2771482, _2757368], _2764742, '`'(_2771500)&_2764746), _2764742, '`'(true), _2764746)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772374))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772374))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772374))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2772374)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2772374)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772374))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2757366-_2757368-_2764728, i_adj(sup(most, adj(most)), _2757366-_2757368, _2757366-_2757368, _2764728, _2757406, _2764742, _2757382, _2764746))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757366-_2757368, _2757366-_2757368, _2757404, _2757406, _2757406, _2757382, ti(european, _2757368))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2786074-_2786076-_2793436, i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2786074-_2786076-_2793436, i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, aggr(_2800178, _2786076, [_2800190, _2786076], _2793450, '`'(_2800208)&_2793454), _2793450, '`'(true), _2793454)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801082))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801082))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801082))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2801082)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2801082)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801082))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2786074-_2786076-_2793436, i_adj(sup(most, adj(most)), _2786074-_2786076, _2786074-_2786076, _2793436, _2786114, _2793450, _2786090, _2793454))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786074-_2786076, _2786074-_2786076, _2786112, _2786114, _2786114, _2786090, ti(european, _2786076))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2815534-_2815536-_2822896, i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2815534-_2815536-_2822896, i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, aggr(_2829638, _2815536, [_2829650, _2815536], _2822910, '`'(_2829668)&_2822914), _2822910, '`'(true), _2822914)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830542))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830542))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830542))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2830542)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2830542)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830542))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2815534-_2815536-_2822896, i_adj(sup(most, adj(most)), _2815534-_2815536, _2815534-_2815536, _2822896, _2815574, _2822910, _2815550, _2822914))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815534-_2815536, _2815534-_2815536, _2815572, _2815574, _2815574, _2815550, ti(european, _2815536))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2844242-_2844244-_2851604, i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2844242-_2844244-_2851604, i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, aggr(_2858346, _2844244, [_2858358, _2844244], _2851618, '`'(_2858376)&_2851622), _2851618, '`'(true), _2851622)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859250))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859250))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859250))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2859250)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2859250)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859250))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2844242-_2844244-_2851604, i_adj(sup(most, adj(most)), _2844242-_2844244, _2844242-_2844244, _2851604, _2844282, _2851618, _2844258, _2851622))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844242-_2844244, _2844242-_2844244, _2844280, _2844282, _2844282, _2844258, ti(european, _2844244))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2872962-_2872964-_2880324, i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2872962-_2872964-_2880324, i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, aggr(_2887066, _2872964, [_2887078, _2872964], _2880338, '`'(_2887096)&_2880342), _2880338, '`'(true), _2880342)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887970))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887970))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887970))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2887970)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2887970)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887970))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2872962-_2872964-_2880324, i_adj(sup(most, adj(most)), _2872962-_2872964, _2872962-_2872964, _2880324, _2873002, _2880338, _2872978, _2880342))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872962-_2872964, _2872962-_2872964, _2873000, _2873002, _2873002, _2872978, ti(european, _2872964))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2901670-_2901672-_2909032, i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2901670-_2901672-_2909032, i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, aggr(_2915774, _2901672, [_2915786, _2901672], _2909046, '`'(_2915804)&_2909050), _2909046, '`'(true), _2909050)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916678))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916678))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916678))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2916678)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2916678)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916678))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2901670-_2901672-_2909032, i_adj(sup(most, adj(most)), _2901670-_2901672, _2901670-_2901672, _2909032, _2901710, _2909046, _2901686, _2909050))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901670-_2901672, _2901670-_2901672, _2901708, _2901710, _2901710, _2901686, ti(european, _2901672))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2931130-_2931132-_2938492, i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2931130-_2931132-_2938492, i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, aggr(_2945234, _2931132, [_2945246, _2931132], _2938506, '`'(_2945264)&_2938510), _2938506, '`'(true), _2938510)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946138))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946138))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946138))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2946138)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2946138)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946138))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2931130-_2931132-_2938492, i_adj(sup(most, adj(most)), _2931130-_2931132, _2931130-_2931132, _2938492, _2931170, _2938506, _2931146, _2938510))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931130-_2931132, _2931130-_2931132, _2931168, _2931170, _2931170, _2931146, ti(european, _2931132))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2959838-_2959840-_2967200, i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2959838-_2959840-_2967200, i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, aggr(_2973942, _2959840, [_2973954, _2959840], _2967214, '`'(_2973972)&_2967218), _2967214, '`'(true), _2967218)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974846))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974846))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974846))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2974846)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2974846)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974846))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2959838-_2959840-_2967200, i_adj(sup(most, adj(most)), _2959838-_2959840, _2959838-_2959840, _2967200, _2959878, _2967214, _2959854, _2967218))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959838-_2959840, _2959838-_2959840, _2959876, _2959878, _2959878, _2959854, ti(european, _2959840))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2988558-_2988560-_2995920, i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2988558-_2988560-_2995920, i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, aggr(_3002662, _2988560, [_3002674, _2988560], _2995934, '`'(_3002692)&_2995938), _2995934, '`'(true), _2995938)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003566))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003566))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003566))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3003566)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3003566)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003566))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2988558-_2988560-_2995920, i_adj(sup(most, adj(most)), _2988558-_2988560, _2988558-_2988560, _2995920, _2988598, _2995934, _2988574, _2995938))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988558-_2988560, _2988558-_2988560, _2988596, _2988598, _2988598, _2988574, ti(european, _2988560))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3017266-_3017268-_3024628, i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3017266-_3017268-_3024628, i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, aggr(_3031370, _3017268, [_3031382, _3017268], _3024642, '`'(_3031400)&_3024646), _3024642, '`'(true), _3024646)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032274))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032274))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032274))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3032274)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3032274)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032274))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3017266-_3017268-_3024628, i_adj(sup(most, adj(most)), _3017266-_3017268, _3017266-_3017268, _3024628, _3017306, _3024642, _3017282, _3024646))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017266-_3017268, _3017266-_3017268, _3017304, _3017306, _3017306, _3017282, ti(european, _3017268))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3046048-_3046050-_3053410, i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3046048-_3046050-_3053410, i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, aggr(_3060152, _3046050, [_3060164, _3046050], _3053424, '`'(_3060182)&_3053428), _3053424, '`'(true), _3053428)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061056))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061056))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061056))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3061056)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3061056)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061056))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3046048-_3046050-_3053410, i_adj(sup(most, adj(most)), _3046048-_3046050, _3046048-_3046050, _3053410, _3046088, _3053424, _3046064, _3053428))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046048-_3046050, _3046048-_3046050, _3046086, _3046088, _3046088, _3046064, ti(european, _3046050))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3074808-_3074810-_3082170, i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3074808-_3074810-_3082170, i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, aggr(_3088912, _3074810, [_3088924, _3074810], _3082184, '`'(_3088942)&_3082188), _3082184, '`'(true), _3082188)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089816))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089816))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089816))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3089816)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3089816)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089816))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3074808-_3074810-_3082170, i_adj(sup(most, adj(most)), _3074808-_3074810, _3074808-_3074810, _3082170, _3074848, _3082184, _3074824, _3082188))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074808-_3074810, _3074808-_3074810, _3074846, _3074848, _3074848, _3074824, ti(european, _3074810))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans are resident in Europe.").
%~ i_sentence=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ clausify80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ any_to_ace_str="Most Europeans are resident in Europe .".
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ simplify80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ results80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ any_to_ace_str="Most Europeans are resident in Europe.".
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ compile80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_2102026).
%~ call_residue_vars=[_13482,_13388,_13050].
%~ ?- c88("Most Europeans are resident in Europe.").
/* e2c_80 = asserted( most( European_Resident_In,
( p(in,European_Resident_In,iEurope) &
iza(European_Resident_In,'Resident') &
~numberOf(European_Resident_In,1) &
iza(European_Resident_In,'European') &
~numberOf(European_Resident_In,1)))). */
/* c88 = asserted( most( European_Resident_In,
( p(in,European_Resident_In,iEurope) &
iza(European_Resident_In,'Resident') &
~numberOf(European_Resident_In,1) &
iza(European_Resident_In,'European') &
~numberOf(European_Resident_In,1)))). */
%~ ?-c88("All Europeans are people.").
%~ list_undefined([]).
%~ ?- c88("All Europeans are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All Europeans are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(3),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,4))),link(2,'S',r('S',seg(1,5))),
link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(4),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(4,4))),
link(2,'VP',r('VP',seg(3,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(5),lnks(2),txt("."),
link(1,'S',r('S',seg(1,5))), link(2,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All Europeans are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All Europeans are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All Europeans are people.").
%~ any_to_ace_str="All Europeans are people .".
%~ ?- c88("All Europeans are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All Europeans are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans are people.").
%~ results80=[[false]].
%~ ?- c88("All Europeans are people.").
%~ any_to_ace_str="All Europeans are people.".
%~ ?- c88("All Europeans are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_785080).
%~ call_residue_vars = [ _11842, _11820,_11806,_11784,_11770,_11748,
%~ _11734,_11712,_11576].
%~ ?- c88("All Europeans are people.").
/* e2c_80 = asserted( exists( Patient_Exists,
all( Doer_All_European,
exists( Exists_ActPeopling,
exists( Exists_TimeFn_Infpl,
( holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActPeopling,actPeopling) &
doer(Exists_ActPeopling,Doer_All_European) &
patient(Exists_ActPeopling,Patient_Exists))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
~numberOf(Doer_All_European,1) &
iza(Doer_All_European,'European') &
~numberOf(Doer_All_European,1))))))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are resident in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_5341630,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( resident, [
pos(jj), root(resident),loc(5),lnks(8),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,5))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(6),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'NP',r('NP',seg(5,7))), link(4,'VP',r('VP',seg(4,7))),link(5,'S',r('S',seg(4,7))),
link(6,'SBAR',r('SBAR',seg(3,7))), link(7,'NP',r('NP',seg(1,7))),link(8,'S',r('S',seg(1,13))),
link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_6231786,pronoun(agent,3+_6231786),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S11,
s( np(3+pl,wh(Wh_S11),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(resident))],
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[])),
adv(t(can,pres+fin,3+sg))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep15,prep(within),np(3+sg,nameOf(Europe13,europe,[]),[]))])). */
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ any_to_ace_str="All people who are resident in Europe can travel freely within Europe .".
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ any_to_ace_str="All people who are resident in Europe can travel freely within Europe.".
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3758994).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_28928,_28830,_28768].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818356).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_28940,_28842,_28780].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818352).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29006,_28908,_28846].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818736).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29072,_28974,_28912].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818484).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29138,_29040,_28978].
%~ e2c_80 is runtime(1.114).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(1.116).
%~ c88=(?-c88("All people who are resident in Europe can travel freely within Europe.")).
%~ ?-c88("Can most Europeans travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can most Europeans travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'ADVP',
['RBS',most]],
[ 'NP',
['NNPS','Europeans']],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.',?]]]. */
%~ ?- c88("Can most Europeans travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('LOWER'),link(1,'S',r('S',seg(1,8))),
link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( most, [
pos(rbs), root(most),loc(2),lnks(4),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,2))),
link(2,'S',r('S',seg(2,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(3),lnks(4),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(3,3))),
link(2,'S',r('S',seg(2,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( travel, [
alt(pos(vbp)), root(travel),pos(vb),loc(4),lnks(4),
txt("travel"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(2,7))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(2,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(2,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(2,7))),
link(5,'S',r('S',seg(1,8))), link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(3.981).
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ any_to_ace_str="Can most Europeans travel freely within Europe ?".
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ any_to_ace_str="Can most Europeans travel freely within Europe? .".
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'ADVP',
['RBS',most]],
[ 'NP',
['NNPS','Europeans']],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.',?]]],
_1494598).
%~ call_residue_vars=[].
%~ ?- c88("Can most Europeans travel freely within Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(4.074).
%~ c88=(?-c88("Can most Europeans travel freely within Europe?")).
%~ ?-c88("Most Europeans can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(3),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[sup(most,adj(most))],european),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3077304-_3077306-_3084666, i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3077304-_3077306-_3084666, i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, aggr(_3091408, _3077306, [_3091420, _3077306], _3084680, '`'(_3091438)&_3084684), _3084680, '`'(true), _3084684)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3092312))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3092312))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3092312))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3092312)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3092312)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3092312))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3077304-_3077306-_3084666, i_adj(sup(most, adj(most)), _3077304-_3077306, _3077304-_3077306, _3084666, _3077344, _3084680, _3077320, _3084684))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3077304-_3077306, _3077304-_3077306, _3077342, _3077344, _3077344, _3077320, ti(european, _3077306))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3106766-_3106768-_3114128, i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3106766-_3106768-_3114128, i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, aggr(_3120870, _3106768, [_3120882, _3106768], _3114142, '`'(_3120900)&_3114146), _3114142, '`'(true), _3114146)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121774))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121774))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121774))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3121774)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3121774)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121774))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3106766-_3106768-_3114128, i_adj(sup(most, adj(most)), _3106766-_3106768, _3106766-_3106768, _3114128, _3106806, _3114142, _3106782, _3114146))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106766-_3106768, _3106766-_3106768, _3106804, _3106806, _3106806, _3106782, ti(european, _3106768))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3136140-_3136142-_3143502, i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3136140-_3136142-_3143502, i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, aggr(_3150244, _3136142, [_3150256, _3136142], _3143516, '`'(_3150274)&_3143520), _3143516, '`'(true), _3143520)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3151148))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3151148))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3151148))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3151148)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3151148)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3151148))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3136140-_3136142-_3143502, i_adj(sup(most, adj(most)), _3136140-_3136142, _3136140-_3136142, _3143502, _3136180, _3143516, _3136156, _3143520))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3136140-_3136142, _3136140-_3136142, _3136178, _3136180, _3136180, _3136156, ti(european, _3136142))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3165588-_3165590-_3172950, i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3165588-_3165590-_3172950, i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, aggr(_3179692, _3165590, [_3179704, _3165590], _3172964, '`'(_3179722)&_3172968), _3172964, '`'(true), _3172968)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180596))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180596))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180596))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3180596)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3180596)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180596))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3165588-_3165590-_3172950, i_adj(sup(most, adj(most)), _3165588-_3165590, _3165588-_3165590, _3172950, _3165628, _3172964, _3165604, _3172968))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165588-_3165590, _3165588-_3165590, _3165626, _3165628, _3165628, _3165604, ti(european, _3165590))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3195050-_3195052-_3202412, i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3195050-_3195052-_3202412, i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, aggr(_3209154, _3195052, [_3209166, _3195052], _3202426, '`'(_3209184)&_3202430), _3202426, '`'(true), _3202430)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3210058))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3210058))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3210058))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3210058)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3210058)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3210058))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3195050-_3195052-_3202412, i_adj(sup(most, adj(most)), _3195050-_3195052, _3195050-_3195052, _3202412, _3195090, _3202426, _3195066, _3202430))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3195050-_3195052, _3195050-_3195052, _3195088, _3195090, _3195090, _3195066, ti(european, _3195052))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3224424-_3224426-_3231786, i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3224424-_3224426-_3231786, i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, aggr(_3238528, _3224426, [_3238540, _3224426], _3231800, '`'(_3238558)&_3231804), _3231800, '`'(true), _3231804)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3239432))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3239432))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3239432))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3239432)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3239432)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3239432))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3224424-_3224426-_3231786, i_adj(sup(most, adj(most)), _3224424-_3224426, _3224424-_3224426, _3231786, _3224464, _3231800, _3224440, _3231804))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3224424-_3224426, _3224424-_3224426, _3224462, _3224464, _3224464, _3224440, ti(european, _3224426))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3254020-_3254022-_3261382, i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3254020-_3254022-_3261382, i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, aggr(_3268124, _3254022, [_3268136, _3254022], _3261396, '`'(_3268154)&_3261400), _3261396, '`'(true), _3261400)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3269028))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3269028))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3269028))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3269028)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3269028)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3269028))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3254020-_3254022-_3261382, i_adj(sup(most, adj(most)), _3254020-_3254022, _3254020-_3254022, _3261382, _3254060, _3261396, _3254036, _3261400))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3254020-_3254022, _3254020-_3254022, _3254058, _3254060, _3254060, _3254036, ti(european, _3254022))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3283482-_3283484-_3290844, i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3283482-_3283484-_3290844, i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, aggr(_3297586, _3283484, [_3297598, _3283484], _3290858, '`'(_3297616)&_3290862), _3290858, '`'(true), _3290862)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298490))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298490))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298490))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3298490)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3298490)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298490))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3283482-_3283484-_3290844, i_adj(sup(most, adj(most)), _3283482-_3283484, _3283482-_3283484, _3290844, _3283522, _3290858, _3283498, _3290862))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283482-_3283484, _3283482-_3283484, _3283520, _3283522, _3283522, _3283498, ti(european, _3283484))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3312856-_3312858-_3320218, i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3312856-_3312858-_3320218, i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, aggr(_3326960, _3312858, [_3326972, _3312858], _3320232, '`'(_3326990)&_3320236), _3320232, '`'(true), _3320236)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327864))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327864))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327864))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3327864)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3327864)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327864))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3312856-_3312858-_3320218, i_adj(sup(most, adj(most)), _3312856-_3312858, _3312856-_3312858, _3320218, _3312896, _3320232, _3312872, _3320236))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312856-_3312858, _3312856-_3312858, _3312894, _3312896, _3312896, _3312872, ti(european, _3312858))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3342304-_3342306-_3349666, i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3342304-_3342306-_3349666, i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, aggr(_3356408, _3342306, [_3356420, _3342306], _3349680, '`'(_3356438)&_3349684), _3349680, '`'(true), _3349684)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3357312))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3357312))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3357312))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3357312)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3357312)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3357312))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3342304-_3342306-_3349666, i_adj(sup(most, adj(most)), _3342304-_3342306, _3342304-_3342306, _3349666, _3342344, _3349680, _3342320, _3349684))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3342304-_3342306, _3342304-_3342306, _3342342, _3342344, _3342344, _3342320, ti(european, _3342306))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3371766-_3371768-_3379128, i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3371766-_3371768-_3379128, i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, aggr(_3385870, _3371768, [_3385882, _3371768], _3379142, '`'(_3385900)&_3379146), _3379142, '`'(true), _3379146)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386774))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386774))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386774))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3386774)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3386774)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386774))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3371766-_3371768-_3379128, i_adj(sup(most, adj(most)), _3371766-_3371768, _3371766-_3371768, _3379128, _3371806, _3379142, _3371782, _3379146))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371766-_3371768, _3371766-_3371768, _3371804, _3371806, _3371806, _3371782, ti(european, _3371768))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3401140-_3401142-_3408502, i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3401140-_3401142-_3408502, i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, aggr(_3415244, _3401142, [_3415256, _3401142], _3408516, '`'(_3415274)&_3408520), _3408516, '`'(true), _3408520)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3416148))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3416148))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3416148))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3416148)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3416148)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3416148))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3401140-_3401142-_3408502, i_adj(sup(most, adj(most)), _3401140-_3401142, _3401140-_3401142, _3408502, _3401180, _3408516, _3401156, _3408520))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3401140-_3401142, _3401140-_3401142, _3401178, _3401180, _3401180, _3401156, ti(european, _3401142))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3430610-_3430612-_3437972, i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3430610-_3430612-_3437972, i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, aggr(_3444714, _3430612, [_3444726, _3430612], _3437986, '`'(_3444744)&_3437990), _3437986, '`'(true), _3437990)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445618))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445618))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445618))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3445618)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3445618)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445618))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3430610-_3430612-_3437972, i_adj(sup(most, adj(most)), _3430610-_3430612, _3430610-_3430612, _3437972, _3430650, _3437986, _3430626, _3437990))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430610-_3430612, _3430610-_3430612, _3430648, _3430650, _3430650, _3430626, ti(european, _3430612))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3460072-_3460074-_3467434, i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3460072-_3460074-_3467434, i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, aggr(_3474176, _3460074, [_3474188, _3460074], _3467448, '`'(_3474206)&_3467452), _3467448, '`'(true), _3467452)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3475080))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3475080))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3475080))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3475080)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3475080)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3475080))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3460072-_3460074-_3467434, i_adj(sup(most, adj(most)), _3460072-_3460074, _3460072-_3460074, _3467434, _3460112, _3467448, _3460088, _3467452))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3460072-_3460074, _3460072-_3460074, _3460110, _3460112, _3460112, _3460088, ti(european, _3460074))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3489446-_3489448-_3496808, i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3489446-_3489448-_3496808, i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, aggr(_3503550, _3489448, [_3503562, _3489448], _3496822, '`'(_3503580)&_3496826), _3496822, '`'(true), _3496826)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3504454))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3504454))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3504454))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3504454)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3504454)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3504454))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3489446-_3489448-_3496808, i_adj(sup(most, adj(most)), _3489446-_3489448, _3489446-_3489448, _3496808, _3489486, _3496822, _3489462, _3496826))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3489446-_3489448, _3489446-_3489448, _3489484, _3489486, _3489486, _3489462, ti(european, _3489448))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3518894-_3518896-_3526256, i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3518894-_3518896-_3526256, i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, aggr(_3532998, _3518896, [_3533010, _3518896], _3526270, '`'(_3533028)&_3526274), _3526270, '`'(true), _3526274)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533902))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533902))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533902))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3533902)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3533902)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533902))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3518894-_3518896-_3526256, i_adj(sup(most, adj(most)), _3518894-_3518896, _3518894-_3518896, _3526256, _3518934, _3526270, _3518910, _3526274))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518894-_3518896, _3518894-_3518896, _3518932, _3518934, _3518934, _3518910, ti(european, _3518896))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3548356-_3548358-_3555718, i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3548356-_3548358-_3555718, i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, aggr(_3562460, _3548358, [_3562472, _3548358], _3555732, '`'(_3562490)&_3555736), _3555732, '`'(true), _3555736)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3563364))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3563364))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3563364))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3563364)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3563364)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3563364))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3548356-_3548358-_3555718, i_adj(sup(most, adj(most)), _3548356-_3548358, _3548356-_3548358, _3555718, _3548396, _3555732, _3548372, _3555736))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3548356-_3548358, _3548356-_3548358, _3548394, _3548396, _3548396, _3548372, ti(european, _3548358))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3577730-_3577732-_3585092, i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3577730-_3577732-_3585092, i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, aggr(_3591834, _3577732, [_3591846, _3577732], _3585106, '`'(_3591864)&_3585110), _3585106, '`'(true), _3585110)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592738))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592738))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592738))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3592738)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3592738)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592738))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3577730-_3577732-_3585092, i_adj(sup(most, adj(most)), _3577730-_3577732, _3577730-_3577732, _3585092, _3577770, _3585106, _3577746, _3585110))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577730-_3577732, _3577730-_3577732, _3577768, _3577770, _3577770, _3577746, ti(european, _3577732))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3607964-_3607966-_3615326, i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3607964-_3607966-_3615326, i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, aggr(_3622068, _3607966, [_3622080, _3607966], _3615340, '`'(_3622098)&_3615344), _3615340, '`'(true), _3615344)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622972))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622972))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622972))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3622972)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3622972)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622972))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3607964-_3607966-_3615326, i_adj(sup(most, adj(most)), _3607964-_3607966, _3607964-_3607966, _3615326, _3608004, _3615340, _3607980, _3615344))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607964-_3607966, _3607964-_3607966, _3608002, _3608004, _3608004, _3607980, ti(european, _3607966))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3637426-_3637428-_3644788, i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3637426-_3637428-_3644788, i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, aggr(_3651530, _3637428, [_3651542, _3637428], _3644802, '`'(_3651560)&_3644806), _3644802, '`'(true), _3644806)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3652434))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3652434))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3652434))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3652434)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3652434)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3652434))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3637426-_3637428-_3644788, i_adj(sup(most, adj(most)), _3637426-_3637428, _3637426-_3637428, _3644788, _3637466, _3644802, _3637442, _3644806))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3637426-_3637428, _3637426-_3637428, _3637464, _3637466, _3637466, _3637442, ti(european, _3637428))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3666800-_3666802-_3674162, i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3666800-_3666802-_3674162, i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, aggr(_3680904, _3666802, [_3680916, _3666802], _3674176, '`'(_3680934)&_3674180), _3674176, '`'(true), _3674180)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681808))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681808))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681808))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3681808)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3681808)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681808))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3666800-_3666802-_3674162, i_adj(sup(most, adj(most)), _3666800-_3666802, _3666800-_3666802, _3674162, _3666840, _3674176, _3666816, _3674180))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666800-_3666802, _3666800-_3666802, _3666838, _3666840, _3666840, _3666816, ti(european, _3666802))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3696248-_3696250-_3703610, i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3696248-_3696250-_3703610, i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, aggr(_3710352, _3696250, [_3710364, _3696250], _3703624, '`'(_3710382)&_3703628), _3703624, '`'(true), _3703628)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3711256))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3711256))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3711256))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3711256)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3711256)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3711256))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3696248-_3696250-_3703610, i_adj(sup(most, adj(most)), _3696248-_3696250, _3696248-_3696250, _3703610, _3696288, _3703624, _3696264, _3703628))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3696248-_3696250, _3696248-_3696250, _3696286, _3696288, _3696288, _3696264, ti(european, _3696250))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3725710-_3725712-_3733072, i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3725710-_3725712-_3733072, i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, aggr(_3739814, _3725712, [_3739826, _3725712], _3733086, '`'(_3739844)&_3733090), _3733086, '`'(true), _3733090)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740718))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740718))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740718))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3740718)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3740718)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740718))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3725710-_3725712-_3733072, i_adj(sup(most, adj(most)), _3725710-_3725712, _3725710-_3725712, _3733072, _3725750, _3733086, _3725726, _3733090))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725710-_3725712, _3725710-_3725712, _3725748, _3725750, _3725750, _3725726, ti(european, _3725712))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3755084-_3755086-_3762446, i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3755084-_3755086-_3762446, i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, aggr(_3769188, _3755086, [_3769200, _3755086], _3762460, '`'(_3769218)&_3762464), _3762460, '`'(true), _3762464)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3770092))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3770092))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3770092))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3770092)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3770092)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3770092))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3755084-_3755086-_3762446, i_adj(sup(most, adj(most)), _3755084-_3755086, _3755084-_3755086, _3762446, _3755124, _3762460, _3755100, _3762464))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3755084-_3755086, _3755084-_3755086, _3755122, _3755124, _3755124, _3755100, ti(european, _3755086))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3784680-_3784682-_3792042, i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3784680-_3784682-_3792042, i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, aggr(_3798784, _3784682, [_3798796, _3784682], _3792056, '`'(_3798814)&_3792060), _3792056, '`'(true), _3792060)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799688))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799688))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799688))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3799688)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3799688)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799688))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3784680-_3784682-_3792042, i_adj(sup(most, adj(most)), _3784680-_3784682, _3784680-_3784682, _3792042, _3784720, _3792056, _3784696, _3792060))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784680-_3784682, _3784680-_3784682, _3784718, _3784720, _3784720, _3784696, ti(european, _3784682))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3814142-_3814144-_3821504, i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3814142-_3814144-_3821504, i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, aggr(_3828246, _3814144, [_3828258, _3814144], _3821518, '`'(_3828276)&_3821522), _3821518, '`'(true), _3821522)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3829150))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3829150))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3829150))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3829150)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3829150)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3829150))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3814142-_3814144-_3821504, i_adj(sup(most, adj(most)), _3814142-_3814144, _3814142-_3814144, _3821504, _3814182, _3821518, _3814158, _3821522))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3814142-_3814144, _3814142-_3814144, _3814180, _3814182, _3814182, _3814158, ti(european, _3814144))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3843516-_3843518-_3850878, i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3843516-_3843518-_3850878, i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, aggr(_3857620, _3843518, [_3857632, _3843518], _3850892, '`'(_3857650)&_3850896), _3850892, '`'(true), _3850896)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858524))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858524))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858524))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3858524)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3858524)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858524))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3843516-_3843518-_3850878, i_adj(sup(most, adj(most)), _3843516-_3843518, _3843516-_3843518, _3850878, _3843556, _3850892, _3843532, _3850896))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843516-_3843518, _3843516-_3843518, _3843554, _3843556, _3843556, _3843532, ti(european, _3843518))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3872964-_3872966-_3880326, i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3872964-_3872966-_3880326, i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, aggr(_3887068, _3872966, [_3887080, _3872966], _3880340, '`'(_3887098)&_3880344), _3880340, '`'(true), _3880344)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887972))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887972))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887972))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3887972)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3887972)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887972))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3872964-_3872966-_3880326, i_adj(sup(most, adj(most)), _3872964-_3872966, _3872964-_3872966, _3880326, _3873004, _3880340, _3872980, _3880344))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872964-_3872966, _3872964-_3872966, _3873002, _3873004, _3873004, _3872980, ti(european, _3872966))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3902426-_3902428-_3909788, i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3902426-_3902428-_3909788, i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, aggr(_3916530, _3902428, [_3916542, _3902428], _3909802, '`'(_3916560)&_3909806), _3909802, '`'(true), _3909806)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3917434))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3917434))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3917434))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3917434)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3917434)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3917434))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3902426-_3902428-_3909788, i_adj(sup(most, adj(most)), _3902426-_3902428, _3902426-_3902428, _3909788, _3902466, _3909802, _3902442, _3909806))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3902426-_3902428, _3902426-_3902428, _3902464, _3902466, _3902466, _3902442, ti(european, _3902428))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3931800-_3931802-_3939162, i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3931800-_3931802-_3939162, i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, aggr(_3945904, _3931802, [_3945916, _3931802], _3939176, '`'(_3945934)&_3939180), _3939176, '`'(true), _3939180)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946808))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946808))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946808))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3946808)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3946808)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946808))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3931800-_3931802-_3939162, i_adj(sup(most, adj(most)), _3931800-_3931802, _3931800-_3931802, _3939162, _3931840, _3939176, _3931816, _3939180))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931800-_3931802, _3931800-_3931802, _3931838, _3931840, _3931840, _3931816, ti(european, _3931802))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3961270-_3961272-_3968632, i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3961270-_3961272-_3968632, i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, aggr(_3975374, _3961272, [_3975386, _3961272], _3968646, '`'(_3975404)&_3968650), _3968646, '`'(true), _3968650)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3976278))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3976278))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3976278))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3976278)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3976278)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3976278))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3961270-_3961272-_3968632, i_adj(sup(most, adj(most)), _3961270-_3961272, _3961270-_3961272, _3968632, _3961310, _3968646, _3961286, _3968650))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3961270-_3961272, _3961270-_3961272, _3961308, _3961310, _3961310, _3961286, ti(european, _3961272))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3990732-_3990734-_3998094, i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3990732-_3990734-_3998094, i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, aggr(_4004836, _3990734, [_4004848, _3990734], _3998108, '`'(_4004866)&_3998112), _3998108, '`'(true), _3998112)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005740))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005740))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005740))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4005740)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4005740)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005740))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3990732-_3990734-_3998094, i_adj(sup(most, adj(most)), _3990732-_3990734, _3990732-_3990734, _3998094, _3990772, _3998108, _3990748, _3998112))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990732-_3990734, _3990732-_3990734, _3990770, _3990772, _3990772, _3990748, ti(european, _3990734))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4020106-_4020108-_4027468, i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4020106-_4020108-_4027468, i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, aggr(_4034210, _4020108, [_4034222, _4020108], _4027482, '`'(_4034240)&_4027486), _4027482, '`'(true), _4027486)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4035114))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4035114))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4035114))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4035114)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4035114)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4035114))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4020106-_4020108-_4027468, i_adj(sup(most, adj(most)), _4020106-_4020108, _4020106-_4020108, _4027468, _4020146, _4027482, _4020122, _4027486))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4020106-_4020108, _4020106-_4020108, _4020144, _4020146, _4020146, _4020122, ti(european, _4020108))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4049554-_4049556-_4056916, i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4049554-_4049556-_4056916, i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, aggr(_4063658, _4049556, [_4063670, _4049556], _4056930, '`'(_4063688)&_4056934), _4056930, '`'(true), _4056934)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064562))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064562))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064562))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4064562)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4064562)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064562))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4049554-_4049556-_4056916, i_adj(sup(most, adj(most)), _4049554-_4049556, _4049554-_4049556, _4056916, _4049594, _4056930, _4049570, _4056934))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049554-_4049556, _4049554-_4049556, _4049592, _4049594, _4049594, _4049570, ti(european, _4049556))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4079016-_4079018-_4086378, i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4079016-_4079018-_4086378, i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, aggr(_4093120, _4079018, [_4093132, _4079018], _4086392, '`'(_4093150)&_4086396), _4086392, '`'(true), _4086396)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4094024))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4094024))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4094024))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4094024)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4094024)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4094024))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4079016-_4079018-_4086378, i_adj(sup(most, adj(most)), _4079016-_4079018, _4079016-_4079018, _4086378, _4079056, _4086392, _4079032, _4086396))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4079016-_4079018, _4079016-_4079018, _4079054, _4079056, _4079056, _4079032, ti(european, _4079018))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4108390-_4108392-_4115752, i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4108390-_4108392-_4115752, i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, aggr(_4122494, _4108392, [_4122506, _4108392], _4115766, '`'(_4122524)&_4115770), _4115766, '`'(true), _4115770)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4123398))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4123398))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4123398))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4123398)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4123398)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4123398))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4108390-_4108392-_4115752, i_adj(sup(most, adj(most)), _4108390-_4108392, _4108390-_4108392, _4115752, _4108430, _4115766, _4108406, _4115770))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4108390-_4108392, _4108390-_4108392, _4108428, _4108430, _4108430, _4108406, ti(european, _4108392))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4138812-_4138814-_4146174, i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4138812-_4138814-_4146174, i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, aggr(_4152916, _4138814, [_4152928, _4138814], _4146188, '`'(_4152946)&_4146192), _4146188, '`'(true), _4146192)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153820))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153820))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153820))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4153820)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4153820)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153820))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4138812-_4138814-_4146174, i_adj(sup(most, adj(most)), _4138812-_4138814, _4138812-_4138814, _4146174, _4138852, _4146188, _4138828, _4146192))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138812-_4138814, _4138812-_4138814, _4138850, _4138852, _4138852, _4138828, ti(european, _4138814))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4168274-_4168276-_4175636, i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4168274-_4168276-_4175636, i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, aggr(_4182378, _4168276, [_4182390, _4168276], _4175650, '`'(_4182408)&_4175654), _4175650, '`'(true), _4175654)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4183282))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4183282))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4183282))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4183282)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4183282)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4183282))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4168274-_4168276-_4175636, i_adj(sup(most, adj(most)), _4168274-_4168276, _4168274-_4168276, _4175636, _4168314, _4175650, _4168290, _4175654))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4168274-_4168276, _4168274-_4168276, _4168312, _4168314, _4168314, _4168290, ti(european, _4168276))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4197648-_4197650-_4205010, i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4197648-_4197650-_4205010, i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, aggr(_4211752, _4197650, [_4211764, _4197650], _4205024, '`'(_4211782)&_4205028), _4205024, '`'(true), _4205028)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212656))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212656))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212656))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4212656)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4212656)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212656))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4197648-_4197650-_4205010, i_adj(sup(most, adj(most)), _4197648-_4197650, _4197648-_4197650, _4205010, _4197688, _4205024, _4197664, _4205028))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197648-_4197650, _4197648-_4197650, _4197686, _4197688, _4197688, _4197664, ti(european, _4197650))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4227096-_4227098-_4234458, i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4227096-_4227098-_4234458, i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, aggr(_4241200, _4227098, [_4241212, _4227098], _4234472, '`'(_4241230)&_4234476), _4234472, '`'(true), _4234476)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4242104))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4242104))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4242104))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4242104)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4242104)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4242104))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4227096-_4227098-_4234458, i_adj(sup(most, adj(most)), _4227096-_4227098, _4227096-_4227098, _4234458, _4227136, _4234472, _4227112, _4234476))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4227096-_4227098, _4227096-_4227098, _4227134, _4227136, _4227136, _4227112, ti(european, _4227098))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4256558-_4256560-_4263920, i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4256558-_4256560-_4263920, i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, aggr(_4270662, _4256560, [_4270674, _4256560], _4263934, '`'(_4270692)&_4263938), _4263934, '`'(true), _4263938)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271566))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271566))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271566))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4271566)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4271566)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271566))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4256558-_4256560-_4263920, i_adj(sup(most, adj(most)), _4256558-_4256560, _4256558-_4256560, _4263920, _4256598, _4263934, _4256574, _4263938))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256558-_4256560, _4256558-_4256560, _4256596, _4256598, _4256598, _4256574, ti(european, _4256560))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4285932-_4285934-_4293294, i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4285932-_4285934-_4293294, i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, aggr(_4300036, _4285934, [_4300048, _4285934], _4293308, '`'(_4300066)&_4293312), _4293308, '`'(true), _4293312)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300940))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300940))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300940))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4300940)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4300940)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300940))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4285932-_4285934-_4293294, i_adj(sup(most, adj(most)), _4285932-_4285934, _4285932-_4285934, _4293294, _4285972, _4293308, _4285948, _4293312))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285932-_4285934, _4285932-_4285934, _4285970, _4285972, _4285972, _4285948, ti(european, _4285934))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4315528-_4315530-_4322890, i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4315528-_4315530-_4322890, i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, aggr(_4329632, _4315530, [_4329644, _4315530], _4322904, '`'(_4329662)&_4322908), _4322904, '`'(true), _4322908)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330536))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330536))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330536))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4330536)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4330536)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330536))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4315528-_4315530-_4322890, i_adj(sup(most, adj(most)), _4315528-_4315530, _4315528-_4315530, _4322890, _4315568, _4322904, _4315544, _4322908))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315528-_4315530, _4315528-_4315530, _4315566, _4315568, _4315568, _4315544, ti(european, _4315530))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4344990-_4344992-_4352352, i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4344990-_4344992-_4352352, i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, aggr(_4359094, _4344992, [_4359106, _4344992], _4352366, '`'(_4359124)&_4352370), _4352366, '`'(true), _4352370)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359998))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359998))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359998))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4359998)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4359998)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359998))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4344990-_4344992-_4352352, i_adj(sup(most, adj(most)), _4344990-_4344992, _4344990-_4344992, _4352352, _4345030, _4352366, _4345006, _4352370))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344990-_4344992, _4344990-_4344992, _4345028, _4345030, _4345030, _4345006, ti(european, _4344992))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4374364-_4374366-_4381726, i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4374364-_4374366-_4381726, i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, aggr(_4388468, _4374366, [_4388480, _4374366], _4381740, '`'(_4388498)&_4381744), _4381740, '`'(true), _4381744)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4389372))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4389372))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4389372))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4389372)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4389372)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4389372))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4374364-_4374366-_4381726, i_adj(sup(most, adj(most)), _4374364-_4374366, _4374364-_4374366, _4381726, _4374404, _4381740, _4374380, _4381744))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4374364-_4374366, _4374364-_4374366, _4374402, _4374404, _4374404, _4374380, ti(european, _4374366))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4403812-_4403814-_4411174, i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4403812-_4403814-_4411174, i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, aggr(_4417916, _4403814, [_4417928, _4403814], _4411188, '`'(_4417946)&_4411192), _4411188, '`'(true), _4411192)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418820))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418820))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418820))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4418820)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4418820)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418820))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4403812-_4403814-_4411174, i_adj(sup(most, adj(most)), _4403812-_4403814, _4403812-_4403814, _4411174, _4403852, _4411188, _4403828, _4411192))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403812-_4403814, _4403812-_4403814, _4403850, _4403852, _4403852, _4403828, ti(european, _4403814))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4433274-_4433276-_4440636, i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4433274-_4433276-_4440636, i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, aggr(_4447378, _4433276, [_4447390, _4433276], _4440650, '`'(_4447408)&_4440654), _4440650, '`'(true), _4440654)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4448282))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4448282))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4448282))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4448282)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4448282)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4448282))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4433274-_4433276-_4440636, i_adj(sup(most, adj(most)), _4433274-_4433276, _4433274-_4433276, _4440636, _4433314, _4440650, _4433290, _4440654))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4433274-_4433276, _4433274-_4433276, _4433312, _4433314, _4433314, _4433290, ti(european, _4433276))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4462648-_4462650-_4470010, i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4462648-_4462650-_4470010, i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, aggr(_4476752, _4462650, [_4476764, _4462650], _4470024, '`'(_4476782)&_4470028), _4470024, '`'(true), _4470028)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477656))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477656))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477656))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4477656)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4477656)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477656))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4462648-_4462650-_4470010, i_adj(sup(most, adj(most)), _4462648-_4462650, _4462648-_4462650, _4470010, _4462688, _4470024, _4462664, _4470028))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462648-_4462650, _4462648-_4462650, _4462686, _4462688, _4462688, _4462664, ti(european, _4462650))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4492118-_4492120-_4499480, i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4492118-_4492120-_4499480, i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, aggr(_4506222, _4492120, [_4506234, _4492120], _4499494, '`'(_4506252)&_4499498), _4499494, '`'(true), _4499498)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4507126))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4507126))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4507126))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4507126)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4507126)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4507126))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4492118-_4492120-_4499480, i_adj(sup(most, adj(most)), _4492118-_4492120, _4492118-_4492120, _4499480, _4492158, _4499494, _4492134, _4499498))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4492118-_4492120, _4492118-_4492120, _4492156, _4492158, _4492158, _4492134, ti(european, _4492120))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4521580-_4521582-_4528942, i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4521580-_4521582-_4528942, i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, aggr(_4535684, _4521582, [_4535696, _4521582], _4528956, '`'(_4535714)&_4528960), _4528956, '`'(true), _4528960)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536588))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536588))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536588))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4536588)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4536588)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536588))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4521580-_4521582-_4528942, i_adj(sup(most, adj(most)), _4521580-_4521582, _4521580-_4521582, _4528942, _4521620, _4528956, _4521596, _4528960))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521580-_4521582, _4521580-_4521582, _4521618, _4521620, _4521620, _4521596, ti(european, _4521582))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4550954-_4550956-_4558316, i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4550954-_4550956-_4558316, i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, aggr(_4565058, _4550956, [_4565070, _4550956], _4558330, '`'(_4565088)&_4558334), _4558330, '`'(true), _4558334)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565962))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565962))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565962))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4565962)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4565962)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565962))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4550954-_4550956-_4558316, i_adj(sup(most, adj(most)), _4550954-_4550956, _4550954-_4550956, _4558316, _4550994, _4558330, _4550970, _4558334))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550954-_4550956, _4550954-_4550956, _4550992, _4550994, _4550994, _4550970, ti(european, _4550956))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4580402-_4580404-_4587764, i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4580402-_4580404-_4587764, i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, aggr(_4594506, _4580404, [_4594518, _4580404], _4587778, '`'(_4594536)&_4587782), _4587778, '`'(true), _4587782)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4595410))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4595410))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4595410))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4595410)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4595410)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4595410))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4580402-_4580404-_4587764, i_adj(sup(most, adj(most)), _4580402-_4580404, _4580402-_4580404, _4587764, _4580442, _4587778, _4580418, _4587782))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4580402-_4580404, _4580402-_4580404, _4580440, _4580442, _4580442, _4580418, ti(european, _4580404))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4609864-_4609866-_4617226, i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4609864-_4609866-_4617226, i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, aggr(_4623968, _4609866, [_4623980, _4609866], _4617240, '`'(_4623998)&_4617244), _4617240, '`'(true), _4617244)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624872))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624872))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624872))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4624872)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4624872)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624872))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4609864-_4609866-_4617226, i_adj(sup(most, adj(most)), _4609864-_4609866, _4609864-_4609866, _4617226, _4609904, _4617240, _4609880, _4617244))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609864-_4609866, _4609864-_4609866, _4609902, _4609904, _4609904, _4609880, ti(european, _4609866))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4639238-_4639240-_4646600, i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4639238-_4639240-_4646600, i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, aggr(_4653342, _4639240, [_4653354, _4639240], _4646614, '`'(_4653372)&_4646618), _4646614, '`'(true), _4646618)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4654246))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4654246))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4654246))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4654246)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4654246)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4654246))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4639238-_4639240-_4646600, i_adj(sup(most, adj(most)), _4639238-_4639240, _4639238-_4639240, _4646600, _4639278, _4646614, _4639254, _4646618))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4639238-_4639240, _4639238-_4639240, _4639276, _4639278, _4639278, _4639254, ti(european, _4639240))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4669472-_4669474-_4676834, i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4669472-_4669474-_4676834, i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, aggr(_4683576, _4669474, [_4683588, _4669474], _4676848, '`'(_4683606)&_4676852), _4676848, '`'(true), _4676852)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684480))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684480))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684480))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4684480)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4684480)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684480))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4669472-_4669474-_4676834, i_adj(sup(most, adj(most)), _4669472-_4669474, _4669472-_4669474, _4676834, _4669512, _4676848, _4669488, _4676852))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669472-_4669474, _4669472-_4669474, _4669510, _4669512, _4669512, _4669488, ti(european, _4669474))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4698934-_4698936-_4706296, i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4698934-_4698936-_4706296, i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, aggr(_4713038, _4698936, [_4713050, _4698936], _4706310, '`'(_4713068)&_4706314), _4706310, '`'(true), _4706314)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713942))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713942))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713942))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4713942)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4713942)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713942))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4698934-_4698936-_4706296, i_adj(sup(most, adj(most)), _4698934-_4698936, _4698934-_4698936, _4706296, _4698974, _4706310, _4698950, _4706314))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698934-_4698936, _4698934-_4698936, _4698972, _4698974, _4698974, _4698950, ti(european, _4698936))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4728308-_4728310-_4735670, i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4728308-_4728310-_4735670, i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, aggr(_4742412, _4728310, [_4742424, _4728310], _4735684, '`'(_4742442)&_4735688), _4735684, '`'(true), _4735688)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4743316))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4743316))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4743316))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4743316)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4743316)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4743316))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4728308-_4728310-_4735670, i_adj(sup(most, adj(most)), _4728308-_4728310, _4728308-_4728310, _4735670, _4728348, _4735684, _4728324, _4735688))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4728308-_4728310, _4728308-_4728310, _4728346, _4728348, _4728348, _4728324, ti(european, _4728310))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4757756-_4757758-_4765118, i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4757756-_4757758-_4765118, i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, aggr(_4771860, _4757758, [_4771872, _4757758], _4765132, '`'(_4771890)&_4765136), _4765132, '`'(true), _4765136)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772764))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772764))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772764))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4772764)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4772764)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772764))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4757756-_4757758-_4765118, i_adj(sup(most, adj(most)), _4757756-_4757758, _4757756-_4757758, _4765118, _4757796, _4765132, _4757772, _4765136))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757756-_4757758, _4757756-_4757758, _4757794, _4757796, _4757796, _4757772, ti(european, _4757758))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4787218-_4787220-_4794580, i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4787218-_4787220-_4794580, i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, aggr(_4801322, _4787220, [_4801334, _4787220], _4794594, '`'(_4801352)&_4794598), _4794594, '`'(true), _4794598)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4802226))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4802226))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4802226))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4802226)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4802226)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4802226))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4787218-_4787220-_4794580, i_adj(sup(most, adj(most)), _4787218-_4787220, _4787218-_4787220, _4794580, _4787258, _4794594, _4787234, _4794598))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4787218-_4787220, _4787218-_4787220, _4787256, _4787258, _4787258, _4787234, ti(european, _4787220))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4816592-_4816594-_4823954, i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4816592-_4816594-_4823954, i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, aggr(_4830696, _4816594, [_4830708, _4816594], _4823968, '`'(_4830726)&_4823972), _4823968, '`'(true), _4823972)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831600))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831600))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831600))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4831600)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4831600)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831600))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4816592-_4816594-_4823954, i_adj(sup(most, adj(most)), _4816592-_4816594, _4816592-_4816594, _4823954, _4816632, _4823968, _4816608, _4823972))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816592-_4816594, _4816592-_4816594, _4816630, _4816632, _4816632, _4816608, ti(european, _4816594))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4846188-_4846190-_4853550, i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4846188-_4846190-_4853550, i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, aggr(_4860292, _4846190, [_4860304, _4846190], _4853564, '`'(_4860322)&_4853568), _4853564, '`'(true), _4853568)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4861196))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4861196))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4861196))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4861196)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4861196)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4861196))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4846188-_4846190-_4853550, i_adj(sup(most, adj(most)), _4846188-_4846190, _4846188-_4846190, _4853550, _4846228, _4853564, _4846204, _4853568))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4846188-_4846190, _4846188-_4846190, _4846226, _4846228, _4846228, _4846204, ti(european, _4846190))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4875650-_4875652-_4883012, i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4875650-_4875652-_4883012, i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, aggr(_4889754, _4875652, [_4889766, _4875652], _4883026, '`'(_4889784)&_4883030), _4883026, '`'(true), _4883030)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890658))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890658))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890658))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4890658)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4890658)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890658))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4875650-_4875652-_4883012, i_adj(sup(most, adj(most)), _4875650-_4875652, _4875650-_4875652, _4883012, _4875690, _4883026, _4875666, _4883030))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875650-_4875652, _4875650-_4875652, _4875688, _4875690, _4875690, _4875666, ti(european, _4875652))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4905024-_4905026-_4912386, i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4905024-_4905026-_4912386, i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, aggr(_4919128, _4905026, [_4919140, _4905026], _4912400, '`'(_4919158)&_4912404), _4912400, '`'(true), _4912404)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4920032))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4920032))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4920032))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4920032)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4920032)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4920032))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4905024-_4905026-_4912386, i_adj(sup(most, adj(most)), _4905024-_4905026, _4905024-_4905026, _4912386, _4905064, _4912400, _4905040, _4912404))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4905024-_4905026, _4905024-_4905026, _4905062, _4905064, _4905064, _4905040, ti(european, _4905026))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4934472-_4934474-_4941834, i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4934472-_4934474-_4941834, i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, aggr(_4948576, _4934474, [_4948588, _4934474], _4941848, '`'(_4948606)&_4941852), _4941848, '`'(true), _4941852)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949480))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949480))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949480))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4949480)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4949480)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949480))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4934472-_4934474-_4941834, i_adj(sup(most, adj(most)), _4934472-_4934474, _4934472-_4934474, _4941834, _4934512, _4941848, _4934488, _4941852))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934472-_4934474, _4934472-_4934474, _4934510, _4934512, _4934512, _4934488, ti(european, _4934474))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4963934-_4963936-_4971296, i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4963934-_4963936-_4971296, i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, aggr(_4978038, _4963936, [_4978050, _4963936], _4971310, '`'(_4978068)&_4971314), _4971310, '`'(true), _4971314)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978942))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978942))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978942))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4978942)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4978942)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978942))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4963934-_4963936-_4971296, i_adj(sup(most, adj(most)), _4963934-_4963936, _4963934-_4963936, _4971296, _4963974, _4971310, _4963950, _4971314))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963934-_4963936, _4963934-_4963936, _4963972, _4963974, _4963974, _4963950, ti(european, _4963936))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4993308-_4993310-_5000670, i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4993308-_4993310-_5000670, i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, aggr(_5007412, _4993310, [_5007424, _4993310], _5000684, '`'(_5007442)&_5000688), _5000684, '`'(true), _5000688)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5008316))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5008316))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5008316))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5008316)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5008316)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5008316))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4993308-_4993310-_5000670, i_adj(sup(most, adj(most)), _4993308-_4993310, _4993308-_4993310, _5000670, _4993348, _5000684, _4993324, _5000688))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4993308-_4993310, _4993308-_4993310, _4993346, _4993348, _4993348, _4993324, ti(european, _4993310))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5022778-_5022780-_5030140, i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5022778-_5022780-_5030140, i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, aggr(_5036882, _5022780, [_5036894, _5022780], _5030154, '`'(_5036912)&_5030158), _5030154, '`'(true), _5030158)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037786))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037786))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037786))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5037786)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5037786)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037786))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5022778-_5022780-_5030140, i_adj(sup(most, adj(most)), _5022778-_5022780, _5022778-_5022780, _5030140, _5022818, _5030154, _5022794, _5030158))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022778-_5022780, _5022778-_5022780, _5022816, _5022818, _5022818, _5022794, ti(european, _5022780))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5052240-_5052242-_5059602, i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5052240-_5052242-_5059602, i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, aggr(_5066344, _5052242, [_5066356, _5052242], _5059616, '`'(_5066374)&_5059620), _5059616, '`'(true), _5059620)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5067248))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5067248))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5067248))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5067248)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5067248)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5067248))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5052240-_5052242-_5059602, i_adj(sup(most, adj(most)), _5052240-_5052242, _5052240-_5052242, _5059602, _5052280, _5059616, _5052256, _5059620))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5052240-_5052242, _5052240-_5052242, _5052278, _5052280, _5052280, _5052256, ti(european, _5052242))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5081614-_5081616-_5088976, i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5081614-_5081616-_5088976, i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, aggr(_5095718, _5081616, [_5095730, _5081616], _5088990, '`'(_5095748)&_5088994), _5088990, '`'(true), _5088994)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096622))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096622))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096622))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5096622)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5096622)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096622))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5081614-_5081616-_5088976, i_adj(sup(most, adj(most)), _5081614-_5081616, _5081614-_5081616, _5088976, _5081654, _5088990, _5081630, _5088994))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081614-_5081616, _5081614-_5081616, _5081652, _5081654, _5081654, _5081630, ti(european, _5081616))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5111062-_5111064-_5118424, i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5111062-_5111064-_5118424, i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, aggr(_5125166, _5111064, [_5125178, _5111064], _5118438, '`'(_5125196)&_5118442), _5118438, '`'(true), _5118442)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5126070))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5126070))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5126070))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5126070)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5126070)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5126070))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5111062-_5111064-_5118424, i_adj(sup(most, adj(most)), _5111062-_5111064, _5111062-_5111064, _5118424, _5111102, _5118438, _5111078, _5118442))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5111062-_5111064, _5111062-_5111064, _5111100, _5111102, _5111102, _5111078, ti(european, _5111064))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5140524-_5140526-_5147886, i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5140524-_5140526-_5147886, i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, aggr(_5154628, _5140526, [_5154640, _5140526], _5147900, '`'(_5154658)&_5147904), _5147900, '`'(true), _5147904)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155532))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155532))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155532))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5155532)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5155532)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155532))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5140524-_5140526-_5147886, i_adj(sup(most, adj(most)), _5140524-_5140526, _5140524-_5140526, _5147886, _5140564, _5147900, _5140540, _5147904))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140524-_5140526, _5140524-_5140526, _5140562, _5140564, _5140564, _5140540, ti(european, _5140526))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5169898-_5169900-_5177260, i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5169898-_5169900-_5177260, i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, aggr(_5184002, _5169900, [_5184014, _5169900], _5177274, '`'(_5184032)&_5177278), _5177274, '`'(true), _5177278)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184906))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184906))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184906))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5184906)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5184906)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184906))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5169898-_5169900-_5177260, i_adj(sup(most, adj(most)), _5169898-_5169900, _5169898-_5169900, _5177260, _5169938, _5177274, _5169914, _5177278))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169898-_5169900, _5169898-_5169900, _5169936, _5169938, _5169938, _5169914, ti(european, _5169900))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5200320-_5200322-_5207682, i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5200320-_5200322-_5207682, i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, aggr(_5214424, _5200322, [_5214436, _5200322], _5207696, '`'(_5214454)&_5207700), _5207696, '`'(true), _5207700)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5215328))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5215328))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5215328))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5215328)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5215328)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5215328))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5200320-_5200322-_5207682, i_adj(sup(most, adj(most)), _5200320-_5200322, _5200320-_5200322, _5207682, _5200360, _5207696, _5200336, _5207700))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5200320-_5200322, _5200320-_5200322, _5200358, _5200360, _5200360, _5200336, ti(european, _5200322))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5231642-_5231644-_5239004, i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5231642-_5231644-_5239004, i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, aggr(_5245746, _5231644, [_5245758, _5231644], _5239018, '`'(_5245776)&_5239022), _5239018, '`'(true), _5239022)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246650))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246650))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246650))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5246650)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5246650)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246650))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5231642-_5231644-_5239004, i_adj(sup(most, adj(most)), _5231642-_5231644, _5231642-_5231644, _5239004, _5231682, _5239018, _5231658, _5239022))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231642-_5231644, _5231642-_5231644, _5231680, _5231682, _5231682, _5231658, ti(european, _5231644))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing14&Thing-_5471596,
`( qualifiedBy( QualifiedByP3V,
thing&Thing14&Thing,
np_head(Generic6,generic,[sup(most,adj(most))],european))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing14&Thing-_5518940, '`'(true),'`'(true),
[],
thing&Thing14&Thing-Mg),
identityQ([]),
generic_pred(frame_59500,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic20-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing14&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg,
thing&Thing8&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_59500,thing,mg(aux(do,[can])),Travel_Mg,Generic6) ,
^( Generic6,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg,within,Prep_Within_Europe))))). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ any_to_ace_str="Most Europeans can travel freely within Europe .".
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_drs=failure.
^ Exit: (104) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Unify: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Call: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440)))))
^ Unify: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440)))))
^ Exit: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440)))))
^ Call: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Unify: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Call: (107) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_41320, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Unify: (107) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_41320, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Call: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Unify: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
Call: (109) [system] current_prolog_flag(debug_chat80, true)
Fail: (109) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Call: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338)
^ Unify: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, aggr(_48062, _33440, [_48074, _33440], _41334, '`'(_48092)&_41338), _41334, '`'(true), _41338)
^ Call: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _48966))
^ Unify: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _48966))
Call: (111) [system] current_prolog_flag(debug_chat80, true)
Fail: (111) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _48966))
^ Call: (111) [parser_chat80] parser_chat80:adj_sign_LF(most, _48966)
^ Fail: (111) [parser_chat80] parser_chat80:adj_sign_LF(most, _48966)
^ Fail: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _48966))
^ Fail: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338)
^ Fail: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Fail: (107) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_41320, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _41320, _33998, _41334, _33984, _41338))
^ Fail: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Fail: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _33996, _33998, _33998, _33984, ti(european, _33440))
^ Call: (105) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (105) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (107) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (101) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Unify: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Call: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440)))))
^ Unify: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440)))))
^ Exit: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440)))))
^ Call: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Unify: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Call: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_70436, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Unify: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_70436, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Call: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Unify: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Call: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454)
^ Unify: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, aggr(_77178, _33440, [_77190, _33440], _70450, '`'(_77208)&_70454), _70450, '`'(true), _70454)
^ Call: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78082))
^ Unify: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78082))
Call: (108) [system] current_prolog_flag(debug_chat80, true)
Fail: (108) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78082))
^ Call: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _78082)
^ Fail: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _78082)
^ Fail: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78082))
^ Fail: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454)
^ Fail: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Fail: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_70436, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _70436, _63114, _70450, _63100, _70454))
^ Fail: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Fail: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _63112, _63114, _63114, _63100, ti(european, _33440))
^ Call: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (104) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (101) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Unify: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Call: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440)))))
^ Unify: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440)))))
^ Exit: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440)))))
^ Call: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Unify: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Call: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_99462, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Unify: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_99462, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Call: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Unify: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Call: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480)
^ Unify: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, aggr(_106204, _33440, [_106216, _33440], _99476, '`'(_106234)&_99480), _99476, '`'(true), _99480)
^ Call: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107108))
^ Unify: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107108))
Call: (108) [system] current_prolog_flag(debug_chat80, true)
Fail: (108) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107108))
^ Call: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _107108)
^ Fail: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _107108)
^ Fail: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107108))
^ Fail: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480)
^ Fail: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Fail: (104) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_99462, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _99462, _92140, _99476, _92126, _99480))
^ Fail: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Fail: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _92138, _92140, _92140, _92126, ti(european, _33440))
^ Call: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (104) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (99) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Unify: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Call: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440)))))
^ Unify: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440)))))
^ Exit: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440)))))
^ Call: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Unify: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Call: (102) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_128086, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Unify: (102) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_128086, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Call: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Unify: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
Call: (104) [system] current_prolog_flag(debug_chat80, true)
Fail: (104) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Call: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104)
^ Unify: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, aggr(_134828, _33440, [_134840, _33440], _128100, '`'(_134858)&_128104), _128100, '`'(true), _128104)
^ Call: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135732))
^ Unify: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135732))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135732))
^ Call: (106) [parser_chat80] parser_chat80:adj_sign_LF(most, _135732)
^ Fail: (106) [parser_chat80] parser_chat80:adj_sign_LF(most, _135732)
^ Fail: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135732))
^ Fail: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104)
^ Fail: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Fail: (102) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_128086, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _128086, _120764, _128100, _120750, _128104))
^ Fail: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Fail: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _120762, _120764, _120764, _120750, ti(european, _33440))
^ Call: (100) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (100) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (102) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (97) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Unify: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Call: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440)))))
^ Unify: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440)))))
^ Exit: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440)))))
^ Call: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Unify: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Call: (100) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_156678, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Unify: (100) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_156678, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Call: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Unify: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Call: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696)
^ Unify: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, aggr(_163420, _33440, [_163432, _33440], _156692, '`'(_163450)&_156696), _156692, '`'(true), _156696)
^ Call: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164324))
^ Unify: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164324))
Call: (104) [system] current_prolog_flag(debug_chat80, true)
Fail: (104) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164324))
^ Call: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _164324)
^ Fail: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _164324)
^ Fail: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164324))
^ Fail: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696)
^ Fail: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Fail: (100) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_156678, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _156678, _149356, _156692, _149344, _156696))
^ Fail: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Fail: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _149354, _149356, _149356, _149344, ti(european, _33440))
^ Call: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (100) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (95) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Unify: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Call: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440)))))
^ Unify: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440)))))
^ Exit: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440)))))
^ Call: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Unify: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Call: (98) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_185296, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Unify: (98) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_185296, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Call: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Unify: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
Call: (100) [system] current_prolog_flag(debug_chat80, true)
Fail: (100) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Call: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314)
^ Unify: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, aggr(_192038, _33440, [_192050, _33440], _185310, '`'(_192068)&_185314), _185310, '`'(true), _185314)
^ Call: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _192942))
^ Unify: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _192942))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _192942))
^ Call: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _192942)
^ Fail: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _192942)
^ Fail: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _192942))
^ Fail: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314)
^ Fail: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Fail: (98) [parser_chat80] parser_chat80:lf80(thing&_33442&_33444-_33440-_185296, i_adj(sup(most, adj(most)), thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _185296, _177974, _185310, _177960, _185314))
^ Fail: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Fail: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33442&_33444-_33440, thing&_33442&_33444-_33440, _177972, _177974, _177974, _177960, ti(european, _33440))
^ Call: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (98) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_59500,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ any_to_ace_str="Most Europeans can travel freely within Europe.".
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux,
thing&Thing7&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european))) ,
database80(generic_pred(frame_59500,thing,aux(do,[can]),Travel_Aux,Generic6)) ,
database80(modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_2111020).
%~ call_residue_vars=[_26036,_25938,_25876,_23780].
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_59500,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?-c88("A few committee members are from Sweden.").
%~ list_undefined([]).
%~ ?- c88("A few committee members are from Sweden.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]],
['.','.']]]. */
%~ ?- c88("A few committee members are from Sweden.").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( few, [
pos(jj), root(few),loc(2),lnks(3),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(3),lnks(3),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(4),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(5),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( sweden, [
pos(nnp), root('Sweden'),loc(7),lnks(5),txt("Sweden"),
ner('COUNTRY'),truecase('INIT_UPPER'),
entitylink('Sweden'),corefed,#(1),
txt(["Sweden"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(5,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Sweden',"Sweden")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A few committee members are from Sweden.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(a),[adj(few),adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,prep_phrase(Prep,prep(from),np(3+sg,nameOf(Sweden,sweden,[]),[])))],
[])). */
%~ ?- c88("A few committee members are from Sweden.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[],
thing&Thing-Prep),
identityQ([aux(be,[pres+fin]),root]),
true,
[ '`'(generic_pred(frame_59504,thing,prep(from),Prep,Generic)),
quantS( identityQ(IdentityQ2),
thing&geo&country-Sweden, '`'(bE(named,Sweden,sweden)),'`'(true),
[],
thing&geo&country-Generic)])). */
%~ ?- c88("A few committee members are from Sweden.").
/* clausify80 = answer80([]) :-
bE(named,Generic_Sweden,sweden) ,
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_59504,thing,prep(from),Member_Committee_Few,Generic_Sweden). */
%~ ?- c88("A few committee members are from Sweden.").
%~ any_to_ace_str="A few committee members are from Sweden .".
%~ ?- c88("A few committee members are from Sweden.").
%~ try_ace_drs=failure.
%~ ?- c88("A few committee members are from Sweden.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59504,thing,prep(from),Member_Committee_Few,sweden). */
%~ ?- c88("A few committee members are from Sweden.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_26894,few,adj))).
%~ ?- c88("A few committee members are from Sweden.").
%~ results80=[[false]].
%~ ?- c88("A few committee members are from Sweden.").
%~ any_to_ace_str="A few committee members are from Sweden.".
%~ ?- c88("A few committee members are from Sweden.").
%~ try_ace_eng=failure.
%~ ?- c88("A few committee members are from Sweden.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_59504,thing,prep(from),Member_Committee_Few,sweden))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8648,few,adj))).
%~ ?- c88("A few committee members are from Sweden.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]],
['.','.']]],
_1897612).
%~ call_residue_vars=[].
%~ ?- c88("A few committee members are from Sweden.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59504,thing,prep(from),Member_Committee_Few,sweden). */
%~ ?-c88("All committee members are people.").
%~ list_undefined([]).
%~ ?- c88("All committee members are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All committee members are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(5),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All committee members are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All committee members are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All committee members are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people .".
%~ ?- c88("All committee members are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All committee members are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All committee members are people.").
%~ results80=[[false]].
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people.".
%~ ?- c88("All committee members are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All committee members are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80( qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All committee members are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_931480).
%~ call_residue_vars=[].
%~ ?- c88("All committee members are people.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are from Sweden are from Scandinavia.").
%~ list_undefined([]).
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3429430,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(4,6))),
link(3,'SBAR',r('SBAR',seg(3,6))), link(4,'NP',r('NP',seg(1,6))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(7),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( sweden, [
pos(nnp), root('Sweden'),loc(6),lnks(8),txt("Sweden"),
ner('COUNTRY'),truecase('INIT_UPPER'),
entitylink('Sweden'),corefed,#(1),
txt(["Sweden"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'SBAR',r('SBAR',seg(3,6))), link(6,'NP',r('NP',seg(1,6))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Sweden',"Sweden")]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person3,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( scandinavia, [
pos(nnp), root('Scandinavia'),loc(9),lnks(5),
txt("Scandinavia"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(2),txt(["Scandinavia"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pnSingular,xScandinaviaTheWord,"Scandinavia"),
cycWord(xScandinaviaTheWord)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_3912862,pronoun(agent,3+_3912862),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Sweden,sweden,[]),[]))]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,prep_phrase(Prep13,prep(from),np(3+sg,nameOf(Scandinavia,scandinavia,[]),[])))],
[])). */
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ i_sentence=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ clausify80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ any_to_ace_str="All people who are from Sweden are from Scandinavia .".
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ simplify80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ results80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ any_to_ace_str="All people who are from Sweden are from Scandinavia.".
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ compile80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2345348).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337688).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ e2c_80=failure.
%~ c88=(?-c88("All people who are from Sweden are from Scandinavia.")).
%~ ?-c88("Are at least a few committee members from Scandinavia?").
%~ list_undefined([]).
%~ ?- c88("Are at least a few committee members from Scandinavia?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from]]],
[ 'NP',
['NNP','Scandinavia']],
['.',?]]]. */
%~ compat_spp(pnSingular,nnp).
%~ ?- c88("Are at least a few committee members from Scandinavia?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( at, [
pos(in), root(at),loc(2),lnks(6),txt("at"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,5))),
link(3,'NP',r('NP',seg(2,7))), link(4,'NP',r('NP',seg(2,8))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(rbs), root(least),loc(3),lnks(6),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,5))),
link(3,'NP',r('NP',seg(2,7))), link(4,'NP',r('NP',seg(2,8))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( a, [
pos(dt), root(a),loc(4),lnks(5),txt("a"),
truecase('LOWER'),link(1,'QP',r('QP',seg(2,5))),
link(2,'NP',r('NP',seg(2,7))), link(3,'NP',r('NP',seg(2,8))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( few, [
pos(jj), root(few),loc(5),lnks(5),txt("few"),
truecase('LOWER'),link(1,'QP',r('QP',seg(2,5))),
link(2,'NP',r('NP',seg(2,7))), link(3,'NP',r('NP',seg(2,8))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(6),lnks(4),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,7))), link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(7),lnks(4),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,7))),
link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,8))),
link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( scandinavia, [
pos(nnp), root('Scandinavia'),loc(9),lnks(3),
txt("Scandinavia"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(1),txt(["Scandinavia"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pnSingular,xScandinaviaTheWord,"Scandinavia"),
cycWord(xScandinaviaTheWord)]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(4.025).
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ i_sentence=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ clausify80=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ any_to_ace_str="Are at least a few committee members from Scandinavia ?".
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ try_ace_drs=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ simplify80=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ try_ace_fol=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ results80=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ any_to_ace_str="Are at least a few committee members from Scandinavia? .".
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ try_ace_eng=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ compile80=failure.
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from]]],
[ 'NP',
['NNP','Scandinavia']],
['.',?]]],
_2338742).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
%~ ?- c88("Are at least a few committee members from Scandinavia?").
%~ e2c_80=failure.
%~ c88 is runtime(4.23).
%~ c88=(?-c88("Are at least a few committee members from Scandinavia?")).
%~ ?-c88("At least a few committee members are from Scandinavia.").
%~ list_undefined([]).
%~ ?- c88("At least a few committee members are from Scandinavia.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).
%~ ?- c88("At least a few committee members are from Scandinavia.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,4))),link(3,'NP',r('NP',seg(1,6))),
link(4,'S',r('S',seg(1,10))), link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,4))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'QP',r('QP',seg(1,4))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( few, [
pos(jj), root(few),loc(4),lnks(4),txt("few"),
truecase('LOWER'),link(1,'QP',r('QP',seg(1,4))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(5),lnks(3),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,6))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(6),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,6))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( scandinavia, [
pos(nnp), root('Scandinavia'),loc(9),lnks(5),
txt("Scandinavia"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(1),txt(["Scandinavia"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pnSingular,xScandinaviaTheWord,"Scandinavia"),
cycWord(xScandinaviaTheWord)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ sentence80=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ i_sentence=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ clausify80=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ any_to_ace_str="At least a few committee members are from Scandinavia .".
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ try_ace_drs=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ simplify80=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ try_ace_fol=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ results80=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ any_to_ace_str="At least a few committee members are from Scandinavia.".
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ try_ace_eng=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ compile80=failure.
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2339272).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
%~ ?- c88("At least a few committee members are from Scandinavia.").
%~ e2c_80=failure.
%~ c88=(?-c88("At least a few committee members are from Scandinavia.")).
%~ ?-c88("Few committee members are from Portugal.").
%~ list_undefined([]).
%~ ?- c88("Few committee members are from Portugal.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]],
['.','.']]]. */
%~ ?- c88("Few committee members are from Portugal.").
/* into_lexical_segs = [ w( few, [
pos(jj), root(few),loc(1),lnks(3),txt("Few"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( portugal, [
pos(nnp), root('Portugal'),loc(6),lnks(5),
txt("Portugal"),ner('COUNTRY'),
truecase('INIT_UPPER'),entitylink('Portugal'),
corefed,#(1),txt(["Portugal"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Portugal',"Portugal")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Few committee members are from Portugal.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[adj(few),adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,prep_phrase(Prep,prep(from),np(3+sg,nameOf(Portugal,portugal,[]),[])))],
[])). */
%~ ?- c88("Few committee members are from Portugal.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[],
thing&Thing-Prep),
identityQ([aux(be,[pres+fin]),root]),
true,
[ '`'(generic_pred(frame_59619,thing,prep(from),Prep,Generic)),
quantS( identityQ(IdentityQ2),
thing&geo&country-Portugal, '`'(bE(named,Portugal,portugal)),'`'(true),
[],
thing&geo&country-Generic)])). */
%~ ?- c88("Few committee members are from Portugal.").
/* clausify80 = answer80([]) :-
bE(named,Generic_Portugal,portugal) ,
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_59619,thing,prep(from),Member_Committee_Few,Generic_Portugal). */
%~ ?- c88("Few committee members are from Portugal.").
%~ any_to_ace_str="Few committee members are from Portugal .".
%~ ?- c88("Few committee members are from Portugal.").
%~ try_ace_drs=failure.
%~ ?- c88("Few committee members are from Portugal.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59619,thing,prep(from),Member_Committee_Few,portugal). */
%~ ?- c88("Few committee members are from Portugal.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28544,few,adj))).
%~ ?- c88("Few committee members are from Portugal.").
%~ results80=[[false]].
%~ ?- c88("Few committee members are from Portugal.").
%~ any_to_ace_str="Few committee members are from Portugal.".
%~ ?- c88("Few committee members are from Portugal.").
%~ try_ace_eng=failure.
%~ ?- c88("Few committee members are from Portugal.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_59619,thing,prep(from),Member_Committee_Few,portugal))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8668,few,adj))).
%~ ?- c88("Few committee members are from Portugal.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]],
['.','.']]],
_1603406).
%~ call_residue_vars=[].
%~ ?- c88("Few committee members are from Portugal.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59619,thing,prep(from),Member_Committee_Few,portugal). */
%~ ?-c88("All committee members are people.").
%~ list_undefined([]).
%~ ?- c88("All committee members are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All committee members are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(5),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All committee members are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All committee members are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All committee members are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people .".
%~ ?- c88("All committee members are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All committee members are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All committee members are people.").
%~ results80=[[false]].
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people.".
%~ ?- c88("All committee members are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All committee members are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80( qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All committee members are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_931480).
%~ call_residue_vars=[].
%~ ?- c88("All committee members are people.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are from Portugal are from southern Europe.").
%~ list_undefined([]).
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]]. */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3907698,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(4,6))),
link(3,'SBAR',r('SBAR',seg(3,6))), link(4,'NP',r('NP',seg(1,6))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(7),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,11))),
link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( portugal, [
pos(nnp), root('Portugal'),loc(6),lnks(8),
txt("Portugal"),ner('COUNTRY'),
truecase('INIT_UPPER'),entitylink('Portugal'),
corefed,#(1),txt(["Portugal"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'SBAR',r('SBAR',seg(3,6))), link(6,'NP',r('NP',seg(1,6))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Portugal',"Portugal")]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person3,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( southern, [
pos(jj), root(southern),loc(9),lnks(5),
txt("southern"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularDegree,xSouthernTheWord,"southern"),
cycWord(xSouthernTheWord),
cycTerm(vSouthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xSouthernTheWord,southern),
clex_word(adj,southern,southern,unknown),
fsr( southern-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, n,head]],
1],
[ [ [ part-c, target,target],
[ whole-c, n,head]],
13],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
32],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
8]]), concept(fn,part_orientational),talk_db(adj,southern)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_4414436,pronoun(agent,3+_4414436),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Portugal,portugal,[]),[]))]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( arg_pred,
prep_phrase(Prep13,prep(from),np(3+sg,nameOf(Southern_europe,southern_europe,[]),[])))],
[])). */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ i_sentence=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ clausify80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ any_to_ace_str="All people who are from Portugal are from southern Europe .".
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ simplify80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ results80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ any_to_ace_str="All people who are from Portugal are from southern Europe.".
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ compile80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2677914).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670774).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(1.161).
%~ c88=(?-c88("All people who are from Portugal are from southern Europe.")).
%~ ?-c88("Are there few committee members from southern Europe?").
%~ list_undefined([]).
%~ ?- c88("Are there few committee members from southern Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.',?]]]. */
%~ ?- c88("Are there few committee members from southern Europe?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( few, [
pos(jj), root(few),loc(3),lnks(4),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(4),lnks(4),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,5))), link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(5),lnks(4),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'NP',r('NP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( southern, [
pos(jj), root(southern),loc(7),lnks(5),
txt("southern"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xSouthernTheWord,"southern"),
cycWord(xSouthernTheWord),
cycTerm(vSouthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xSouthernTheWord,southern),
clex_word(adj,southern,southern,unknown),
fsr( southern-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, n,head]],
1],
[ [ [ part-c, target,target],
[ whole-c, n,head]],
13],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
32],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
8]]), concept(fn,part_orientational),talk_db(adj,southern)]),
w( europe, [
pos(nnp), root('Europe'),loc(8),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'NP',r('NP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there few committee members from southern Europe?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(few),adj(committee)],member),
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Southern_europe,southern_europe,[]),[]))]))],
[])). */
%~ ?- c88("Are there few committee members from southern Europe?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[ ( quantS( identityQ(IdentityQ3),
thing&Thing11-Southern_europe,
'`'(bE(named,Southern_europe,southern_europe)),
'`'(true),
[],
thing&Thing11-Generic) &
'`'(generic_pred(frame_59734,thing,prep(from),Member_Committee_Few,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("Are there few committee members from southern Europe?").
/* clausify80 = answer80([]) :-
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_59734,thing,prep(from),Member_Committee_Few,Generic_Southern_europe) ,
bE(named,Generic_Southern_europe,southern_europe) ,
^( Is,
((true,true),true),true,bE(is,Is,Member_Committee_Few),true,true). */
%~ ?- c88("Are there few committee members from southern Europe?").
%~ any_to_ace_str="Are there few committee members from southern Europe ?".
%~ ?- c88("Are there few committee members from southern Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there few committee members from southern Europe?").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59734,thing,prep(from),Member_Committee_Few,southern_europe) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?- c88("Are there few committee members from southern Europe?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28300,few,adj))).
%~ ?- c88("Are there few committee members from southern Europe?").
%~ results80=[[false]].
%~ ?- c88("Are there few committee members from southern Europe?").
%~ any_to_ace_str="Are there few committee members from southern Europe? .".
%~ ?- c88("Are there few committee members from southern Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there few committee members from southern Europe?").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_59734,thing,prep(from),Member_Committee_Few,southern_europe)) ,
database80(bE(is,Is,Member_Committee_Few))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8740,few,adj))).
%~ ?- c88("Are there few committee members from southern Europe?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.',?]]],
_2538300).
%~ call_residue_vars=[].
%~ ?- c88("Are there few committee members from southern Europe?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59734,thing,prep(from),Member_Committee_Few,southern_europe) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?-c88("There are few committee members from southern Europe.").
%~ list_undefined([]).
%~ ?- c88("There are few committee members from southern Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("There are few committee members from southern Europe.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( few, [
pos(jj), root(few),loc(3),lnks(5),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(4),lnks(5),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(5),lnks(5),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(6),lnks(5),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'NP',r('NP',seg(3,8))), link(3,'VP',r('VP',seg(2,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( southern, [
pos(jj), root(southern),loc(7),lnks(6),
txt("southern"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xSouthernTheWord,"southern"),
cycWord(xSouthernTheWord),
cycTerm(vSouthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xSouthernTheWord,southern),
clex_word(adj,southern,southern,unknown),
fsr( southern-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, n,head]],
1],
[ [ [ part-c, target,target],
[ whole-c, n,head]],
13],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
32],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
8]]), concept(fn,part_orientational),talk_db(adj,southern)]),
w( europe, [
pos(nnp), root('Europe'),loc(8),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))),
link(3,'NP',r('NP',seg(3,8))), link(4,'VP',r('VP',seg(2,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are few committee members from southern Europe.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(few),adj(committee)],member),
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Southern_europe,southern_europe,[]),[]))]))],
[])). */
%~ ?- c88("There are few committee members from southern Europe.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[ ( quantS( identityQ(IdentityQ2),
thing&Thing10-Southern_europe,
'`'(bE(named,Southern_europe,southern_europe)),
'`'(true),
[],
thing&Thing10-Generic) &
'`'(generic_pred(frame_59738,thing,prep(from),Member_Committee_Few,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("There are few committee members from southern Europe.").
/* clausify80 = answer80([]) :-
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_59738,thing,prep(from),Member_Committee_Few,Generic_Southern_europe) ,
bE(named,Generic_Southern_europe,southern_europe) ,
^( Is,
((true,true),true),true,bE(is,Is,Member_Committee_Few),true,true). */
%~ ?- c88("There are few committee members from southern Europe.").
%~ any_to_ace_str="There are few committee members from southern Europe .".
%~ ?- c88("There are few committee members from southern Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("There are few committee members from southern Europe.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59738,thing,prep(from),Member_Committee_Few,southern_europe) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?- c88("There are few committee members from southern Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28008,few,adj))).
%~ ?- c88("There are few committee members from southern Europe.").
%~ results80=[[false]].
%~ ?- c88("There are few committee members from southern Europe.").
%~ any_to_ace_str="There are few committee members from southern Europe.".
%~ ?- c88("There are few committee members from southern Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("There are few committee members from southern Europe.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_59738,thing,prep(from),Member_Committee_Few,southern_europe)) ,
database80(bE(is,Is,Member_Committee_Few))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8738,few,adj))).
%~ ?- c88("There are few committee members from southern Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]]],
['.','.']]],
_2014568).
%~ call_residue_vars = [ _19276, _19220,_19200,_19178,_19106,_19050,
%~ _19030,_19008].
%~ ?- c88("There are few committee members from southern Europe.").
/* e2c_80 = asserted( exists( Exists,
exists( Exists_Europe_ActMembering,
exists( Exists_Southern,
few( Doer_Few_C,
( p(c(member,from),Doer_Few_C,Exists_Southern) &
iza(Exists_Europe_ActMembering,actMembering) &
doer(Exists_Europe_ActMembering,Doer_Few_C) &
objectMembered(Exists_Europe_ActMembering,iEurope) &
iza(Exists_Southern,'Southern') &
iza(Doer_Few_C,'Committee') &
~numberOf(Exists,1))))))). */
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_59738,thing,prep(from),Member_Committee_Few,southern_europe) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?-c88("Both commissioners used to be leading businessmen.").
%~ list_undefined([]).
%~ ?- c88("Both commissioners used to be leading businessmen.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]],
['.','.']]]. */
%~ ?- c88("Both commissioners used to be leading businessmen.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(2),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(3),lnks(3),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(4),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'S',r('S',seg(4,7))),link(3,'VP',r('VP',seg(3,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1894498/_1894500,Lf6,Lf6)]),
w( be, [
pos(vb), root(be),loc(5),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(4,7))),
link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( leading, [
pos(vbg), root(lead),loc(6),lnks(7),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'VP',r('VP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( businessmen, [
pos(nns), root(businessman),loc(7),lnks(7),
txt("businessmen"),truecase('LOWER'),
link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'VP',r('VP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ sentence80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ i_sentence=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ clausify80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ any_to_ace_str="Both commissioners in the past using to be leading businessmen .".
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_drs=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ simplify80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_fol=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ results80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ any_to_ace_str="Both commissioners used to be leading businessmen.".
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_eng=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ compile80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]],
['.','.']]],
_1695152).
%~ call_residue_vars=[].
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both commissioners used to be leading businessmen.")).
%~ ?-c88("Did both commissioners used to be businessmen?").
%~ list_undefined([]).
%~ ?- c88("Did both commissioners used to be businessmen?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',both],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]]],
['.',?]]]. */
%~ ?- c88("Did both commissioners used to be businessmen?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(3),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( both, [
pos(dt), root(both),loc(2),lnks(4),txt("both"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"),
cycWord(xBothTheWord),
ac(pronounStrings,xBothTheWord,"both"), fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(3),lnks(4),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,7))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(4),lnks(4),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'S',r('S',seg(1,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(5),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,7))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(4,7))),
link(4,'S',r('S',seg(1,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf5,Lf5),
aux_lf(to,_1880642/_1880644,Lf6,Lf6)]),
w( be, [
pos(vb), root(be),loc(6),lnks(7),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(5,7))),
link(4,'VP',r('VP',seg(4,7))),link(5,'S',r('S',seg(1,7))),
link(6,'S',r('S',seg(1,8))), link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( businessmen, [
pos(nns), root(businessman),loc(7),lnks(8),
txt("businessmen"),truecase('LOWER'),corefed,
#(2),txt(["businessmen"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))), link(3,'VP',r('VP',seg(5,7))),link(4,'S',r('S',seg(5,7))),
link(5,'VP',r('VP',seg(4,7))),link(6,'S',r('S',seg(1,7))),
link(7,'S',r('S',seg(1,8))), link(8,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ sentence80=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ i_sentence=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ clausify80=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ any_to_ace_str="in the past both commissioners in the past using to be businessmen ?".
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ try_ace_drs=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ simplify80=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ try_ace_fol=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ results80=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ any_to_ace_str="Did both commissioners used to be businessmen? .".
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ try_ace_eng=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ compile80=failure.
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',both],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]]],
['.',?]]],
_1691702).
%~ call_residue_vars=[].
%~ ?- c88("Did both commissioners used to be businessmen?").
%~ e2c_80=failure.
%~ c88=(?-c88("Did both commissioners used to be businessmen?")).
%~ ?-c88("Both commissioners used to be businessmen.").
%~ list_undefined([]).
%~ ?- c88("Both commissioners used to be businessmen.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]],
['.','.']]]. */
%~ ?- c88("Both commissioners used to be businessmen.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(2),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(3),lnks(3),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(4),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,6))),
link(2,'S',r('S',seg(4,6))),link(3,'VP',r('VP',seg(3,6))),
link(4,'S',r('S',seg(1,7))), link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1585392/_1585394,Lf5,Lf5)]),
w( be, [
pos(vb), root(be),loc(5),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'VP',r('VP',seg(3,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( businessmen, [
pos(nns), root(businessman),loc(6),lnks(7),
txt("businessmen"),truecase('LOWER'),corefed,
#(2),txt(["businessmen"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'VP',r('VP',seg(3,6))),link(6,'S',r('S',seg(1,7))),
link(7,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both commissioners used to be businessmen.").
%~ sentence80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ i_sentence=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ clausify80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ any_to_ace_str="Both commissioners in the past using to be businessmen .".
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_drs=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ simplify80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_fol=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ results80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ any_to_ace_str="Both commissioners used to be businessmen.".
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_eng=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ compile80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]],
['.','.']]],
_1427372).
%~ call_residue_vars=[].
%~ ?- c88("Both commissioners used to be businessmen.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both commissioners used to be businessmen.")).
%~ ?-c88("Neither commissioner spends a lot of time at home.").
%~ list_undefined([]).
%~ ?- c88("Neither commissioner spends a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("Neither commissioner spends a lot of time at home.").
/* into_lexical_segs = [ w( neither, [
pos(dt), root(neither),loc(1),lnks(3),txt("Neither"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xNeitherTheWord,"neither"),
cycWord(xNeitherTheWord),
ac(pronounStrings,xNeitherTheWord,"neither"),
ttholds(inflConjunctionUnchecked,'TTWord_Neither',"neither"),
talk_db(conj,neither)]),
w( commissioner, [
pos(nn), root(commissioner),loc(2),lnks(3),
txt("commissioner"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(agentiveSg,xCommissionTheWord,"commissioner"),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(singular,xCommissionerTheWord,"commissioner"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
ac(singular,xCommissionTheWord,commission),
clex_word(noun,commissioner,commissioner,human+sg-count)]),
w( spends, [
pos(vbz), root(spend),loc(3),lnks(3),txt("spends"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xSpendTheWord,"spends"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spends,spend,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Spend',"spends"),
talk_db(transitive,spend,spends,spent,spending,spent),
talk_db(intransitive,spend,spends,spended,spending,spended)]),
w( a, [
pos(dt), root(a),loc(4),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(5),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(6),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(4,7))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(7),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'NP',r('NP',seg(4,7))), link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(8),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(9),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(3,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ sentence80=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ any_to_ace_str="Neither commissioner spends a lot of time at home .".
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ results80=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ any_to_ace_str="Neither commissioner spends a lot of time at home.".
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2614944).
%~ call_residue_vars=[].
%~ ?- c88("Neither commissioner spends a lot of time at home.").
%~ e2c_80=failure.
%~ c88=(?-c88("Neither commissioner spends a lot of time at home.")).
%~ ?-c88("Does neither commissioner spend time at home?").
%~ list_undefined([]).
%~ ?- c88("Does neither commissioner spend time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',neither]]],
[ 'S',
[ 'NP',
['NN',commissioner]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]],
['.',?]]]. */
%~ ?- c88("Does neither commissioner spend time at home?").
/* into_lexical_segs = [ w( does, [
pos(vbz), root(do),loc(1),lnks(3),txt("Does"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( neither, [
pos(dt), root(neither),loc(2),lnks(4),txt("neither"),
truecase('LOWER'),corefed,#(1),
txt(["neither"]),type('NOMINAL'),
numb('UNKNOWN'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(2,2))),link(2,'S',r('S',seg(1,2))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xNeitherTheWord,"neither"),
cycWord(xNeitherTheWord),
ac(pronounStrings,xNeitherTheWord,"neither"),
ttholds(inflConjunctionUnchecked,'TTWord_Neither',"neither"),
talk_db(conj,neither)]),
w( commissioner, [
pos(nn), root(commissioner),loc(3),lnks(4),
txt("commissioner"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(3,3))),link(2,'S',r('S',seg(3,7))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(agentiveSg,xCommissionTheWord,"commissioner"),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(singular,xCommissionerTheWord,"commissioner"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
ac(singular,xCommissionTheWord,commission),
clex_word(noun,commissioner,commissioner,human+sg-count)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(4),lnks(4),
txt("spend"),truecase('INIT_UPPER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(3,7))),
link(3,'S',r('S',seg(1,8))), link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(5),lnks(5),txt("time"),
truecase('INIT_UPPER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(5,5))), link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(3,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(6),lnks(5),txt("at"),
truecase('INIT_UPPER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(3,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(7),lnks(6),txt("home"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(3,7))),
link(5,'S',r('S',seg(1,8))), link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr2-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Does neither commissioner spend time at home?").
%~ sentence80=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ i_sentence=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ clausify80=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ any_to_ace_str="Does neither commissioner spend time at home ?".
%~ ?- c88("Does neither commissioner spend time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ simplify80=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ results80=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ any_to_ace_str="Does neither commissioner spend time at home? .".
%~ ?- c88("Does neither commissioner spend time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ compile80=failure.
%~ ?- c88("Does neither commissioner spend time at home?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',neither]]],
[ 'S',
[ 'NP',
['NN',commissioner]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]],
['.',?]]],
_1835264).
%~ call_residue_vars=[].
%~ ?- c88("Does neither commissioner spend time at home?").
%~ e2c_80=failure.
%~ c88=(?-c88("Does neither commissioner spend time at home?")).
%~ ?-c88("Neither commissioner spends time at home.").
%~ list_undefined([]).
%~ ?- c88("Neither commissioner spends time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("Neither commissioner spends time at home.").
/* into_lexical_segs = [ w( neither, [
pos(dt), root(neither),loc(1),lnks(3),txt("Neither"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xNeitherTheWord,"neither"),
cycWord(xNeitherTheWord),
ac(pronounStrings,xNeitherTheWord,"neither"),
ttholds(inflConjunctionUnchecked,'TTWord_Neither',"neither"),
talk_db(conj,neither)]),
w( commissioner, [
pos(nn), root(commissioner),loc(2),lnks(3),
txt("commissioner"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(agentiveSg,xCommissionTheWord,"commissioner"),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(singular,xCommissionerTheWord,"commissioner"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
ac(singular,xCommissionTheWord,commission),
clex_word(noun,commissioner,commissioner,human+sg-count)]),
w( spends, [
pos(vbz), root(spend),loc(3),lnks(3),txt("spends"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xSpendTheWord,"spends"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spends,spend,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Spend',"spends"),
talk_db(transitive,spend,spends,spent,spending,spent),
talk_db(intransitive,spend,spends,spended,spending,spended)]),
w( time, [
pos(nn), root(time),loc(4),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(4,4))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(5),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(6),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Neither commissioner spends time at home.").
%~ sentence80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ i_sentence=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ clausify80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ any_to_ace_str="Neither commissioner spends time at home .".
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ simplify80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ results80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ any_to_ace_str="Neither commissioner spends time at home.".
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ compile80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1417684).
%~ call_residue_vars=[].
%~ ?- c88("Neither commissioner spends time at home.").
%~ e2c_80=failure.
%~ c88=(?-c88("Neither commissioner spends time at home.")).
%~ ?-c88("At least three commissioners spend a lot of time at home.").
%~ list_undefined([]).
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(3),lnks(4),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(6),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(7),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(8),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(9),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'VP',r('VP',seg(5,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(10),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(11),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ any_to_ace_str="At least three commissioners spend a lot of time at home .".
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ results80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ any_to_ace_str="At least three commissioners spend a lot of time at home.".
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2434084).
%~ call_residue_vars = [ _16252, _16238,_16224,_16202,_16188,_16174,
%~ _16152,_16138,_16124,_16102,_16088,
%~ _16074].
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* e2c_80 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ c88 is runtime(1.322).
/* c88 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ ?-c88("Do at least three commissioners spend time at home?").
%~ list_undefined([]).
%~ ?- c88("Do at least three commissioners spend time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]]]],
['.',?]]]. */
%~ ?- c88("Do at least three commissioners spend time at home?").
/* into_lexical_segs = [ w( do, [
alt(pos(vbp)), root(do),pos(vb),loc(1),lnks(3),
txt("Do"),truecase('INIT_UPPER'),
link(1,'VP',r('VP',seg(1,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( at, [
pos(in), root(at),loc(2),lnks(8),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(2,9))),
link(5,'SBAR',r('SBAR',seg(2,9))), link(6,'VP',r('VP',seg(1,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(rbs), root(least),loc(3),lnks(8),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(2,9))),
link(5,'SBAR',r('SBAR',seg(2,9))), link(6,'VP',r('VP',seg(1,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(4),lnks(7),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(2,4))), link(2,'NP',r('NP',seg(2,5))),link(3,'S',r('S',seg(2,9))),
link(4,'SBAR',r('SBAR',seg(2,9))), link(5,'VP',r('VP',seg(1,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(5),lnks(6),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,5))),link(2,'S',r('S',seg(2,9))),
link(3,'SBAR',r('SBAR',seg(2,9))), link(4,'VP',r('VP',seg(1,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(6),lnks(6),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,9))),link(2,'S',r('S',seg(2,9))),
link(3,'SBAR',r('SBAR',seg(2,9))), link(4,'VP',r('VP',seg(1,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(7),lnks(7),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))), link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(2,9))),
link(4,'SBAR',r('SBAR',seg(2,9))), link(5,'VP',r('VP',seg(1,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(8),lnks(7),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(2,9))),
link(4,'SBAR',r('SBAR',seg(2,9))), link(5,'VP',r('VP',seg(1,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(9),lnks(8),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(2,9))),
link(5,'SBAR',r('SBAR',seg(2,9))), link(6,'VP',r('VP',seg(1,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Do at least three commissioners spend time at home?").
/* sentence80 = q( s( np(3+pl,np_head(QuantV,quantV(notP([])+less,3),[],commissioner),[]),
verb(main+tv,spend,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Generic,generic,[],time),
[ prep_phrase(Prep,prep(at),np(3+sg,np_head(Generic5,generic,[],home),[]))]))],
[])). */
%~ ?- c88("Do at least three commissioners spend time at home?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner))),
'`'(true),
[],
Np_head-Mg),
identityQ([pres+fin]),
generic_pred(frame_59744,thing,mg(spend),Mg,Generic),
[ quantS( voidQ,
Frame_59744&Frame_5974415-Prep_Time, '`'(bE(same,Prep_Time,time)),'`'(true),
[ ( quantS( voidQ,
Frame_59744&Frame_5974416-Home, '`'(bE(same,Home,home)),'`'(true),
[],
Frame_59744&Frame_5974416-Generic3) &
'`'(generic_pred(frame_59744,Frame_59744,prep(at),Prep_Time,Generic3)))],
Frame_59744&Frame_5974415-Generic)])). */
%~ ?- c88("Do at least three commissioners spend time at home?").
/* clausify80 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59744,Frame_59744,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_59744,thing,mg(spend),Mg_QualifiedBy,Generic_Prep_Time))))). */
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ any_to_ace_str="Do at least three commissioners spend time at home ?".
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Do at least three commissioners spend time at home?").
/* simplify80 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59744,Frame_59744,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_59744,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))))). */
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ results80=[[false]].
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ any_to_ace_str="Do at least three commissioners spend time at home? .".
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Do at least three commissioners spend time at home?").
/* compile80 = ( ( ( database80(bE(same,Generic_Prep_Time,time)) ,
database80( generic_pred(frame_59744,Frame_59744,prep(at),Generic_Prep_Time,Generic_Home)) ,
database80(bE(same,Generic_Home,home)) ,
database80( qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner))) ,
database80(generic_pred(frame_59744,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]]]],
['.',?]]],
_1314362).
%~ call_residue_vars=[].
%~ ?- c88("Do at least three commissioners spend time at home?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59744,Frame_59744,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_59744,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))))). */
%~ ?-c88("At least three commissioners spend time at home.").
%~ list_undefined([]).
%~ ?- c88("At least three commissioners spend time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At least three commissioners spend time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(3),lnks(4),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(6),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))), link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(7),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(8),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At least three commissioners spend time at home.").
%~ sentence80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ i_sentence=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ clausify80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ any_to_ace_str="At least three commissioners spend time at home .".
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ simplify80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ results80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ any_to_ace_str="At least three commissioners spend time at home.".
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ compile80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1288928).
%~ call_residue_vars = [ _14710, _14696,_14674,_14660,_14646,_14632,
%~ _14618,_14596,_14582,_14568].
%~ ?- c88("At least three commissioners spend time at home.").
/* e2c_80 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
/* c88 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
%~ ?-c88("At most ten commissioners spend a lot of time at home.").
%~ list_undefined([]).
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(3),lnks(4),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(6),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(7),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(8),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(9),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'VP',r('VP',seg(5,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(10),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(11),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ any_to_ace_str="At most ten commissioners spend a lot of time at home .".
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ results80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ any_to_ace_str="At most ten commissioners spend a lot of time at home.".
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2486276).
%~ call_residue_vars = [ _16050, _16036,_16022,_16000,_15986,_15972,
%~ _15950,_15936,_15922,_15900,_15886,
%~ _15872].
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* e2c_80 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
/* c88 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ ?-c88("Do at most ten commissioners spend time at home?").
%~ list_undefined([]).
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD',ten]],
['NNS',commissioners]]]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]]. */
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* into_lexical_segs = [ w( do, [
pos(vb), root(do),loc(1),lnks(4),txt("Do"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,5))),
link(2,'S',r('S',seg(1,5))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( at, [
pos(in), root(at),loc(2),lnks(7),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))),
link(3,'NP',r('NP',seg(2,5))), link(4,'VP',r('VP',seg(1,5))),link(5,'S',r('S',seg(1,5))),
link(6,'S',r('S',seg(1,10))), link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(rbs), root(most),loc(3),lnks(7),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))),
link(3,'NP',r('NP',seg(2,5))), link(4,'VP',r('VP',seg(1,5))),link(5,'S',r('S',seg(1,5))),
link(6,'S',r('S',seg(1,10))), link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(4),lnks(6),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(2,4))),
link(2,'NP',r('NP',seg(2,5))), link(3,'VP',r('VP',seg(1,5))),link(4,'S',r('S',seg(1,5))),
link(5,'S',r('S',seg(1,10))), link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(5),lnks(5),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,5))), link(2,'VP',r('VP',seg(1,5))),link(3,'S',r('S',seg(1,5))),
link(4,'S',r('S',seg(1,10))), link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(6),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(7),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))), link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(8),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(9),lnks(5),txt("home"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* sentence80 = q( s( np(3+pl,np_head(QuantV,quantV(notP([])+more,10),[],commissioner),[]),
verb(main+tv,spend,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Generic,generic,[],time),
[ prep_phrase(Prep,prep(at),np(3+sg,np_head(Generic5,generic,[],home),[]))]))],
[])). */
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner))),
'`'(true),
[],
Np_head-Mg),
identityQ([pres+fin]),
generic_pred(frame_59750,thing,mg(spend),Mg,Generic),
[ quantS( voidQ,
Frame_59750&Frame_5975015-Prep_Time, '`'(bE(same,Prep_Time,time)),'`'(true),
[ ( quantS( voidQ,
Frame_59750&Frame_5975016-Home, '`'(bE(same,Home,home)),'`'(true),
[],
Frame_59750&Frame_5975016-Generic3) &
'`'(generic_pred(frame_59750,Frame_59750,prep(at),Prep_Time,Generic3)))],
Frame_59750&Frame_5975015-Generic)])). */
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* clausify80 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59750,Frame_59750,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_59750,thing,mg(spend),Mg_QualifiedBy,Generic_Prep_Time))))). */
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ any_to_ace_str="Do at most ten commissioners spend time at home ?".
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* simplify80 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59750,Frame_59750,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_59750,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))))). */
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ results80=[[false]].
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ any_to_ace_str="Do at most ten commissioners spend time at home? .".
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Do at most ten commissioners spend time at home?").
/* compile80 = ( ( ( database80(bE(same,Generic_Prep_Time,time)) ,
database80( generic_pred(frame_59750,Frame_59750,prep(at),Generic_Prep_Time,Generic_Home)) ,
database80(bE(same,Generic_Home,home)) ,
database80( qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner))) ,
database80(generic_pred(frame_59750,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD',ten]],
['NNS',commissioners]]]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]],
_1409860).
%~ call_residue_vars=[].
%~ ?- c88("Do at most ten commissioners spend time at home?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Generic_Prep_Time,
( bE(same,Generic_Prep_Time,time) ,
generic_pred(frame_59750,Frame_59750,prep(at),Generic_Prep_Time,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_59750,thing,spend,Spend_QualifiedBy,Generic_Prep_Time))))). */
%~ ?-c88("At most ten commissioners spend time at home.").
%~ list_undefined([]).
%~ ?- c88("At most ten commissioners spend time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At most ten commissioners spend time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(3),lnks(4),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(6),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))), link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(7),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(8),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At most ten commissioners spend time at home.").
%~ sentence80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ i_sentence=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ clausify80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ any_to_ace_str="At most ten commissioners spend time at home .".
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ simplify80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ results80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ any_to_ace_str="At most ten commissioners spend time at home.".
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ compile80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1326766).
%~ call_residue_vars = [ _14506, _14492,_14470,_14456,_14442,_14428,
%~ _14414,_14392,_14378,_14364].
%~ ?- c88("At most ten commissioners spend time at home.").
/* e2c_80 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
/* c88 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
%~ ?-c88("An Irishman won a Nobel prize.").
%~ list_undefined([]).
%~ ?- c88("An Irishman won a Nobel prize.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("An Irishman won a Nobel prize.").
/* into_lexical_segs = [ w( an, [
pos(dt), root(a),loc(1),lnks(3),txt("An"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(2),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("An Irishman won a Nobel prize.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[adj(nobel)],prize),[]))],
[])). */
%~ ?- c88("An Irishman won a Nobel prize.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Irishman8-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman8-Mg),
identityQ([in_past,root]),
generic_pred(frame_59761,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
_3365534&_3365536-Prize_Nobel,
'`'('`'(property(Prize_Nobel,nobel,pos))&ti(prize,Prize_Nobel)),
'`'(true),
[],
_3358556&_3358558-Generic)])). */
%~ ?- c88("An Irishman won a Nobel prize.").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Prize_Nobel,nobel,pos))&ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
( generic_pred(frame_59761,thing,mg(win),Mg_Irishman,Generic_Prize_Nobel))). */
%~ ?- c88("An Irishman won a Nobel prize.").
%~ any_to_ace_str="An Irishman in the past winning a Nobel prize .".
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_drs=failure.
%~ ?- c88("An Irishman won a Nobel prize.").
/* simplify80 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59761,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_28350,nobel,pos))).
%~ ?- c88("An Irishman won a Nobel prize.").
%~ results80=[[false]].
%~ ?- c88("An Irishman won a Nobel prize.").
%~ any_to_ace_str="An Irishman won a Nobel prize.".
%~ ?- c88("An Irishman won a Nobel prize.").
%~ try_ace_eng=failure.
%~ ?- c88("An Irishman won a Nobel prize.").
/* compile80 = ( ( ( database80(property(Generic_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Generic_Prize_Nobel)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_59761,thing,win,Win_Irishman,Generic_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8578,nobel,pos))).
%~ ?- c88("An Irishman won a Nobel prize.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]],
_1884546).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[_14482,_14378,_14316].
%~ ?- c88("An Irishman won a Nobel prize.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59761,thing,win,Win_Irishman,Generic_Prize_Nobel)). */
%~ ?-c88("Did an Irishman win the Nobel prize for literature?").
%~ list_undefined([]).
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',an],
['NNP','Irishman']],
[ 'VP',
['VB',win],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.',?]]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,10))),
link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( an, [
pos(dt), root(a),loc(2),lnks(3),txt("an"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(3),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( win, [
pos(vb), root(win),loc(4),lnks(3),txt("win"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xWinTheWord,"win"),cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(infinitive,xWinTheWord,win),
clex_word(verb,win,win,iv+infpl),
clex_word(verb,win,win,tv+infpl),
clex_word(verb,win,win,dv('')+infpl),
clex_word(noun,win,win,neutr+sg-count),
fsr( win-n,
finish_competition,
[ [ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competition-c, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ prize-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ time-p, poss,gen],
[ competition-c, n,dep],
[ competitor-c, dni,null],
[ opponent-c, ini,null]],
1],
[ [ [ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep]],
1],
[ [ [ competitor-c, pp,dep]],
8],
[ [ [ competitor-c, poss,gen],
[ competition-c, n,dep]],
4],
[ [ [ score-p, n,dep],
[ place-p, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ venue-p, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep]],
2],
[ [ [ competitor-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pping,dep],
[ competitor-c, dni,null]],
1],
[ [ [ opponent-c, pp,dep]],
8],
[ [ [ competitor-c, n,dep],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep]],
2],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep]],
2],
[ [ [ competitor-c, poss,gen]],
12],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
2],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep]],
3],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
3],
[ [ [ competitor-c, n,dep]],
3],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
7],
[ [ [ time-p, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ time-p, np,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ competition-c, pp,dep]],
4],
[ [ [ margin-p, ajp,dep],
[ competitor-c, pp,dep],
[ opponent-c, dni,null]],
1]]),
concept(fn,finish_competition),
fsr( win-v,
win_game,
[ [ [ [ competitor-c, np,ext],
[ explanation-e, sub,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ score-p, pp,dep],
[ explanation-e, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ iteration-e, np,dep],
[ particular_iteration-e, np,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, np,obj],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ particular_iteration-e, avp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ opponent-p, pp,dep],
[ competition-c, ini,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, np,dep],
[ circumstances-e, vped,dep],
[ competition-c, dni,null]],
1],
[ [ [ means-p, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ particular_iteration-e, np,dep],
[ place-p, avp,dep],
[ re_encoding-e, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ margin-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pp,dep]],
2],
[ [ [ means-p, pping,dep],
[ competition-c, dni,null],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ competitor-c, np,ext],
[ prize-p, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, dni,null]],
3],
[ [ [ competitor-c, np,ext],
[ period_of_iterations-e, avp,dep],
[ competition-c, np,obj],
[ time-p, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ manner-p, avp,dep],
[ event_description-e, vping,dep],
[ competition-c, dni,null]],
1],
[ [ [ time-p, pp,dep],
[ competitor-c, np,ext],
[ competition-c, np,obj],
[ result-e, vpto,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj]],
8],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ opponent-p, pp,dep],
[ score-p, avp,dep],
[ time-p, np,dep]],
1],
[ [ [ time-p, avp,dep],
[ competitor-c, np,ext],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, avp,dep],
[ score-p, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, np,ext],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ iteration-e, avp,dep],
[ particular_iteration-e, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, avp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ epistemic_stance-e, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ competition-c, dni,null]],
2]]),
concept(fn,win_game),
ttholds(inflVerbUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Win',"win"),
verbnet_map_wn(win,['win%2:40:00'],'get-13.5.1'),
concept(vn,'get-13.5.1'),
listof(concept(wn),['win%2:40:00']),
verbnet_to_framenet('get-13.5.1',win,'win.02'), concept(fn,'win.02'),verbnet_word(win,'get-13.5.1',"win")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( nobel, [
pos(nnp), root('Nobel'),loc(6),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(5,7))), link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(7),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( for, [
pos(in), root(for),loc(8),lnks(4),txt("for"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( literature, [
pos(nn), root(literature),loc(9),lnks(5),
txt("literature"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(massNumber,xLiteratureTheWord,"literature"),
cycWord(xLiteratureTheWord),
cycTerm(cwLiteraryWorkCW,ttQAClarifyingCollectionType,tSet),
ac(singular,xLiteratureTheWord,"literature"),
ac(massNumber,xLiteratureTheWord,literature),
ac(singular,xLiteratureTheWord,literature),
clex_word(noun,literature,literature,neutr+Neutr-mass), fsr(literature-n,fields,[]),concept(fn,fields),
fsr(literature-n,text,[]),concept(fn,text),
ttholds(inflNounSingularUnchecked,'TTWord_Literature',"literature")]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[adj(nobel)],prize),
[ prep_phrase(Prep,prep(for),np(3+sg,np_head(Generic,generic,[],literature),[]))]))],
[])). */
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Mg_Irishman13-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman13-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_59772,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_59772&Frame_5977215-Prep_Prize_Nobel,
'`'('`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel)),
'`'(true),
[ ( quantS( voidQ,
Frame_59772&Frame_5977216-Literature, '`'(bE(same,Literature,literature)),'`'(true),
[],
Frame_59772&Frame_5977216-Generic4) &
'`'(generic_pred(frame_59772,Frame_59772,prep(for),Prep_Prize_Nobel,Generic4)))],
Frame_59772&Frame_5977215-Generic)])). */
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* clausify80 = answer80([]) :-
'`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59772,Frame_59772,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
true,generic_pred(frame_59772,thing,mg(win),Mg_Irishman,Prep_Prize_Nobel),true,true))). */
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ any_to_ace_str="in the past an Irishman win the Nobel prize for literature ?".
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ try_ace_drs=failure.
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* simplify80 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59772,Frame_59772,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59772,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_30268,nobel,pos))).
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ results80=[[false]].
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ any_to_ace_str="Did an Irishman win the Nobel prize for literature? .".
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ try_ace_eng=failure.
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
/* compile80 = ( ( ( database80(property(Prep_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Prep_Prize_Nobel)) ,
database80( generic_pred(frame_59772,Frame_59772,prep(for),Prep_Prize_Nobel,Generic_Literature)) ,
database80(bE(same,Generic_Literature,literature)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_59772,thing,win,Win_Irishman,Prep_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8780,nobel,pos))).
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',an],
['NNP','Irishman']],
[ 'VP',
['VB',win],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.',?]]],
_2956354).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[].
%~ ?- c88("Did an Irishman win the Nobel prize for literature?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59772,Frame_59772,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59772,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?-c88("An Irishman won the Nobel prize for literature.").
%~ list_undefined([]).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* into_lexical_segs = [ w( an, [
pos(dt), root(a),loc(1),lnks(3),txt("An"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnTheWord,"an"),cycWord(xAnTheWord),
ttholds(inflDeterminerSingular,'TTWord_A',"an"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(number,[sem=1,num_type=a,agr=sg],an),
talk_db(conj,an)]),
w( irishman, [
pos(nnp), root('Irishman'),loc(2),lnks(3),
txt("Irishman"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Irish_people'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pnSingular,xIrishmanTheWord,"Irishman"),
cycWord(xIrishmanTheWord),
cycTerm(nartR(tColOfCollectionIntersection2Fn,tClazzIrishPerson,tClazzMaleHuman),ttExistingObjectType,tSet),
cycTerm(tClazzEthnicGroupOfIrish,tTypeOfPersonTypeByEthnicity,'TKBEthnicityList'),
cycTerm(tEthnic_Irish,tTypeOfPersonTypeByEthnicity,vAnalystPertinentConcept),
ttholds(inflNounSingular,'TTWord_Irishman',"Irishman")]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( for, [
pos(in), root(for),loc(7),lnks(4),txt("for"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xForTheWord,"for"),
cycWord(xForTheWord),
cycTerm(forUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(for-c,causation,[]),concept(fn,causation),
fsr(for-prep,taking_sides,[]),concept(fn,taking_sides),
ttholds(inflConjunction,'TTWord_For',"for"),
ttholds(inflPreposition,'TTWord_For',"for"), talk_db(preposition,for),talk_db(conj,for)]),
w( literature, [
pos(nn), root(literature),loc(8),lnks(5),
txt("literature"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xLiteratureTheWord,"literature"),
cycWord(xLiteratureTheWord),
cycTerm(cwLiteraryWorkCW,ttQAClarifyingCollectionType,tSet),
ac(singular,xLiteratureTheWord,"literature"),
ac(massNumber,xLiteratureTheWord,literature),
ac(singular,xLiteratureTheWord,literature),
clex_word(noun,literature,literature,neutr+Neutr-mass), fsr(literature-n,fields,[]),concept(fn,fields),
fsr(literature-n,text,[]),concept(fn,text),
ttholds(inflNounSingularUnchecked,'TTWord_Literature',"literature")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],irishman),[]),
verb(main+tv,win,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[adj(nobel)],prize),
[ prep_phrase(Prep,prep(for),np(3+sg,np_head(Generic,generic,[],literature),[]))]))],
[])). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Irishman12-Irishman, '`'(ti(irishman,Irishman)),'`'(true),
[],
Mg_Irishman12-Mg),
identityQ([in_past,root]),
generic_pred(frame_59784,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_59784&Frame_5978414-Prep_Prize_Nobel,
'`'('`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel)),
'`'(true),
[ ( quantS( voidQ,
Frame_59784&Frame_5978415-Literature, '`'(bE(same,Literature,literature)),'`'(true),
[],
Frame_59784&Frame_5978415-Generic3) &
'`'(generic_pred(frame_59784,Frame_59784,prep(for),Prep_Prize_Nobel,Generic3)))],
Frame_59784&Frame_5978414-Generic)])). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* clausify80 = answer80([]) :-
'`'(property(Prep_Prize_Nobel,nobel,pos))&ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59784,Frame_59784,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Mg_Irishman) ,
modalized( in_past,
true,generic_pred(frame_59784,thing,mg(win),Mg_Irishman,Prep_Prize_Nobel),true,true))). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ any_to_ace_str="An Irishman in the past winning the Nobel prize for literature .".
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_drs=failure.
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* simplify80 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59784,Frame_59784,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59784,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_30284,nobel,pos))).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ results80=[[false]].
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ any_to_ace_str="An Irishman won the Nobel prize for literature.".
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ try_ace_eng=failure.
%~ ?- c88("An Irishman won the Nobel prize for literature.").
/* compile80 = ( ( ( database80(property(Prep_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Prep_Prize_Nobel)) ,
database80( generic_pred(frame_59784,Frame_59784,prep(for),Prep_Prize_Nobel,Generic_Literature)) ,
database80(bE(same,Generic_Literature,literature)) ,
database80(ti(irishman,Win_Irishman)) ,
database80( modalized(in_past,generic_pred(frame_59784,thing,win,Win_Irishman,Prep_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8778,nobel,pos))).
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','An'],
['NNP','Irishman']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',the],
['NNP','Nobel'],
['NN',prize]],
[ 'PP',
['IN',for],
[ 'NP',
['NN',literature]]]],
['.','.']]],
_2606744).
%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(pnSingular,nnp).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(perfect,vbd).%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[_16800,_16696,_16634].
%~ ?- c88("An Irishman won the Nobel prize for literature.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Prep_Prize_Nobel,nobel,pos) ,
ti(prize,Prep_Prize_Nobel) ,
generic_pred(frame_59784,Frame_59784,prep(for),Prep_Prize_Nobel,Generic_Literature) ,
^( Generic_Literature,
( bE(same,Generic_Literature,literature) ,
ti(irishman,Win_Irishman) ,
modalized(in_past,generic_pred(frame_59784,thing,win,Win_Irishman,Prep_Prize_Nobel)))). */
%~ ?-c88("Every European can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every European can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Every European can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],european),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Every European can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(every),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_60016,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Every European can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_60016,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ any_to_ace_str="Every European can travel freely within Europe .".
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60016,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("Every European can travel freely within Europe.").
%~ any_to_ace_str="Every European can travel freely within Europe.".
%~ ?- c88("Every European can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_60016,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1499834).
%~ call_residue_vars=[_25952,_25854,_25792,_23740].
%~ ?- c88("Every European can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60016,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6831788,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6832348/_6832350,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5193780).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5185934).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182650).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.472).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(5.733).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Does every European have the right to live in Europe?").
%~ list_undefined([]).
%~ ?- c88("Does every European have the right to live in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBZ','Does'],
[ 'NP',
[ 'NP',
['DT',every],
['JJ','European']],
[ 'SBAR',
[ 'S',
[ 'VP',
['VB',have],
[ 'S',
[ 'NP',
['DT',the],
['NN',right]],
[ 'VP',
['TO',to]]]]]]],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]],
['.',?]]]. */
%~ ?- c88("Does every European have the right to live in Europe?").
/* into_lexical_segs = [ w( does, [
pos(vbz), root(do),loc(1),lnks(2),txt("Does"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,11))),
link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( every, [
pos(dt), root(every),loc(2),lnks(4),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,7))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(3),lnks(4),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(2,3))), link(2,'NP',r('NP',seg(2,7))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(4),lnks(6),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(4,7))), link(4,'NP',r('NP',seg(2,7))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have14, Trans,Have&_3402550,
Trans10,
trans_pred(Have,have,Trans,Trans10),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(5),lnks(8),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(4,7))),
link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(4,7))), link(6,'NP',r('NP',seg(2,7))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(6),lnks(8),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(4,7))),
link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(4,7))), link(6,'NP',r('NP',seg(2,7))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(8),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,7))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(4,7))),
link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(4,7))), link(6,'NP',r('NP',seg(2,7))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf12,Lf12),
aux_lf(to,_3403132/_3403134,Lf13,Lf13)]),
w( live, [
pos(vb), root(live),loc(8),lnks(3),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(4),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ sentence80 is runtime(1.749).
%~ ?- c88("Does every European have the right to live in Europe?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(main+tv,have,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Does every European have the right to live in Europe?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
thing&Thing-_841492,
'`'(qualifiedBy(_836240,thing&Thing,np_head(Det,det(every),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([pres+fin]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ3),
thing&Thing12-Prep_Right_Trans6, '`'(ti(right,Prep_Right_Trans6)),'`'(true),
[ ( quantS( voidQ,
thing&Thing14-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing14-Generic) &
'`'(generic_pred(frame_60063,thing,prep(to),Prep_Right_Trans6,Generic))),
( quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans6)))],
thing&Thing12-Trans)])). */
%~ ?- c88("Does every European have the right to live in Europe?").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_60063,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Does every European have the right to live in Europe?").
%~ any_to_ace_str="Does every European have the right to live in Europe ?".
%~ ?- c88("Does every European have the right to live in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Does every European have the right to live in Europe?").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60063,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Does every European have the right to live in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Does every European have the right to live in Europe?").
%~ results80=[[false]].
%~ ?- c88("Does every European have the right to live in Europe?").
%~ any_to_ace_str="Does every European have the right to live in Europe? .".
%~ ?- c88("Does every European have the right to live in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Does every European have the right to live in Europe?").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_60063,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Does every European have the right to live in Europe?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Does'],
[ 'NP',
[ 'NP',
['DT',every],
['JJ','European']],
[ 'SBAR',
[ 'S',
[ 'VP',
['VB',have],
[ 'S',
[ 'NP',
['DT',the],
['NN',right]],
[ 'VP',
['TO',to]]]]]]],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]],
['.',?]]],
_2717100).
%~ call_residue_vars = [ _20798, _20752,_20696,_20604,_20558,_20502].
%~ ?- c88("Does every European have the right to live in Europe?").
/* e2c_80 = asserted( exists( Exists_ActHaving,
exists( Exists_TimeFn_Infpl,
exists( Exists_Right_To,
exists( Exists_Live_In,
all( Doer_All_European,
=>(
( iza(Doer_All_European,'European') &
p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live')),
answer(yes)))))))). */
%~ c88 is runtime(2.072).
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60063,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Every European has the right to live in Europe.").
%~ list_undefined([]).
%~ ?- c88("Every European has the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("Every European has the right to live in Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( has, [
pos(vbz), root(have),loc(3),lnks(3),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_2949996/_2949998,Lf5,Lf5)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European has the right to live in Europe.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Every European has the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_3569150,
'`'(qualifiedBy(_3563898,thing&Thing,np_head(Det,det(every),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_60067,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("Every European has the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_60067,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ any_to_ace_str="Every European in the past the right to live in Europe .".
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European has the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60067,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European has the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("Every European has the right to live in Europe.").
%~ any_to_ace_str="Every European has the right to live in Europe.".
%~ ?- c88("Every European has the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European has the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_60067,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European has the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2385184).
%~ call_residue_vars = [ _18618, _18598,_18558,_18530,_18508,_18394,
%~ _18374,_18334,_18306,_18284].
%~ ?- c88("Every European has the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Finsg,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European')))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60067,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(every),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("All Europeans can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("All Europeans can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],european),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(all),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_60299,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_60299,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ any_to_ace_str="All Europeans can travel freely within Europe .".
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60299,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ any_to_ace_str="All Europeans can travel freely within Europe.".
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_60299,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1499670).
%~ call_residue_vars=[_26074,_25976,_25914,_23818].
%~ ?- c88("All Europeans can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60299,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6804708,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6805268/_6805270,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5194098).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5185934).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182968).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.841).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(6.186).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Do all Europeans have the right to live in Europe?").
%~ list_undefined([]).
%~ ?- c88("Do all Europeans have the right to live in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'S',
[ 'NP',
['DT',all],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]],
['.',?]]]. */
%~ ?- c88("Do all Europeans have the right to live in Europe?").
/* into_lexical_segs = [ w( do, [
pos(vb), root(do),loc(1),lnks(3),txt("Do"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( all, [
pos(dt), root(all),loc(2),lnks(5),txt("all"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,10))),
link(3,'VP',r('VP',seg(1,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),
cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(3),lnks(5),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,10))),
link(3,'VP',r('VP',seg(1,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(4),lnks(5),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(2,10))),
link(3,'VP',r('VP',seg(1,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have12, Trans,Have&_691062,
Trans8,
trans_pred(Have,have,Trans,Trans8),
[], Have3, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(5),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(2,10))),
link(4,'VP',r('VP',seg(1,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr5],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(6),lnks(6),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(2,10))),
link(4,'VP',r('VP',seg(1,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(8),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(2,10))),
link(6,'VP',r('VP',seg(1,10))),
link(7,'S',r('S',seg(1,11))), link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_691620/_691622,Lf11,Lf11)]),
w( live, [
pos(vb), root(live),loc(8),lnks(9),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(2,10))),
link(7,'VP',r('VP',seg(1,10))),
link(8,'S',r('S',seg(1,11))), link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(10),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(2,10))),
link(8,'VP',r('VP',seg(1,10))),
link(9,'S',r('S',seg(1,11))), link(10,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(11),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(2,10))),
link(9,'VP',r('VP',seg(1,10))),
link(10,'S',r('S',seg(1,11))), link(11,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.595).
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ i_sentence=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ clausify80=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ any_to_ace_str="Do all Europeans have the right to live in Europe ?".
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ simplify80=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ results80=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ any_to_ace_str="Do all Europeans have the right to live in Europe? .".
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ compile80=failure.
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'S',
[ 'NP',
['DT',all],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]],
['.',?]]],
_2740838).
%~ call_residue_vars=[].
%~ ?- c88("Do all Europeans have the right to live in Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(1.84).
%~ c88=(?-c88("Do all Europeans have the right to live in Europe?")).
%~ ?-c88("All Europeans have the right to live in Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.12 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All Europeans have the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(3),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have14, Trans,Have&_3026906,
Trans9,
trans_pred(Have,have,Trans,Trans9),
[], Have3, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr5],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3027428/_3027430,Lf12,Lf12)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_4010102,
'`'(qualifiedBy(_4004850,thing&Thing,np_head(Det,det(all),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_60361,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_60361,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ any_to_ace_str="All Europeans have the right to live in Europe .".
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60361,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ any_to_ace_str="All Europeans have the right to live in Europe.".
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans have the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_60361,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans have the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2385254).
%~ call_residue_vars = [ _21094, _21074,_21034,_21006,_20984,_20854,
%~ _20834,_20794,_20766,_20744].
%~ ?- c88("All Europeans have the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Infpl,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European') &
~numberOf(Doer_All_European,1)))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60361,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(all),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Each European can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Each European can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Each European can travel freely within Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( european, [
pos(nnp), root('European'),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each European can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(each),[],european),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Each European can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( det(each),
thing&Thing13&Thing-European, '`'(ti(european,European)),'`'(true),
[ pred(
quantS( identityQ(IdentityQ),
thing&Thing13&Thing-European, '`'(true),'`'(true),
[],
thing&Thing13&Thing-Mg),
identityQ([]),
generic_pred(frame_60448,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic19-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing13&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Each European can travel freely within Europe.").
/* clausify80 = answer80([]) :-
\+( ^( Travel_Mg_European,
( ^( Generic,
( ti(european,Travel_Mg_European) ,
generic_pred(frame_60448,thing,mg(aux(do,[can])),Travel_Mg_European,Generic))) ,
\+( ( bE(named,Prep_Within_Europe,europe) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_European,within,Prep_Within_Europe)))))))). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ any_to_ace_str="Each European can travel freely within Europe .".
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each European can travel freely within Europe.").
/* simplify80 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60448,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Each European can travel freely within Europe.").
%~ results80=[[true]].
%~ ?- c88("Each European can travel freely within Europe.").
%~ any_to_ace_str="Each European can travel freely within Europe.".
%~ ?- c88("Each European can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each European can travel freely within Europe.").
/* compile80 = ( ( \+( ( database80(ti(european,Travel_Aux_European)) ,
database80(generic_pred(frame_60448,thing,aux(do,[can]),Travel_Aux_European,Generic)) ,
\+( database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe)))))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each European can travel freely within Europe.").
%~ capture80="true.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1776696).
%~ call_residue_vars=[_25896,_25798,_25736,_23684].
%~ ?- c88("Each European can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
\+( ^( Travel_Aux_European,
( ^( Generic,
( ti(european,Travel_Aux_European) ,
generic_pred(frame_60448,thing,aux(do,[can]),Travel_Aux_European,Generic))) ,
\+modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_European,within,europe))))). */
%~ ?-c88("Every European is a person.").
%~ list_undefined([]).
%~ ?- c88("Every European is a person.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]]. */
%~ ?- c88("Every European is a person.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( european, [
pos(jj), root(european),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( person, [
pos(nn), root(person),loc(5),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every European is a person.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[],person),[]))],
[])). */
%~ ?- c88("Every European is a person.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(every),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( det(a),
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("Every European is a person.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person .".
%~ ?- c88("Every European is a person.").
%~ try_ace_drs=failure.
%~ ?- c88("Every European is a person.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("Every European is a person.").
%~ try_ace_fol=failure.
%~ ?- c88("Every European is a person.").
%~ results80=[[false]].
%~ ?- c88("Every European is a person.").
%~ any_to_ace_str="Every European is a person.".
%~ ?- c88("Every European is a person.").
%~ try_ace_eng=failure.
%~ ?- c88("Every European is a person.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every European is a person.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','European']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['NN',person]]],
['.','.']]],
_989826).
%~ call_residue_vars=[_13266,_13244,_13214].
%~ ?- c88("Every European is a person.").
/* e2c_80 = asserted( exists( Exists_European_Person,
iza(Exists_European_Person,'Person')&iza(Exists_European_Person,'European'))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(every),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),link(3,'S',r('S',seg(1,16))),
link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( person, [
pos(nn), root(person),loc(2),lnks(4),txt("person"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,10))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(agentiveSg,xPersonTheWord,"person"),
cycWord(xPersonTheWord),
ac(singular,iPerson_TheWord_1,"person"),
cycWord(iPerson_TheWord_1),
ac(singular,'Person_TheWord_1',"person"),
cycWord('Person_TheWord_1'),
ac(singular,xPersonTheWord,"person"),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(agentiveSg,xPersonTheWord,person),
ac(singular,iPerson_TheWord_1,person),
ac(singular,'Person_TheWord_1',person),
ac(singular,xPersonTheWord,person),
clex_word(noun,person,person,human+sg-count),
fsr( person-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
12],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, n,dep]],
1],
[ [ [ descriptor-e, ajp,dep],
[ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ person-c, target,target],
[ age-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
9],
[ [ [ age-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ age-e, pp,dep]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
9],
[ [ [ persistent_characteristic-e, n,dep],
[ person-c, target,target]],
2],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, np,ext]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
4],
[ [ [ descriptor-e, ajp,dep],
[ age-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep]],
2],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, pp,dep]],
2],
[ [ [ descriptor-e, n,dep],
[ person-c, target,target]],
1]]),
concept(fn,people),
ttholds(inflAdjectiveUnchecked,'TTWord_Person',"person"),
ttholds(inflNounSingular,'TTWord_Person',"person")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,10))),
link(3,'NP',r('NP',seg(1,10))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_6806308,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(4,10))),
link(3,'SBAR',r('SBAR',seg(3,10))),
link(4,'NP',r('NP',seg(1,10))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(4,10))),
link(4,'SBAR',r('SBAR',seg(3,10))),
link(5,'NP',r('NP',seg(1,10))),
link(6,'S',r('S',seg(1,16))), link(7,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(4,10))),
link(6,'SBAR',r('SBAR',seg(3,10))),
link(7,'NP',r('NP',seg(1,10))),
link(8,'S',r('S',seg(1,16))), link(9,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_6806868/_6806870,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))),
link(6,'S',r('S',seg(4,10))),
link(7,'SBAR',r('SBAR',seg(3,10))),
link(8,'NP',r('NP',seg(1,10))),
link(9,'S',r('S',seg(1,16))), link(10,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))),
link(7,'S',r('S',seg(4,10))),
link(8,'SBAR',r('SBAR',seg(3,10))),
link(9,'NP',r('NP',seg(1,10))),
link(10,'S',r('S',seg(1,16))), link(11,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))),
link(8,'S',r('S',seg(4,10))),
link(9,'SBAR',r('SBAR',seg(3,10))),
link(10,'NP',r('NP',seg(1,10))),
link(11,'S',r('S',seg(1,16))), link(12,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(11),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,15))),
link(2,'S',r('S',seg(1,16))), link(3,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(12),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,15))),
link(2,'VP',r('VP',seg(11,15))),
link(3,'S',r('S',seg(1,16))), link(4,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(13),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(13,13))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(14),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(14,15))),
link(2,'VP',r('VP',seg(12,15))),
link(3,'VP',r('VP',seg(11,15))),
link(4,'S',r('S',seg(1,16))), link(5,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(15),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(15,15))),
link(2,'PP',r('PP',seg(14,15))),
link(3,'VP',r('VP',seg(12,15))),
link(4,'VP',r('VP',seg(11,15))),
link(5,'S',r('S',seg(1,16))), link(6,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(16),lnks(2),txt("."),
link(1,'S',r('S',seg(1,16))), link(2,'CORENLP',r('CORENLP',seg(1,16))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who in the past the right to live in Europe can travel freely within Europe .".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every person who has the right to live in Europe can travel freely within Europe.".
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5085950).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _68376, _68278,_68216,_62980,_62882,_62820,
%~ _51866,_51768,_51706,_46426,_46328,
%~ _46266,_41170,_41072,_41010,_35708,
%~ _35610,_35548,_34954,_34932,_34910,
%~ _34872,_34850,_34828,_34790,_34768,
%~ _34746,_34708,_34686,_34664,_34596,
%~ _34574,_34552,_34514,_34492,_34470,
%~ _34432,_34410,_34388,_34350,_34328,
%~ _34306,_34268,_34246,_34224,_34042,
%~ _34020,_33998,_33960,_33938,_33916,
%~ _33878,_33856,_33834,_33812,_33790,
%~ _33768,_33746,_33724,_33702,_33680,
%~ _33658,_33636,_33614,_33592,_33570,
%~ _33548,_33526,_33504,_33482,_33460,
%~ _33438,_33416,_33394,_33372,_33350,
%~ _33328,_33306,_33284,_33262,_33240,
%~ _33218,_33196,_33174,_33152,_33130,
%~ _33108,_33086,_33064,_33042].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5088170).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _63294, _63196,_63134,_57898,_57800,_57738,
%~ _46784,_46686,_46624,_41344,_41246,
%~ _41184,_37446,_37354,_37326,_37112,
%~ _37090,_37068,_36940,_36918,_36896,
%~ _36858,_36836,_36814,_36776,_36754,
%~ _36732,_36694,_36672,_36650,_36582,
%~ _36560,_36538,_36500,_36478,_36456,
%~ _36418,_36396,_36374,_36336,_36314,
%~ _36292,_36254,_36232,_36210,_36028,
%~ _36006,_35984,_35946,_35924,_35902,
%~ _35872,_35850,_35828,_35806,_35784,
%~ _35762,_35740,_35718,_35696,_35674,
%~ _35652,_35630,_35608,_35586,_35564,
%~ _35542,_35520,_35498,_35476,_35454,
%~ _35432,_35410,_35388,_35366,_35344,
%~ _35322,_35300,_35278,_35256,_35234,
%~ _35212,_35190,_35168,_35146,_35124,
%~ _35102,_35080,_35058,_35036].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5193780).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _55448, _55350,_55288,_50052,_49954,_49892,
%~ _39646,_39554,_39526,_39330,_39308,
%~ _39286,_39248,_39226,_39204,_39166,
%~ _39144,_39122,_39000,_38978,_38956,
%~ _38918,_38896,_38874,_38836,_38814,
%~ _38792,_38754,_38732,_38710,_38642,
%~ _38620,_38598,_38560,_38538,_38516,
%~ _38478,_38456,_38434,_38396,_38374,
%~ _38352,_38314,_38292,_38270,_38088,
%~ _38066,_38044,_38006,_37984,_37962,
%~ _37940,_37918,_37896,_37874,_37852,
%~ _37830,_37808,_37786,_37764,_37742,
%~ _37720,_37698,_37676,_37654,_37632,
%~ _37610,_37588,_37566,_37544,_37522,
%~ _37500,_37478,_37456,_37434,_37412,
%~ _37390,_37368,_37346,_37324,_37302,
%~ _37280,_37258,_37236,_37214,_37192,
%~ _37170,_37148,_37126,_37104].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5185934).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _52164, _52066,_52004,_46768,_46670,_46608,
%~ _41494,_41472,_41450,_41382,_41360,
%~ _41338,_41300,_41278,_41256,_41218,
%~ _41196,_41174,_41052,_41030,_41008,
%~ _40970,_40948,_40926,_40888,_40866,
%~ _40844,_40806,_40784,_40762,_40694,
%~ _40672,_40650,_40612,_40590,_40568,
%~ _40530,_40508,_40486,_40448,_40426,
%~ _40404,_40366,_40344,_40322,_40140,
%~ _40118,_40096,_40074,_40052,_40030,
%~ _40008,_39986,_39964,_39942,_39920,
%~ _39898,_39876,_39854,_39832,_39810,
%~ _39788,_39766,_39744,_39722,_39700,
%~ _39678,_39656,_39634,_39612,_39590,
%~ _39568,_39546,_39524,_39502,_39480,
%~ _39458,_39436,_39414,_39392,_39370,
%~ _39348,_39326,_39304,_39282,_39260,
%~ _39238,_39216,_39194,_39172].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',person]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5182650).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars = [ _44224, _44126,_44064,_43622,_43600,_43578,
%~ _43428,_43406,_43384,_43346,_43324,
%~ _43302,_43264,_43242,_43220,_43182,
%~ _43160,_43138,_43084,_43062,_43040,
%~ _43002,_42980,_42958,_42920,_42898,
%~ _42876,_42838,_42816,_42794,_42740,
%~ _42718,_42696,_42658,_42636,_42614,
%~ _42576,_42554,_42532,_42494,_42472,
%~ _42450,_42412,_42390,_42368,_42208,
%~ _42186,_42164,_42142,_42120,_42098,
%~ _42076,_42054,_42032,_42010,_41988,
%~ _41966,_41944,_41922,_41900,_41878,
%~ _41856,_41834,_41812,_41790,_41768,
%~ _41746,_41724,_41702,_41680,_41658,
%~ _41636,_41614,_41592,_41570,_41548,
%~ _41526,_41504,_41482,_41460,_41438,
%~ _41416,_41394,_41372,_41350,_41328,
%~ _41306,_41284,_41262,_41240].
%~ e2c_80 is runtime(5.74).
%~ ?- c88("Every person who has the right to live in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(5.946).
%~ c88=(?-c88("Every person who has the right to live in Europe can travel freely within Europe.")).
%~ ?-c88("Does each European have the right to live in Europe?").
%~ list_undefined([]).
%~ ?- c88("Does each European have the right to live in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',each]]],
[ 'S',
[ 'NP',
['JJ','European']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]],
['.',?]]]. */
%~ ?- c88("Does each European have the right to live in Europe?").
/* into_lexical_segs = [ w( does, [
pos(vbz), root(do),loc(1),lnks(3),txt("Does"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( each, [
pos(dt), root(each),loc(2),lnks(4),txt("each"),
truecase('LOWER'),corefed,#(2),
txt(["each"]),type('NOMINAL'),
numb('UNKNOWN'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(2,2))),link(2,'S',r('S',seg(1,2))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"),
cycWord(xEachTheWord),
ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"),
ttholds(inflPronoun,'TTWord_Each',"each"),
talk_db(adj,each)]),
w( european, [
pos(jj), root(european),loc(3),lnks(4),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(3,3))),link(2,'S',r('S',seg(3,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(4),lnks(4),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,10))), link(2,'S',r('S',seg(3,10))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have14, Trans,Have&_696580,
Trans10,
trans_pred(Have,have,Trans,Trans10),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(5),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))), link(3,'S',r('S',seg(3,10))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(6),lnks(5),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,10))),
link(2,'VP',r('VP',seg(4,10))), link(3,'S',r('S',seg(3,10))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(7),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(7,10))),
link(3,'NP',r('NP',seg(5,10))),
link(4,'VP',r('VP',seg(4,10))), link(5,'S',r('S',seg(3,10))),link(6,'S',r('S',seg(1,11))),
link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf12,Lf12),
aux_lf(to,_697120/_697122,Lf13,Lf13)]),
w( live, [
pos(vb), root(live),loc(8),lnks(8),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(7,10))),
link(4,'NP',r('NP',seg(5,10))),
link(5,'VP',r('VP',seg(4,10))), link(6,'S',r('S',seg(3,10))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(9),lnks(9),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(7,10))),
link(5,'NP',r('NP',seg(5,10))),
link(6,'VP',r('VP',seg(4,10))), link(7,'S',r('S',seg(3,10))),link(8,'S',r('S',seg(1,11))),
link(9,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(10),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(8,10))),
link(4,'VP',r('VP',seg(7,10))),
link(5,'S',r('S',seg(7,10))),
link(6,'NP',r('NP',seg(5,10))),
link(7,'VP',r('VP',seg(4,10))), link(8,'S',r('S',seg(3,10))),link(9,'S',r('S',seg(1,11))),
link(10,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Does each European have the right to live in Europe?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(each),[],european),[]),
verb(main+tv,have,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Does each European have the right to live in Europe?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
thing&Thing-_3972156,
'`'(qualifiedBy(_3966904,thing&Thing,np_head(Det,det(each),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([pres+fin]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ3),
thing&Thing12-Prep_Right_Trans6, '`'(ti(right,Prep_Right_Trans6)),'`'(true),
[ ( quantS( voidQ,
thing&Thing14-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing14-Generic) &
'`'(generic_pred(frame_60475,thing,prep(to),Prep_Right_Trans6,Generic))),
( quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans6)))],
thing&Thing12-Trans)])). */
%~ ?- c88("Does each European have the right to live in Europe?").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_60475,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Does each European have the right to live in Europe?").
%~ any_to_ace_str="Does each European have the right to live in Europe ?".
%~ ?- c88("Does each European have the right to live in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Does each European have the right to live in Europe?").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60475,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Does each European have the right to live in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Does each European have the right to live in Europe?").
%~ results80=[[false]].
%~ ?- c88("Does each European have the right to live in Europe?").
%~ any_to_ace_str="Does each European have the right to live in Europe? .".
%~ ?- c88("Does each European have the right to live in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Does each European have the right to live in Europe?").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_60475,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Does each European have the right to live in Europe?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',each]]],
[ 'S',
[ 'NP',
['JJ','European']],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]],
['.',?]]],
_3930752).
%~ call_residue_vars = [ _21018, _20972,_20916,_20824,_20778,_20722].
%~ ?- c88("Does each European have the right to live in Europe?").
/* e2c_80 = asserted( exists( Exists_ActHaving,
exists( Exists_TimeFn_Infpl,
exists( Exists_Right_To,
exists( Exists_Live_In,
all( Doer_All_European,
=>(
( iza(Doer_All_European,'European') &
p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live')),
answer(yes)))))))). */
%~ c88 is runtime(1.237).
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60475,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("Each European has the right to live in Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Each European has the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("Each European has the right to live in Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Tekken_Tag_Tournament'), link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( european, [
pos(nnp), root('European'),loc(2),lnks(3),
txt("European"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Europe'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
fsr(european-a,origin,[]),concept(fn,origin),
talk_db(adj,european)]),
w( has, [
pos(vbz), root(have),loc(3),lnks(3),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(5),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,9))),
link(2,'VP',r('VP',seg(3,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(6),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,9))),
link(2,'S',r('S',seg(6,9))),link(3,'NP',r('NP',seg(4,9))),
link(4,'VP',r('VP',seg(3,9))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_3422916/_3422918,Lf5,Lf5)]),
w( live, [
pos(vb), root(live),loc(7),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,9))),
link(2,'VP',r('VP',seg(6,9))),link(3,'S',r('S',seg(6,9))),
link(4,'NP',r('NP',seg(4,9))), link(5,'VP',r('VP',seg(3,9))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(8),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))), link(3,'VP',r('VP',seg(6,9))),link(4,'S',r('S',seg(6,9))),
link(5,'NP',r('NP',seg(4,9))), link(6,'VP',r('VP',seg(3,9))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(9),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'VP',r('VP',seg(7,9))), link(4,'VP',r('VP',seg(6,9))),link(5,'S',r('S',seg(6,9))),
link(6,'NP',r('NP',seg(4,9))), link(7,'VP',r('VP',seg(3,9))),link(8,'S',r('S',seg(1,10))),
link(9,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each European has the right to live in Europe.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(each),[],european),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],right),
[ prep_phrase( Prep11,
prep(to),
np( 3+sg,
np_head(Generic,generic,[],live),
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))]))]))],
[])). */
%~ ?- c88("Each European has the right to live in Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_4028620,
'`'(qualifiedBy(_4023368,thing&Thing,np_head(Det,det(each),[],european))),
'`'(true),
[],
thing&Thing-Have),
identityQ([aux(have,[pres+fin]),root]),
trans_pred(thing,have,Have,Trans),
[ quantS( identityQ(IdentityQ2),
thing&Thing11-Prep_Right_Trans5, '`'(ti(right,Prep_Right_Trans5)),'`'(true),
[ ( quantS( voidQ,
thing&Thing13-Live, '`'(bE(same,Live,live)),'`'(true),
[],
thing&Thing13-Generic) &
'`'(generic_pred(frame_60479,thing,prep(to),Prep_Right_Trans5,Generic))),
( quantS( identityQ(IdentityQ4),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Contain) &
'`'(trans_pred(thing,contain,Contain,Prep_Right_Trans5)))],
thing&Thing11-Trans)])). */
%~ ?- c88("Each European has the right to live in Europe.").
/* clausify80 = answer80([]) :-
ti(right,Prep_Right) ,
generic_pred(frame_60479,thing,prep(to),Prep_Right,Generic_Live) ,
trans_pred(thing,contain,Europe_Contain,Prep_Right) ,
bE(named,Europe_Contain,europe) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Prep_Right))). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ any_to_ace_str="Each European in the past the right to live in Europe .".
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each European has the right to live in Europe.").
/* simplify80 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60479,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Each European has the right to live in Europe.").
%~ results80=[[false]].
%~ ?- c88("Each European has the right to live in Europe.").
%~ any_to_ace_str="Each European has the right to live in Europe.".
%~ ?- c88("Each European has the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each European has the right to live in Europe.").
/* compile80 = ( ( ( database80(ti(right,Europe_Prep_Right)) ,
database80(generic_pred(frame_60479,thing,prep(to),Europe_Prep_Right,Generic_Live)) ,
database80(trans_pred(thing,contain,europe,Europe_Prep_Right)) ,
database80(bE(same,Generic_Live,live)) ,
database80(qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european))) ,
database80(trans_pred(thing,have,Have,Europe_Prep_Right))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each European has the right to live in Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['NNP','European']],
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_2849746).
%~ call_residue_vars = [ _18582, _18562,_18522,_18494,_18472,_18358,
%~ _18338,_18298,_18270,_18248].
%~ ?- c88("Each European has the right to live in Europe.").
/* e2c_80 = asserted( all( Doer_All_European,
exists( Exists_ActHaving,
exists( Exists_TimeFn_Finsg,
exists( Exists_Right_To,
exists( Exists_Live_In,
( p(in,Exists_Live_In,iEurope) &
p(to,Exists_Right_To,Exists_Live_In) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActHaving,actHaving) &
doer(Exists_ActHaving,Doer_All_European) &
patient(Exists_ActHaving,Exists_Right_To))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
the(Exists_Right_To) &
iza(Exists_Right_To,'Right') &
iza(Exists_Live_In,'Live') &
iza(Doer_All_European,'European')))))))). */
/* c88 = answer80([]) :-
ti(right,Europe_Prep_Right) ,
generic_pred(frame_60479,thing,prep(to),Europe_Prep_Right,Generic_Live) ,
trans_pred(thing,contain,europe,Europe_Prep_Right) ,
^( Generic_Live,
( bE(same,Generic_Live,live) ,
qualifiedBy(Have,thing&Thing,np_head(Det,det(each),[],european)) ,
trans_pred(thing,have,Have,Europe_Prep_Right))). */
%~ ?-c88("The residents of member states can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( can, [
pos(md), root(can),loc(6),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(7),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(8),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(8,8))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(9),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'VP',r('VP',seg(6,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+pl,
np_head(Generic,generic,[adj(member)],state),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep11,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing1722&Thing17-Prep13,
`( qualifiedBy( Prep13,
thing&Thing1722&Thing17,
np_head(Det,det(the(pl)),[],resident))),
'`'(true),
[ ( quantS( identityQ(IdentityQ1),
thing&Thing-State_Member,
'`'('`'(property(State_Member,member,pos))&ti(state,State_Member)),
'`'(true),
[],
thing&Thing-Generic) &
'`'(generic_pred(frame_61606,thing,prep(of),Prep13,Generic))),
pred(
quantS( identityQ(IdentityQ3),
thing&Thing1722&Thing17-Prep13, '`'(true),'`'(true),
[],
thing&Thing1722&Thing17-_5170582),
identityQ([]),
generic_pred(frame_61628,thing,mg(aux(do,[can])),_5146934,Generic4),
[ quantS(voidQ,Generic427-Generic4,'`'(true),'`'(true),[],QuantS)])],
thing&Thing1722&Thing17-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing17,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ7),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_61606,thing,prep(of),Travel_Mg_Prep,Generic_State_Member) ,
generic_pred(frame_61628,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( '`'(property(Generic_State_Member,member,pos))&ti(state,Generic_State_Member) ,
modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ any_to_ace_str="The residents of member states can travel freely within Europe .".
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux_Prep,
thing&Thing10&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_61606,thing,prep(of),Travel_Aux_Prep,Generic_State_Member) ,
generic_pred(frame_61628,thing,aux(do,[can]),Travel_Aux_Prep,Generic) ,
^( Generic,
( property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ any_to_ace_str="The residents of member states can travel freely within Europe.".
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of member states can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(the(pl)),[],resident))) ,
database80(generic_pred(frame_61606,thing,prep(of),Travel_Aux_Prep,Generic_State_Member)) ,
database80(generic_pred(frame_61628,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80(property(Generic_State_Member,member,pos)) ,
database80(ti(state,Generic_State_Member)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3223466).
%~ call_residue_vars=[_29094,_26952].
%~ ?- c88("The residents of member states can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux_Prep,
thing&Thing10&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_61606,thing,prep(of),Travel_Aux_Prep,Generic_State_Member) ,
generic_pred(frame_61628,thing,aux(do,[can]),Travel_Aux_Prep,Generic) ,
^( Generic,
( property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))). */
%~ ?-c88("All residents of member states are individuals.").
%~ list_undefined([]).
%~ ?- c88("All residents of member states are individuals.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',individuals]]],
['.','.']]]. */
%~ ?- c88("All residents of member states are individuals.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(6),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( individuals, [
pos(nns), root(individual),loc(7),lnks(4),
txt("individuals"),truecase('LOWER'),corefed,
#(2),txt(["individuals"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(7,7))),
link(2,'VP',r('VP',seg(6,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xIndividualTheWord,"individuals"),
cycWord(xIndividualTheWord),
cycTerm(mobIndividualAgent,ttTemporalStuffType,tSet),
cycTerm(tAgent,ttTemporalStuffType,tSet),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(tIndividual,ttQAClarifyingCollectionType,ttCOIDefinitionalCollection),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xIndividualTheWord,individual),
clex_word(noun,individuals,individual,human+pl-count),
talk_db(noun1,individual,individuals)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All residents of member states are individuals.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],resident),
[ prep_phrase(Prep,prep(of),np(3+pl,np_head(Generic,generic,[adj(member)],state),[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic6,generic,[],individual),[]))],
[])). */
%~ ?- c88("All residents of member states are individuals.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Frame_61632&Frame_6163214-Prep,
`( qualifiedBy( Prep,
Frame_61632&Frame_6163214,
np_head(Det,det(all),[],resident))),
'`'(true),
[ ( quantS( identityQ(IdentityQ1),
Frame_61632&Frame_6163215-State_Member,
'`'('`'(property(State_Member,member,pos))&ti(state,State_Member)),
'`'(true),
[],
Frame_61632&Frame_6163215-Generic) &
'`'(generic_pred(frame_61632,Frame_61632,prep(of),Prep,Generic)))],
Frame_61632&Frame_6163214-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( voidQ,
Frame_61632&Frame_6163214-Individual, '`'(bE(same,Individual,individual)),'`'(true),
[],
Frame_61632&Frame_6163214-BE)])). */
%~ ?- c88("All residents of member states are individuals.").
/* clausify80 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_61632&Frame_6163210,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_61632,Frame_61632,prep(of),Is_Prep,Generic_State_Member) ,
'`'(property(Generic_State_Member,member,pos))&ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?- c88("All residents of member states are individuals.").
%~ any_to_ace_str="All residents of member states are individuals .".
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_drs=failure.
%~ ?- c88("All residents of member states are individuals.").
/* simplify80 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_61632&Frame_6163210,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_61632,Frame_61632,prep(of),Is_Prep,Generic_State_Member) ,
property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(_27614,member,pos))).
%~ ?- c88("All residents of member states are individuals.").
%~ results80=[[false]].
%~ ?- c88("All residents of member states are individuals.").
%~ any_to_ace_str="All residents of member states are individuals.".
%~ ?- c88("All residents of member states are individuals.").
%~ try_ace_eng=failure.
%~ ?- c88("All residents of member states are individuals.").
/* compile80 = ( ( ( database80(bE(same,BE_Individual,individual)) ,
database80( qualifiedBy( Is_Prep,
Frame_61632&Frame_6163212,
np_head(Det,det(all),[],resident))) ,
database80( generic_pred(frame_61632,Frame_61632,prep(of),Is_Prep,Generic_State_Member)) ,
database80(property(Generic_State_Member,member,pos)) ,
database80(ti(state,Generic_State_Member)) ,
database80(bE(is,Is_Prep,BE_Individual))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(central_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(east_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(north_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(southern_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(west_africa,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(america,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(caribbean,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(central_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(north_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(south_america,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(asia,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(far_east,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(indian_subcontinent,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(middle_east,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(northern_asia,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(southeast_east,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(australasia,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(oceania,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(eastern_europe,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(scandinavia,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(southern_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(western_europe,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(hongkong,member,pos))).
%~ missing(database80(property(afghanistan,member,pos))).
%~ missing(database80(property(albania,member,pos))).
%~ missing(database80(property(algeria,member,pos))).
%~ missing(database80(property(andorra,member,pos))).
%~ missing(database80(property(angola,member,pos))).
%~ missing(database80(property(argentina,member,pos))).
%~ missing(database80(property(australia,member,pos))).
%~ missing(database80(property(austria,member,pos))).
%~ missing(database80(property(bahamas,member,pos))).
%~ missing(database80(property(bahrain,member,pos))).
%~ missing(database80(property(bangladesh,member,pos))).
%~ missing(database80(property(barbados,member,pos))).
%~ missing(database80(property(belgium,member,pos))).
%~ missing(database80(property(belize,member,pos))).
%~ missing(database80(property(bhutan,member,pos))).
%~ missing(database80(property(bolivia,member,pos))).
%~ missing(database80(property(botswana,member,pos))).
%~ missing(database80(property(brazil,member,pos))).
%~ missing(database80(property(bulgaria,member,pos))).
%~ missing(database80(property(burma,member,pos))).
%~ missing(database80(property(burundi,member,pos))).
%~ missing(database80(property(cambodia,member,pos))).
%~ missing(database80(property(cameroon,member,pos))).
%~ missing(database80(property(canada,member,pos))).
%~ missing(database80(property(central_african_republic,member,pos))).
%~ missing(database80(property(chad,member,pos))).
%~ missing(database80(property(chile,member,pos))).
%~ missing(database80(property(china,member,pos))).
%~ missing(database80(property(colombia,member,pos))).
%~ missing(database80(property(congo,member,pos))).
%~ missing(database80(property(costa_rica,member,pos))).
%~ missing(database80(property(cuba,member,pos))).
%~ missing(database80(property(cyprus,member,pos))).
%~ missing(database80(property(czechoslovakia,member,pos))).
%~ missing(database80(property(dahomey,member,pos))).
%~ missing(database80(property(denmark,member,pos))).
%~ missing(database80(property(djibouti,member,pos))).
%~ missing(database80(property(dominican_republic,member,pos))).
%~ missing(database80(property(east_germany,member,pos))).
%~ missing(database80(property(ecuador,member,pos))).
%~ missing(database80(property(egypt,member,pos))).
%~ missing(database80(property(eire,member,pos))).
%~ missing(database80(property(el_salvador,member,pos))).
%~ missing(database80(property(equatorial_guinea,member,pos))).
%~ missing(database80(property(ethiopia,member,pos))).
%~ missing(database80(property(fiji,member,pos))).
%~ missing(database80(property(finland,member,pos))).
%~ missing(database80(property(france,member,pos))).
%~ missing(database80(property(french_guiana,member,pos))).
%~ missing(database80(property(gabon,member,pos))).
%~ missing(database80(property(gambia,member,pos))).
%~ missing(database80(property(ghana,member,pos))).
%~ missing(database80(property(greece,member,pos))).
%~ missing(database80(property(grenada,member,pos))).
%~ missing(database80(property(guatemala,member,pos))).
%~ missing(database80(property(guinea,member,pos))).
%~ missing(database80(property(guinea_bissau,member,pos))).
%~ missing(database80(property(guyana,member,pos))).
%~ missing(database80(property(haiti,member,pos))).
%~ missing(database80(property(honduras,member,pos))).
%~ missing(database80(property(hungary,member,pos))).
%~ missing(database80(property(iceland,member,pos))).
%~ missing(database80(property(india,member,pos))).
%~ missing(database80(property(indonesia,member,pos))).
%~ missing(database80(property(iran,member,pos))).
%~ missing(database80(property(iraq,member,pos))).
%~ missing(database80(property(israel,member,pos))).
%~ missing(database80(property(italy,member,pos))).
%~ missing(database80(property(ivory_coast,member,pos))).
%~ missing(database80(property(jamaica,member,pos))).
%~ missing(database80(property(japan,member,pos))).
%~ missing(database80(property(jordan,member,pos))).
%~ missing(database80(property(kenya,member,pos))).
%~ missing(database80(property(kuwait,member,pos))).
%~ missing(database80(property(laos,member,pos))).
%~ missing(database80(property(lebanon,member,pos))).
%~ missing(database80(property(lesotho,member,pos))).
%~ missing(database80(property(liberia,member,pos))).
%~ missing(database80(property(libya,member,pos))).
%~ missing(database80(property(liechtenstein,member,pos))).
%~ missing(database80(property(luxembourg,member,pos))).
%~ missing(database80(property(malagasy,member,pos))).
%~ missing(database80(property(malawi,member,pos))).
%~ missing(database80(property(malaysia,member,pos))).
%~ missing(database80(property(maldives,member,pos))).
%~ missing(database80(property(mali,member,pos))).
%~ missing(database80(property(malta,member,pos))).
%~ missing(database80(property(mauritania,member,pos))).
%~ missing(database80(property(mauritius,member,pos))).
%~ missing(database80(property(mexico,member,pos))).
%~ missing(database80(property(monaco,member,pos))).
%~ missing(database80(property(mongolia,member,pos))).
%~ missing(database80(property(morocco,member,pos))).
%~ missing(database80(property(mozambique,member,pos))).
%~ missing(database80(property(nepal,member,pos))).
%~ missing(database80(property(netherlands,member,pos))).
%~ missing(database80(property(new_zealand,member,pos))).
%~ missing(database80(property(nicaragua,member,pos))).
%~ missing(database80(property(niger,member,pos))).
%~ missing(database80(property(nigeria,member,pos))).
%~ missing(database80(property(north_korea,member,pos))).
%~ missing(database80(property(norway,member,pos))).
%~ missing(database80(property(oman,member,pos))).
%~ missing(database80(property(pakistan,member,pos))).
%~ missing(database80(property(panama,member,pos))).
%~ missing(database80(property(papua_new_guinea,member,pos))).
%~ missing(database80(property(paraguay,member,pos))).
%~ missing(database80(property(peru,member,pos))).
%~ missing(database80(property(philippines,member,pos))).
%~ missing(database80(property(poland,member,pos))).
%~ missing(database80(property(portugal,member,pos))).
%~ missing(database80(property(qatar,member,pos))).
%~ missing(database80(property(romania,member,pos))).
%~ missing(database80(property(rwanda,member,pos))).
%~ missing(database80(property(san_marino,member,pos))).
%~ missing(database80(property(saudi_arabia,member,pos))).
%~ missing(database80(property(senegal,member,pos))).
%~ missing(database80(property(seychelles,member,pos))).
%~ missing(database80(property(sierra_leone,member,pos))).
%~ missing(database80(property(singapore,member,pos))).
%~ missing(database80(property(somalia,member,pos))).
%~ missing(database80(property(south_africa,member,pos))).
%~ missing(database80(property(south_korea,member,pos))).
%~ missing(database80(property(south_yemen,member,pos))).
%~ missing(database80(property(soviet_union,member,pos))).
%~ missing(database80(property(spain,member,pos))).
%~ missing(database80(property(sri_lanka,member,pos))).
%~ missing(database80(property(sudan,member,pos))).
%~ missing(database80(property(surinam,member,pos))).
%~ missing(database80(property(swaziland,member,pos))).
%~ missing(database80(property(sweden,member,pos))).
%~ missing(database80(property(switzerland,member,pos))).
%~ missing(database80(property(syria,member,pos))).
%~ missing(database80(property(taiwan,member,pos))).
%~ missing(database80(property(tanzania,member,pos))).
%~ missing(database80(property(thailand,member,pos))).
%~ missing(database80(property(togo,member,pos))).
%~ missing(database80(property(tonga,member,pos))).
%~ missing(database80(property(trinidad_and_tobago,member,pos))).
%~ missing(database80(property(tunisia,member,pos))).
%~ missing(database80(property(turkey,member,pos))).
%~ missing(database80(property(uganda,member,pos))).
%~ missing(database80(property(united_arab_emirates,member,pos))).
%~ missing(database80(property(united_kingdom,member,pos))).
%~ missing(database80(property(united_states,member,pos))).
%~ missing(database80(property(upper_volta,member,pos))).
%~ missing(database80(property(uruguay,member,pos))).
%~ missing(database80(property(venezuela,member,pos))).
%~ missing(database80(property(vietnam,member,pos))).
%~ missing(database80(property(west_germany,member,pos))).
%~ missing(database80(property(western_samoa,member,pos))).
%~ missing(database80(property(yemen,member,pos))).
%~ missing(database80(property(yugoslavia,member,pos))).
%~ missing(database80(property(zaire,member,pos))).
%~ missing(database80(property(zambia,member,pos))).
%~ missing(database80(property(zimbabwe,member,pos))).
%~ missing(database80(property(_8782,member,pos))).
%~ ?- c88("All residents of member states are individuals.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',individuals]]],
['.','.']]],
_1746194).
%~ call_residue_vars=[_16034,_13904].
%~ ?- c88("All residents of member states are individuals.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Individual,
( bE(same,BE_Individual,individual) ,
qualifiedBy( Is_Prep,
Frame_61632&Frame_6163210,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_61632,Frame_61632,prep(of),Is_Prep,Generic_State_Member) ,
property(Generic_State_Member,member,pos) ,
ti(state,Generic_State_Member) ,
bE(is,Is_Prep,BE_Individual))). */
%~ ?-c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,11))),link(3,'S',r('S',seg(1,17))),
link(4,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( individual, [
pos(nn), root(individual),loc(2),lnks(4),
txt("individual"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,11))),
link(3,'S',r('S',seg(1,17))), link(4,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(singular,xIndividualTheWord,"individual"),
cycWord(xIndividualTheWord),
cycTerm(mobIndividualAgent,ttTemporalStuffType,tSet),
cycTerm(tAgent,ttTemporalStuffType,tSet),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(tIndividual,ttQAClarifyingCollectionType,ttCOIDefinitionalCollection),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xIndividualTheWord,individual),
clex_word(noun,individual,individual,human+sg-count),
clex_word(adj,individual,individual,unknown),
fsr( individual-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
9],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
3],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
4],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
8],
[ [ [ person-c, target,target]],
17],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
2],
[ [ [ descriptor-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
1],
[ [ [ person-c, np,ext],
[ descriptor-e, ajp,dep]],
1],
[ [ [ person-c, np,ext],
[ persistent_characteristic-e, ajp,dep]],
1],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ persistent_characteristic-e, ajp,dep],
[ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
1],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, ajp,dep]],
1]]), concept(fn,people),talk_db(adj,individual)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,11))),
link(3,'NP',r('NP',seg(1,11))),
link(4,'S',r('S',seg(1,17))), link(5,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1749142,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( has, [
pos(vbz), root(have),loc(4),lnks(6),txt("has"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(4,11))),
link(3,'SBAR',r('SBAR',seg(3,11))),
link(4,'NP',r('NP',seg(1,11))),
link(5,'S',r('S',seg(1,17))), link(6,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(thirdPersonSgPresent,xHaveTheWord,"has"),
cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,has,have,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Have',"has"),
type_wrd_sem( aux_have_verb,
has;'\'s',
[ form=finite, person=3,agr=sg,tense=present,
aspect=perfect]),
talk_db(transitive,have,has,had,having,had)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,11))),
link(2,'VP',r('VP',seg(4,11))),
link(3,'S',r('S',seg(4,11))),
link(4,'SBAR',r('SBAR',seg(3,11))),
link(5,'NP',r('NP',seg(1,11))),
link(6,'S',r('S',seg(1,17))), link(7,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(jj), root(right),loc(6),lnks(7),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,11))),
link(2,'VP',r('VP',seg(4,11))),
link(3,'S',r('S',seg(4,11))),
link(4,'SBAR',r('SBAR',seg(3,11))),
link(5,'NP',r('NP',seg(1,11))),
link(6,'S',r('S',seg(1,17))), link(7,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"),
cycWord(xRightTheWord),
ac(regularDegree,xRightTheWord,"right"),
cycTerm(nartR(tColOfThingDescribableAsFn,xRightTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(regularDegree,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(7),lnks(9),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(4,11))),
link(6,'SBAR',r('SBAR',seg(3,11))),
link(7,'NP',r('NP',seg(1,11))),
link(8,'S',r('S',seg(1,17))), link(9,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1749702/_1749704,Lf6,Lf6)]),
w( live, [
pos(vb), root(live),loc(8),lnks(10),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(4,11))),
link(7,'SBAR',r('SBAR',seg(3,11))),
link(8,'NP',r('NP',seg(1,11))),
link(9,'S',r('S',seg(1,17))), link(10,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( anywhere, [
pos(rb), root(anywhere),loc(9),lnks(11),
txt("anywhere"),truecase('LOWER'),
link(1,'ADVP',r('ADVP',seg(9,9))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'NP',r('NP',seg(5,11))),
link(6,'VP',r('VP',seg(4,11))),
link(7,'S',r('S',seg(4,11))),
link(8,'SBAR',r('SBAR',seg(3,11))),
link(9,'NP',r('NP',seg(1,11))),
link(10,'S',r('S',seg(1,17))), link(11,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ttholds(inflAdverb,'TTWord_Anywhere',"anywhere"),
talk_db(adv,anywhere)]),
w( in, [
pos(in), root(in),loc(10),lnks(11),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(7,11))),
link(5,'NP',r('NP',seg(5,11))),
link(6,'VP',r('VP',seg(4,11))),
link(7,'S',r('S',seg(4,11))),
link(8,'SBAR',r('SBAR',seg(3,11))),
link(9,'NP',r('NP',seg(1,11))),
link(10,'S',r('S',seg(1,17))), link(11,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(11),lnks(12),
txt("Europe"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Europe'),corefed,
#(1),txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(8,11))),
link(4,'VP',r('VP',seg(7,11))),
link(5,'S',r('S',seg(7,11))),
link(6,'NP',r('NP',seg(5,11))),
link(7,'VP',r('VP',seg(4,11))),
link(8,'S',r('S',seg(4,11))),
link(9,'SBAR',r('SBAR',seg(3,11))),
link(10,'NP',r('NP',seg(1,11))),
link(11,'S',r('S',seg(1,17))), link(12,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(12),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(12,16))),
link(2,'S',r('S',seg(1,17))), link(3,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(13),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(13,16))),
link(2,'VP',r('VP',seg(12,16))),
link(3,'S',r('S',seg(1,17))), link(4,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(14),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(14,14))),
link(2,'VP',r('VP',seg(13,16))),
link(3,'VP',r('VP',seg(12,16))),
link(4,'S',r('S',seg(1,17))), link(5,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(15),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(15,16))),
link(2,'VP',r('VP',seg(13,16))),
link(3,'VP',r('VP',seg(12,16))),
link(4,'S',r('S',seg(1,17))), link(5,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(16),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(16,16))),
link(2,'PP',r('PP',seg(15,16))),
link(3,'VP',r('VP',seg(13,16))),
link(4,'VP',r('VP',seg(12,16))),
link(5,'S',r('S',seg(1,17))), link(6,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(17),lnks(2),txt("."),
link(1,'S',r('S',seg(1,17))), link(2,'CORENLP',r('CORENLP',seg(1,17))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],individual),
[ reduced_rel( Wh_S,
s( np(3+_2944918,pronoun(agent,3+_2944918),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S18,
s( np( 3+sg,
np_head(Det6,det(the(sg)),[],right),
[ prep_phrase(Prep,prep(to),np_head(Generic,generic,[],Head))]),
verb(main+tv,live,active,Fin+fin,[],[root]),
[ adv(anywhere),
arg(dirO,np(3+sg,wh(Wh_S18),[]))],
[ prep_phrase(Prep17,prep(in),np(3+sg,nameOf(Europe,europe,[]),[])),
adv(t(can,pres+fin,3+sg))]))]),
verb(main+tv,travel,active,Fin20+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep23,prep(within),np(3+sg,nameOf(Europe21,europe,[]),[]))])). */
%~ time_limit_exceeded.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ i_sentence=time_limit_exceeded.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every individual who in the past the right to live anywhere in Europe can travel freely within Europe .".
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ any_to_ace_str="Every individual who has the right to live anywhere in Europe can travel freely within Europe.".
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5563392).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_43514,_39316].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5643724).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_43516,_39318].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5643710).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_43560,_39362].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5644072).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_43604,_39406].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',individual]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VBZ',has],
[ 'NP',
['DT',the],
['JJ',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_5643798).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_43648,_39450].
%~ e2c_80 is runtime(2.1).
%~ ?- c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(3.155).
%~ c88=(?-c88("Every individual who has the right to live anywhere in Europe can travel freely within Europe.")).
%~ ?-c88("Do the residents of member states have the right to live anywhere in Europe?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.',?]]]. */
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
/* into_lexical_segs = [ w( do, [
pos(vb), root(do),loc(1),lnks(4),txt("Do"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,6))),
link(2,'S',r('S',seg(1,6))),link(3,'S',r('S',seg(1,15))),
link(4,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( the, [
pos(dt), root(the),loc(2),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,15))), link(6,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(3),lnks(6),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,15))), link(6,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(4),lnks(6),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,6))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,15))), link(6,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(5),lnks(7),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(2,6))), link(4,'VP',r('VP',seg(1,6))),link(5,'S',r('S',seg(1,6))),
link(6,'S',r('S',seg(1,15))), link(7,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(6),lnks(7),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(2,6))), link(4,'VP',r('VP',seg(1,6))),link(5,'S',r('S',seg(1,6))),
link(6,'S',r('S',seg(1,15))), link(7,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(7),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,14))),
link(2,'S',r('S',seg(1,15))), link(3,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have13, Trans,Have&_765818,
Trans9,
trans_pred(Have,have,Trans,Trans9),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr5,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(8),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,14))),
link(2,'VP',r('VP',seg(7,14))),
link(3,'S',r('S',seg(1,15))), link(4,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(9),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,14))),
link(2,'VP',r('VP',seg(7,14))),
link(3,'S',r('S',seg(1,15))), link(4,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(10),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,14))),
link(2,'S',r('S',seg(10,14))),
link(3,'NP',r('NP',seg(8,14))),
link(4,'VP',r('VP',seg(7,14))),
link(5,'S',r('S',seg(1,15))), link(6,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_766340/_766342,Lf12,Lf12)]),
w( live, [
pos(vb), root(live),loc(11),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,14))),
link(2,'VP',r('VP',seg(10,14))),
link(3,'S',r('S',seg(10,14))),
link(4,'NP',r('NP',seg(8,14))),
link(5,'VP',r('VP',seg(7,14))),
link(6,'S',r('S',seg(1,15))), link(7,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( anywhere, [
pos(rb), root(anywhere),loc(12),lnks(8),
txt("anywhere"),truecase('LOWER'),
link(1,'ADVP',r('ADVP',seg(12,12))),
link(2,'VP',r('VP',seg(11,14))),
link(3,'VP',r('VP',seg(10,14))),
link(4,'S',r('S',seg(10,14))),
link(5,'NP',r('NP',seg(8,14))),
link(6,'VP',r('VP',seg(7,14))),
link(7,'S',r('S',seg(1,15))), link(8,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ttholds(inflAdverb,'TTWord_Anywhere',"anywhere"),
talk_db(adv,anywhere)]),
w( in, [
pos(in), root(in),loc(13),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(13,14))),
link(2,'VP',r('VP',seg(11,14))),
link(3,'VP',r('VP',seg(10,14))),
link(4,'S',r('S',seg(10,14))),
link(5,'NP',r('NP',seg(8,14))),
link(6,'VP',r('VP',seg(7,14))),
link(7,'S',r('S',seg(1,15))), link(8,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(14),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(14,14))),
link(2,'PP',r('PP',seg(13,14))),
link(3,'VP',r('VP',seg(11,14))),
link(4,'VP',r('VP',seg(10,14))),
link(5,'S',r('S',seg(10,14))),
link(6,'NP',r('NP',seg(8,14))),
link(7,'VP',r('VP',seg(7,14))),
link(8,'S',r('S',seg(1,15))), link(9,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(15),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,15))), link(2,'CORENLP',r('CORENLP',seg(1,15))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(2.873).
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ i_sentence=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ clausify80=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ any_to_ace_str="Do the residents of member states have the right to live anywhere in Europe ?".
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ simplify80=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ results80=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ any_to_ace_str="Do the residents of member states have the right to live anywhere in Europe? .".
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ compile80=failure.
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.',?]]],
_5078970).
%~ call_residue_vars=[].
%~ ?- c88("Do the residents of member states have the right to live anywhere in Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(3.324).
%~ c88=(?-c88("Do the residents of member states have the right to live anywhere in Europe?")).
%~ ?-c88("The residents of member states have the right to live anywhere in Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,14))),
link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,14))),
link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,14))),
link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( member, [
pos(nn), root(member),loc(4),lnks(5),txt("member"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,14))),
link(5,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(singular,xMemberTheWord,"member"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,member,member,human+sg-count),
fsr( member-n,
membership,
[ [ [ [ member-c, target,target],
[ group-c, pp,dep]],
15],
[ [ [ member-c, np,ext],
[ standing-p, ajp,dep]],
1],
[ [ [ group-c, n,dep],
[ member-c, target,target]],
5],
[ [ [ member-c, np,ext]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
4],
[ [ [ member-c, np,ext],
[ standing-p, np,dep],
[ group-c, dni,null]],
1],
[ [ [ member-c, np,ext],
[ standing-p, np,dep]],
1],
[ [ [ standing-p, ajp,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1],
[ [ [ group-c, poss,gen],
[ member-c, np,ext]],
1],
[ [ [ member-c, poss,gen]],
1],
[ [ [ group-c, poss,gen]],
1],
[ [ [ standing-p, a,dep],
[ member-c, target,target],
[ group-c, dni,null]],
1],
[ [ [ member-c, target,target]],
1],
[ [ [ group-c, np,ext],
[ member-c, target,target]],
1],
[ [ [ standing-p, n,dep],
[ member-c, target,target],
[ group-c, pp,dep]],
1]]),
concept(fn,membership),
fsr(member-n,observable_bodyparts,[]),
concept(fn,observable_bodyparts),
ttholds(inflNounSingular,'TTWord_Member',"member")]),
w( states, [
pos(nns), root(state),loc(5),lnks(5),txt("states"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,14))),
link(5,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(plural,xStateTheWord,"states"),cycWord(xStateTheWord),
cycTerm(tGroupedIndependentCountry,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(tGroupedStateUnitedStates,ttGeopoliticalEntityTypeByNonOverlappingJurisdiction,ttArtifactualFeatureType),
cycTerm(stateStaticSituation,ttTemporalStuffType,iUI_TopTopic),
cycTerm( tGroupedStateGeopolitical,
ttGeopoliticalEntityTypeByBasicCategory,
ttGeopoliticalEntityTypeByNonOverlappingJurisdiction),
cycTerm(ttMatterTypeByPhysicalState,ttFacetingCollectionType,ttDisjointCollectionType),
ac(singular,xStateTheWord,state),
clex_word(verb,states,state,tv+finsg),
clex_word(noun,states,state,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_State',"states"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_State',"states"),
talk_db(noun1,state,states),
talk_db(noun_or_verb,states,stating,state),
talk_db(transitive,state,states,stated,stating,stated)]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(6),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,13))),
link(2,'S',r('S',seg(1,14))), link(3,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have15, Trans,Have&_746702,
Trans10,
trans_pred(Have,have,Trans,Trans10),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr5,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(7),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,13))),
link(2,'VP',r('VP',seg(6,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(8),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,13))),
link(2,'VP',r('VP',seg(6,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(9),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,13))),
link(2,'S',r('S',seg(9,13))),
link(3,'NP',r('NP',seg(7,13))),
link(4,'VP',r('VP',seg(6,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_747224/_747226,Lf13,Lf13)]),
w( live, [
pos(vb), root(live),loc(10),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,13))),
link(2,'VP',r('VP',seg(9,13))),
link(3,'S',r('S',seg(9,13))),
link(4,'NP',r('NP',seg(7,13))),
link(5,'VP',r('VP',seg(6,13))),
link(6,'S',r('S',seg(1,14))), link(7,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( anywhere, [
pos(rb), root(anywhere),loc(11),lnks(8),
txt("anywhere"),truecase('LOWER'),
link(1,'ADVP',r('ADVP',seg(11,11))),
link(2,'VP',r('VP',seg(10,13))),
link(3,'VP',r('VP',seg(9,13))),
link(4,'S',r('S',seg(9,13))),
link(5,'NP',r('NP',seg(7,13))),
link(6,'VP',r('VP',seg(6,13))),
link(7,'S',r('S',seg(1,14))), link(8,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(inflAdverb,'TTWord_Anywhere',"anywhere"),
talk_db(adv,anywhere)]),
w( in, [
pos(in), root(in),loc(12),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(12,13))),
link(2,'VP',r('VP',seg(10,13))),
link(3,'VP',r('VP',seg(9,13))),
link(4,'S',r('S',seg(9,13))),
link(5,'NP',r('NP',seg(7,13))),
link(6,'VP',r('VP',seg(6,13))),
link(7,'S',r('S',seg(1,14))), link(8,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(13),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(13,13))),
link(2,'PP',r('PP',seg(12,13))),
link(3,'VP',r('VP',seg(10,13))),
link(4,'VP',r('VP',seg(9,13))),
link(5,'S',r('S',seg(9,13))),
link(6,'NP',r('NP',seg(7,13))),
link(7,'VP',r('VP',seg(6,13))),
link(8,'S',r('S',seg(1,14))), link(9,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(14),lnks(2),txt("."),
link(1,'S',r('S',seg(1,14))), link(2,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep21,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],member),
[ reduced_rel( Wh_S,
s( np(3+pl,np_head(Generic4,generic,[],state),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S19,
s( np( 3+sg,
np_head(Det10,det(the(sg)),[],right),
[ prep_phrase(Prep,prep(to),np_head(Generic12,generic,[],Head))]),
verb(main+tv,live,active,Fin+fin,[],[root]),
[ adv(anywhere),
arg(dirO,np(3+sg,wh(Wh_S19),[]))],
[]))]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,nameOf(Europe,europe,[]),[]))],
[])). */
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ i_sentence=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ clausify80=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ any_to_ace_str="The residents of member states have the right to live anywhere in Europe .".
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ simplify80=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ results80=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ any_to_ace_str="The residents of member states have the right to live anywhere in Europe.".
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ compile80=failure.
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',member],
['NNS',states]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'ADVP',
['RB',anywhere]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_5653098).
%~ call_residue_vars=[_24118,_21976].
%~ ?- c88("The residents of member states have the right to live anywhere in Europe.").
%~ e2c_80=failure.
%~ c88=(?-c88("The residents of member states have the right to live anywhere in Europe.")).
%~ ?-c88("No delegate finished the report.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("No delegate finished the report.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]]],
['.','.']]]. */
%~ ?- c88("No delegate finished the report.").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(3),txt("No"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( delegate, [
pos(nn), root(delegate),loc(2),lnks(3),
txt("delegate"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(5),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("No delegate finished the report.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(no),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],report),[]))],
[])). */
%~ ?- c88("No delegate finished the report.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_64726,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Generic_Report11-Report, '`'(ti(report,Report)),'`'(true),
[],
Generic_Report11-Generic)])). */
%~ ?- c88("No delegate finished the report.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64726,thing,mg(finish),Mg_QualifiedBy,Generic_Report))). */
%~ ?- c88("No delegate finished the report.").
%~ any_to_ace_str="No delegate in the past finishing the report .".
%~ ?- c88("No delegate finished the report.").
/* try_ace_drs = drs( [], [
=>(
drs([Delegate],[object(Delegate,delegate,countable,na,eq,1)-1/2]),
drs( [], [
-( drs( [In,Report,Pp_Past], [
object(Pp_Past,past,countable,na,eq,1) -
1/5,
object(Report,report,countable,na,eq,1) -
1/10,
modifier_pp(In,in,Pp_Past)-1/3,
predicate(In,finishing,Delegate,Report)-1/8]))]))]). */
%~ ?- c88("No delegate finished the report.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_64726,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?- c88("No delegate finished the report.").
/* try_ace_fol = forall( Delegate,
=>(
object(Event_Object,Delegate,delegate,countable,na,eq,1),
-( exists( Finishing_Exists_In,
exists( Exists_Report,
exists( Pp_Past,
( object(Event_Object,Pp_Past,past,countable,na,eq,1) &
object(Event_Object,Exists_Report,report,countable,na,eq,1) &
modifier_pp(Event_Object,Finishing_Exists_In,in,Pp_Past) &
predicate(Event_Object,Finishing_Exists_In,finishing,Delegate,Exists_Report)))))))). */
%~ ?- c88("No delegate finished the report.").
%~ results80=[[false]].
%~ ?- c88("No delegate finished the report.").
%~ any_to_ace_str="No delegate finished the report.".
%~ ?- c88("No delegate finished the report.").
%~ try_ace_eng = ['If there is a delegate X1 then it is false that the delegate X1 v:finishing a report in a past.'].
%~ ?- c88("No delegate finished the report.").
/* compile80 = ( ( ( database80(ti(report,Generic_Report)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64726,thing,finish,Finish_QualifiedBy,Generic_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("No delegate finished the report.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]]],
['.','.']]],
_1156564).
%~ call_residue_vars = [ _40696, _40592,_40530,_30352,_23588].
%~ ?- c88("No delegate finished the report.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Report) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(no),[],delegate)) ,
modalized(in_past,generic_pred(frame_64726,thing,finish,Finish_QualifiedBy,Generic_Report)). */
%~ ?-c88("Did any delegate finish the report on time?").
%~ list_undefined([]).
%~ ?- c88("Did any delegate finish the report on time?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]]. */
%~ ?- c88("Did any delegate finish the report on time?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( any, [
pos(dt), root(any),loc(2),lnks(3),txt("any"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnyTheWord,"any"),
cycWord(xAnyTheWord),
cycTerm(iAnyNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAnyTheWord,"any"), fsr(any-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Any',"any"),
flexicon( det,
[ sem=any, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
any),
talk_db(pronoun,any)]),
w( delegate, [
pos(nn), root(delegate),loc(3),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finish, [
pos(vb), root(finish),loc(4),lnks(3),txt("finish"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(6),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr3-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr4-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did any delegate finish the report on time?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(any),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Did any delegate finish the report on time?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_64737,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_64737&Frame_6473716-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_64737&Frame_6473717-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_64737&Frame_6473717-Generic4) &
'`'(generic_pred(frame_64737,Frame_64737,prep(on),Prep_Report,Generic4)))],
Frame_64737&Frame_6473716-Generic)])). */
%~ ?- c88("Did any delegate finish the report on time?").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64737,Frame_64737,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64737,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ any_to_ace_str="in the past any delegate finish the report on time ?".
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_drs=failure.
%~ ?- c88("Did any delegate finish the report on time?").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64737,Frame_64737,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_64737,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_fol=failure.
%~ ?- c88("Did any delegate finish the report on time?").
%~ results80=[[false]].
%~ ?- c88("Did any delegate finish the report on time?").
%~ any_to_ace_str="Did any delegate finish the report on time? .".
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_eng=failure.
%~ ?- c88("Did any delegate finish the report on time?").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_64737,Frame_64737,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64737,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]],
_1944318).
%~ call_residue_vars=[].
%~ ?- c88("Did any delegate finish the report on time?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64737,Frame_64737,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_64737,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Some delegate finished the report on time.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Some delegate finished the report on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some delegate finished the report on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegate, [
pos(nn), root(delegate),loc(2),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(5),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr2-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegate finished the report on time.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some delegate finished the report on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_64748,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_64748&Frame_6474815-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_64748&Frame_6474816-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_64748&Frame_6474816-Generic3) &
'`'(generic_pred(frame_64748,Frame_64748,prep(on),Prep_Report,Generic3)))],
Frame_64748&Frame_6474815-Generic)])). */
%~ ?- c88("Some delegate finished the report on time.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64748,Frame_64748,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64748,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("Some delegate finished the report on time.").
%~ any_to_ace_str="Some delegate in the past finishing the report on time .".
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some delegate finished the report on time.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64748,Frame_64748,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64748,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some delegate finished the report on time.").
%~ results80=[[false]].
%~ ?- c88("Some delegate finished the report on time.").
%~ any_to_ace_str="Some delegate finished the report on time.".
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some delegate finished the report on time.").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_64748,Frame_64748,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64748,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegate finished the report on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952676).
%~ call_residue_vars=[_24778,_24674,_24612].
%~ ?- c88("Some delegate finished the report on time.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_64748,Frame_64748,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64748,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Some delegates finished the survey.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Some delegates finished the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]]],
['.','.']]]. */
%~ ?- c88("Some delegates finished the survey.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(5),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegates finished the survey.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(the(sg)),[],survey),[]))],
[])). */
%~ ?- c88("Some delegates finished the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_64759,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Generic_Survey11-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
Generic_Survey11-Generic)])). */
%~ ?- c88("Some delegates finished the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64759,thing,mg(finish),Mg_QualifiedBy,Generic_Survey))). */
%~ ?- c88("Some delegates finished the survey.").
%~ any_to_ace_str="Some delegates in the past finishing the survey .".
%~ ?- c88("Some delegates finished the survey.").
/* try_ace_drs = drs( [Delegate,In,Survey,Pp_Past], [
object(Delegate,delegate,countable,na,geq,2) -
1/2,
object(Pp_Past,past,countable,na,eq,1) -
1/5,
object(Survey,survey,countable,na,eq,1) -
1/10,
modifier_pp(In,in,Pp_Past)-1/3,
predicate(In,finishing,Delegate,Survey)-1/8]). */
%~ ?- c88("Some delegates finished the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64759,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?- c88("Some delegates finished the survey.").
/* try_ace_fol = exists( Exists_Delegate,
exists( Finishing_Exists_In,
exists( Exists_Survey,
exists( Pp_Past,
( object(Event_Object,Exists_Delegate,delegate,countable,na,geq,2) &
object(Event_Object,Pp_Past,past,countable,na,eq,1) &
object(Event_Object,Exists_Survey,survey,countable,na,eq,1) &
modifier_pp(Event_Object,Finishing_Exists_In,in,Pp_Past) &
predicate( Event_Object,
Finishing_Exists_In, finishing,Exists_Delegate,
Exists_Survey)))))). */
%~ ?- c88("Some delegates finished the survey.").
%~ results80=[[false]].
%~ ?- c88("Some delegates finished the survey.").
%~ any_to_ace_str="Some delegates finished the survey.".
%~ ?- c88("Some delegates finished the survey.").
%~ try_ace_eng=['There are at least 2 delegates X1.','The delegates X1 v:finishing a survey in a past.'].
%~ ?- c88("Some delegates finished the survey.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Survey)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64759,thing,finish,Finish_QualifiedBy,Generic_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegates finished the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]]],
['.','.']]],
_1158158).
%~ call_residue_vars = [ _17256, _17228,_17200,_17090,_17062,_17034].
%~ ?- c88("Some delegates finished the survey.").
/* e2c_80 = asserted( exists( ObjectFinished_Exists_Survey,
exists( Doer_Exists_Delegate,
exists( TimeFn_Past_ActFinishing,
( iza(TimeFn_Past_ActFinishing,actFinishing) &
doer(TimeFn_Past_ActFinishing,Doer_Exists_Delegate) &
objectFinished(TimeFn_Past_ActFinishing,ObjectFinished_Exists_Survey) &
iza(TimeFn_Past_ActFinishing,timeFn(vPast)) &
the(ObjectFinished_Exists_Survey) &
iza(ObjectFinished_Exists_Survey,'Survey') &
iza(Doer_Exists_Delegate,'Delegate') &
~numberOf(Doer_Exists_Delegate,1)))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Survey) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64759,thing,finish,Finish_QualifiedBy,Generic_Survey)). */
%~ ?-c88("Did some delegates finish the survey on time?").
%~ list_undefined([]).
%~ ?- c88("Did some delegates finish the survey on time?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',some],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]]. */
%~ ?- c88("Did some delegates finish the survey on time?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( some, [
pos(dt), root(some),loc(2),lnks(3),txt("some"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finish, [
alt(pos(vbp)), root(finish),pos(vb),loc(4),lnks(3),
txt("finish"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(6),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('INIT_UPPER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr3-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did some delegates finish the survey on time?").
/* sentence80 = q( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Did some delegates finish the survey on time?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_64770,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_64770&Frame_6477016-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_64770&Frame_6477017-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_64770&Frame_6477017-Generic4) &
'`'(generic_pred(frame_64770,Frame_64770,prep(on),Prep_Survey,Generic4)))],
Frame_64770&Frame_6477016-Generic)])). */
%~ ?- c88("Did some delegates finish the survey on time?").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64770,Frame_64770,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64770,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Did some delegates finish the survey on time?").
%~ any_to_ace_str="in the past some delegates finish the survey on time ?".
%~ ?- c88("Did some delegates finish the survey on time?").
%~ try_ace_drs=failure.
%~ ?- c88("Did some delegates finish the survey on time?").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64770,Frame_64770,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64770,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Did some delegates finish the survey on time?").
%~ try_ace_fol=failure.
%~ ?- c88("Did some delegates finish the survey on time?").
%~ results80=[[false]].
%~ ?- c88("Did some delegates finish the survey on time?").
%~ any_to_ace_str="Did some delegates finish the survey on time? .".
%~ ?- c88("Did some delegates finish the survey on time?").
%~ try_ace_eng=failure.
%~ ?- c88("Did some delegates finish the survey on time?").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_64770,Frame_64770,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64770,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did some delegates finish the survey on time?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',some],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]],
_2260306).
%~ call_residue_vars = [ _19296, _19274,_19252,_19238,_19216,_19194].
%~ ?- c88("Did some delegates finish the survey on time?").
/* e2c_80 = asserted( exists( Exists_ActFinishing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Time,
exists( Exists_Survey_On,
exists( Doer_Exists_Delegate,
=>(
( iza(Doer_Exists_Delegate,'Delegate') &
p(on,Exists_Survey_On,Exists_Time) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActFinishing,actFinishing) &
doer(Exists_ActFinishing,Doer_Exists_Delegate) &
patient(Exists_ActFinishing,Exists_Survey_On))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Survey_On) &
iza(Exists_Survey_On,'Survey') &
iza(Exists_Time,time) &
~numberOf(Doer_Exists_Delegate,1)),
answer(yes)))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64770,Frame_64770,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64770,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Some delegates finished the survey on time.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Some delegates finished the survey on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(5),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_64781,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_64781&Frame_6478115-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_64781&Frame_6478116-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_64781&Frame_6478116-Generic3) &
'`'(generic_pred(frame_64781,Frame_64781,prep(on),Prep_Survey,Generic3)))],
Frame_64781&Frame_6478115-Generic)])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64781,Frame_64781,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_64781,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates in the past finishing the survey on time .".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64781,Frame_64781,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64781,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some delegates finished the survey on time.").
%~ results80=[[false]].
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates finished the survey on time.".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_64781,Frame_64781,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_64781,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952860).
%~ call_residue_vars = [ _21358, _21330,_21310,_21288,_21152,_21124,
%~ _21104,_21082].
%~ ?- c88("Some delegates finished the survey on time.").
/* e2c_80 = asserted( exists( Doer_Exists_Delegate,
exists( TimeFn_Past_ActFinishing,
exists( Exists_Time,
exists( Exists_Survey_On,
( p(on,Exists_Survey_On,Exists_Time) &
iza(TimeFn_Past_ActFinishing,actFinishing) &
doer(TimeFn_Past_ActFinishing,Doer_Exists_Delegate) &
objectFinished(TimeFn_Past_ActFinishing,Exists_Survey_On) &
iza(TimeFn_Past_ActFinishing,timeFn(vPast)) &
the(Exists_Survey_On) &
iza(Exists_Survey_On,'Survey') &
iza(Exists_Time,time) &
iza(Doer_Exists_Delegate,'Delegate') &
~numberOf(Doer_Exists_Delegate,1))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_64781,Frame_64781,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_64781,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Many delegates obtained results from the survey.").
%~ list_undefined([]).
%~ ?- c88("Many delegates obtained results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many delegates obtained results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(3),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( results, [
pos(nns), root(result),loc(4),lnks(4),txt("results"),
truecase('LOWER'),corefed,#(2),
txt(["results"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(4,4))), link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(5),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(6),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(7),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many delegates obtained results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many delegates obtained results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing16&Thing-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing16&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing16&Thing-Generic),
identityQ([]),
generic_pred(frame_64887,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg23-Mg,'`'(true),'`'(true),[],QuantS)])],
thing&Thing16&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ5),
thing&Thing13-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing13-From_Prep)])). */
%~ ?- c88("Many delegates obtained results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
'`'(property(Result_Delegate_Many,many,pos))&ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_64887,thing,mg(obtain),Mg,Result_Delegate_Many) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ any_to_ace_str="Many delegates in the past obtaining results from the survey .".
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Result_Delegate_Many,many,pos) ,
ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_64887,thing,obtain,Intrans_pred_prep_Obtain,Result_Delegate_Many) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many delegates obtained results from the survey.").
%~ any_to_ace_str="Many delegates obtained results from the survey.".
%~ ?- c88("Many delegates obtained results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many delegates obtained results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Result_Delegate_Many,many,pos)) ,
database80(ti(delegate,Result_Delegate_Many)) ,
database80(generic_pred(frame_64887,thing,obtain,Obtain,Result_Delegate_Many)) ,
database80( intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many delegates obtained results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_2277700).
%~ call_residue_vars=[].
%~ ?- c88("Many delegates obtained results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Result_Delegate_Many,many,pos) ,
ti(delegate,Result_Delegate_Many) ,
generic_pred(frame_64887,thing,obtain,Intrans_pred_prep_Obtain,Result_Delegate_Many) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Result_Delegate_Many,from,Prep_From_Survey)). */
%~ ?-c88("Did many delegates obtain interesting results from the survey?").
%~ list_undefined([]).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]]. */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,10))),
link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( many, [
pos(jj), root(many),loc(2),lnks(3),txt("many"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"),
ttholds(inflPronoun,'TTWord_Many',"many"),
talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtain, [
alt(pos(vbp)), root(obtain),pos(vb),loc(4),lnks(3),
txt("obtain"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xObtainTheWord,"obtain"),
cycWord(xObtainTheWord),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
ac(infinitive,xObtainTheWord,obtain),
clex_word(verb,obtain,obtain,tv+infpl),
fnpattern(obtain,13052100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( obtain-v,
getting,
[ [ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ time-p, avp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, sforto,dep]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ place-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pping,dep]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ purpose-e, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ manner-p, avp,dep],
[ means-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ reason-e, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pping,dep],
[ recipient-c, cni,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ means-p, pping,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, sub,dep]],
1],
[ [ [ recipient-c, np,ext],
[ time-p, pp,dep],
[ time-p, avp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ purpose-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ means-p, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
3],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ manner-p, avp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ means-p, pp,dep]],
2],
[ [ [ purpose-e, vpto,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ source-p, pp,dep],
[ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ source-p, ini,null]],
5]]),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Obtain',"obtain"),
verbnet_map_wn(obtain,['obtain%2:40:00'],'obtain-13.5.2-1'),
concept(vn,'obtain-13.5.2-1'),
listof(concept(wn),['obtain%2:40:00']),
verbnet_to_framenet('obtain-13.5.2-1',obtain,'obtain.01'),
concept(fn,'obtain.01'),
verbnet_word(obtain,'obtain-13.5.2-1',"obtain")]),
w( interesting, [
pos(jj), root(interesting),loc(5),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))), link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(6),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(7),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,9))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(8),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(9),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* sentence80 = q( s( np(3+pl,np_head(Generic,generic,[adj(many)],delegate),[]),
verb(main+tv,obtain,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+pl,
np_head(Generic2,generic,[adj(interesting)],result),
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))]))],
[])). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
_1566208&_1566210-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[],
_1559122&_1559124-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_64898,thing,mg(obtain),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
thing&Thing-Prep_Result_Interesting,
'`'('`'(property(Prep_Result_Interesting,interesting,adj))&ti(result,Prep_Result_Interesting)),
'`'(true),
[ ( quantS( identityQ(IdentityQ4),
thing&Thing12-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing12-Generic5) &
'`'(generic_pred(frame_64898,thing,prep(from),Prep_Result_Interesting,Generic5)))],
thing&Thing-Generic)])). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* clausify80 = answer80([]) :-
'`'(property(Prep_Result_Interesting,interesting,adj))&ti(result,Prep_Result_Interesting) ,
generic_pred(frame_64898,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
'`'(property(Mg_Delegate_Many,many,pos))&ti(delegate,Mg_Delegate_Many) ,
modalized( in_past,
( generic_pred(frame_64898,thing,mg(obtain),Mg_Delegate_Many,Prep_Result_Interesting))). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ any_to_ace_str="in the past many delegates obtain interesting results from the survey ?".
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_drs=failure.
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* simplify80 = answer80([]) :-
property(Prep_Result_Interesting,interesting,adj) ,
ti(result,Prep_Result_Interesting) ,
generic_pred(frame_64898,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_64898,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_30438,interesting,adj))).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ results80=[[false]].
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ any_to_ace_str="Did many delegates obtain interesting results from the survey? .".
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_eng=failure.
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* compile80 = ( ( ( database80(property(Prep_Result_Interesting,interesting,adj)) ,
database80(ti(result,Prep_Result_Interesting)) ,
database80(generic_pred(frame_64898,thing,prep(from),Prep_Result_Interesting,Generic_Survey)) ,
database80(ti(survey,Generic_Survey)) ,
database80(property(Obtain_Delegate_Many,many,pos)) ,
database80(ti(delegate,Obtain_Delegate_Many)) ,
database80( modalized( in_past,
generic_pred(frame_64898,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8806,interesting,adj))).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]],
_3156006).
%~ call_residue_vars=[].
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Prep_Result_Interesting,interesting,adj) ,
ti(result,Prep_Result_Interesting) ,
generic_pred(frame_64898,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_64898,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)). */
%~ ?-c88("Many delegates obtained interesting results from the survey.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(3),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( interesting, [
pos(jj), root(interesting),loc(4),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,5))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(5),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(7),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(8),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S6,
s( np(3+pl,wh(Wh_S6),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(interesting))],
[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing17&Thing-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-Generic),
identityQ([]),
generic_pred(frame_65022,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg24-Mg,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-_3845902), identityQ([root]),true,
['`'(true)&'`'(property(_3803942,interesting,adj))&'`'(true)])],
thing&Thing17&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ6),
thing&Thing14-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing14-From_Prep)])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
'`'(property(Interesting_Delegate_Many,many,pos))&ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_65022,thing,mg(obtain),Mg,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates in the past obtaining interesting results from the survey .".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_65022,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates obtained interesting results from the survey.".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Interesting_Delegate_Many,many,pos)) ,
database80(ti(delegate,Interesting_Delegate_Many)) ,
database80(generic_pred(frame_65022,thing,obtain,Obtain,Interesting_Delegate_Many)) ,
database80(property(Interesting_Delegate_Many,interesting,adj)) ,
database80( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_2794652).
%~ call_residue_vars=[].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_65022,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?-c88("Several delegates got the results published.").
%~ list_undefined([]).
%~ ?- c88("Several delegates got the results published.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.','.']]]. */
%~ ?- c88("Several delegates got the results published.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(3),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(5),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(6),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,6))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several delegates got the results published.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several)],delegate),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(main+dv(''),get,passive,inf,[],[]),
[ arg(dirO,np(3+pl,np_head(Det,det(the(pl)),[],result),[]))],
[]))]),
verb(main+tv,publish,active,past+fin,[],[root]), [],[])). */
%~ ?- c88("Several delegates got the results published.").
%~ i_sentence=failure.
%~ ?- c88("Several delegates got the results published.").
%~ clausify80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ any_to_ace_str="Several delegates in the past getting the results in the past publishing .".
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_drs=failure.
%~ ?- c88("Several delegates got the results published.").
%~ simplify80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_fol=failure.
%~ ?- c88("Several delegates got the results published.").
%~ results80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ any_to_ace_str="Several delegates got the results published.".
%~ ?- c88("Several delegates got the results published.").
%~ try_ace_eng=failure.
%~ ?- c88("Several delegates got the results published.").
%~ compile80=failure.
%~ ?- c88("Several delegates got the results published.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published]]]],
['.','.']]],
_1711794).
%~ call_residue_vars=[].
%~ ?- c88("Several delegates got the results published.").
%~ e2c_80=failure.
%~ c88=(?-c88("Several delegates got the results published.")).
%~ ?-c88("Did several delegates get the results published in major national newspapers?").
%~ list_undefined([]).
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.',?]]]. */
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,12))),
link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( several, [
pos(jj), root(several),loc(2),lnks(3),txt("several"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( get, [
alt(pos(vbp)), root(get),pos(vb),loc(4),lnks(3),
txt("get"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xGetTheWord,"get"),cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
clex_word(verb,get,get,tv+infpl),
clex_word(verb,get,get,dv('')+infpl),
fnpattern(get,13051100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( get-v,
arriving,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, sub,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep]],
1],
[ [ [ manner-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, dni,null]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ goal-c, pp,dep],
[ theme-c, cni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, avp,dep],
[ time-p, np,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ path-p, pp,dep],
[ goal-c, dni,null]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep]],
7],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1]]),
concept(fn,arriving),
fsr( get-v,
becoming,
[ [ [ [ transitional_period-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ time-p, pp,dep]],
2],
[ [ [ place-p, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
2],
[ [ [ place-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ reason-e, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
8],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep],
[ cause-e, pp,dep]],
1],
[ [ [ cause-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, np,obj]],
1],
[ [ [ time-p, pp,dep],
[ transitional_period-e, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ duration_of_final_state-e, ajp,dep],
[ entity-c, cni,null]],
2],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, avp,dep]],
1],
[ [ [ circumstances-e, sing,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ duration_of_final_state-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ circumstances-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
1]]), concept(fn,becoming),fsr(get-v,birth,[]),
concept(fn,birth),fsr(get-v,board_vehicle,[]),
concept(fn,board_vehicle),fsr(get-v,bringing,[]),
concept(fn,bringing),fsr(get-v,disembarking,[]),
concept(fn,disembarking),
fsr( get-v,
getting,
[ [ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ reason-e, pp,dep],
[ source-p, ini,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
4],
[ [ [ theme-c, np,obj],
[ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ time-p, avp,dep],
[ reason-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, np,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ result-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ source-p, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
4]]), fsr(get-v,grasp,[]),concept(fn,grasp),
ttholds(inflExpletiveUnchecked,'TTWord_Get',"get"),
ttholds(inflVerb,'TTWord_Get',"get"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Get',"get"),
ttholds(inflVerbPluralPresent,'TTWord_Get',"get"),
verbnet_map_wn(get,['get%2:30:00','get%2:30:01','get%2:39:00'],'become-109.1'),
concept(vn,'become-109.1'),
listof(concept(wn),['get%2:30:00','get%2:30:01','get%2:39:00']),
verbnet_map_wn(get,['get%2:30:00'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['get%2:30:00']),
verbnet_map_wn( get,
['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13'],
'get-13.5.1-1'),
concept(vn,'get-13.5.1-1'),
listof(concept(wn),['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13']),
verbnet_to_framenet('become-109.1',get,'get.03'),
concept(fn,'get.03'),
verbnet_to_framenet('convert-26.6.2',get,'get.02'),
concept(fn,'get.02'),
verbnet_to_framenet('convert-26.6.2',get,'get.03'),
verbnet_to_framenet('get-13.5.1-1',get,'get.01'),
concept(fn,'get.01'),
verbnet_word(get,'become-109.1',"get"),
verbnet_word(get,'convert-26.6.2',"get"),
verbnet_word(get,'get-13.5.1-1',"get")]),
w( the, [
pos(dt), root(the),loc(5),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(6),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(7),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(8),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(9),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(10),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(11),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( ?, [
pos('.'), root(?),loc(12),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ i_sentence=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ clausify80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ any_to_ace_str="in the past several delegates get the results in the past publishing in major national newspapers ?".
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_drs=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ simplify80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_fol=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ results80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ any_to_ace_str="Did several delegates get the results published in major national newspapers? .".
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_eng=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ compile80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.',?]]],
_4635544).
%~ call_residue_vars=[].
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ e2c_80=failure.
%~ c88=(?-c88("Did several delegates get the results published in major national newspapers?")).
%~ ?-c88("Several delegates got the results published in major national newspapers.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,11))),
link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(3),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(5),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(6),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(7),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'NP',r('NP',seg(4,10))),
link(4,'VP',r('VP',seg(3,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(8),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(9),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(10),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,get,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S9,
s( np(3+pl,np_head(Det,det(the(pl)),[],result),[]),
verb(main+tv,publish,active,past+fin,[],[root]),
[ arg(dirO,np(3+pl,wh(Wh_S9),[]))],
[]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(Generic11,generic,[adj(major),adj(national)],newspaper),[]))],
[])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_5646284&_5646286-Delegate_Several,
'`'('`'(property(Delegate_Several,several,pos))&ti(delegate,Delegate_Several)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
_5705606&_5705608-Delegate_Several, '`'(true),'`'(true),
[],
_5698358&_5698360-Generic),
identityQ([]),
generic_pred(frame_65474,thing,mg(get),Mg23,Generic),
[ quantS(voidQ,Mg2325-Mg23,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))),
'`'(true),
[],
Np_head-_5740356),
identityQ([in_past,root]),
generic_pred(frame_65475,thing,mg(publish),_5638982,Generic5),
[ quantS( identityQ(IdentityQ6),
_5769968&_5769970-Delegate_Several, '`'(true),'`'(true),
[],
_5762720&_5762722-Generic5)])],
_5638824&_5638826-Mg),
identityQ([root]),
generic_pred(frame_65473,thing,mg(in),Mg,Generic7),
[ quantS( identityQ(IdentityQ8),
thing&Thing-Newspaper_National_Major,
`( ( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major))),
'`'(true),
[],
thing&Thing-Generic7)])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* clausify80 = answer80([]) :-
( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major)) ,
'`'(property(Mg_Delegate_Several,several,pos))&ti(delegate,Mg_Delegate_Several) ,
generic_pred(frame_65474,thing,mg(get),Mg,Mg_Delegate_Several) ,
modalized( in_past,
true,generic_pred(frame_65475,thing,mg(publish),Mg6,Mg_Delegate_Several),true,true) ,
qualifiedBy(Mg6,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Mg,
( generic_pred(frame_65473,thing,mg(in),Mg_Delegate_Several,Newspaper_National_Major))). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates in the past getting the results in the past publishing in major national newspapers .".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_drs=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* simplify80 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_65474,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_65475,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_65473,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_37886,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ results80=[[false]].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates got the results published in major national newspapers.".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_eng=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* compile80 = ( ( ( database80(property(Newspaper_National_Major,major,adj)) ,
database80(property(Newspaper_National_Major,national,adj)) ,
database80(ti(newspaper,Newspaper_National_Major)) ,
database80(property(In_Delegate_Several,several,pos)) ,
database80(ti(delegate,In_Delegate_Several)) ,
database80(generic_pred(frame_65474,thing,get,Get,In_Delegate_Several)) ,
database80( modalized(in_past,generic_pred(frame_65475,thing,publish,Publish,In_Delegate_Several))) ,
database80(qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result))) ,
database80(generic_pred(frame_65473,thing,in,In_Delegate_Several,Newspaper_National_Major))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9302,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]],
_4200034).
%~ call_residue_vars=[].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_65474,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_65475,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_65473,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?-c88("Most Europeans can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(3),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( can, [
pos(md), root(can),loc(3),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(4),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(5),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(5,5))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(6),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(4,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'VP',r('VP',seg(4,7))), link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[sup(most,adj(most))],european),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3076838-_3076840-_3084200, i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3076838-_3076840-_3084200, i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, aggr(_3090942, _3076840, [_3090954, _3076840], _3084214, '`'(_3090972)&_3084218), _3084214, '`'(true), _3084218)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3091846))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3091846))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3091846))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3091846)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3091846)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3091846))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3076838-_3076840-_3084200, i_adj(sup(most, adj(most)), _3076838-_3076840, _3076838-_3076840, _3084200, _3076878, _3084214, _3076854, _3084218))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3076838-_3076840, _3076838-_3076840, _3076876, _3076878, _3076878, _3076854, ti(european, _3076840))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3106300-_3106302-_3113662, i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3106300-_3106302-_3113662, i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, aggr(_3120404, _3106302, [_3120416, _3106302], _3113676, '`'(_3120434)&_3113680), _3113676, '`'(true), _3113680)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121308))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121308))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121308))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3121308)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3121308)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3121308))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3106300-_3106302-_3113662, i_adj(sup(most, adj(most)), _3106300-_3106302, _3106300-_3106302, _3113662, _3106340, _3113676, _3106316, _3113680))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3106300-_3106302, _3106300-_3106302, _3106338, _3106340, _3106340, _3106316, ti(european, _3106302))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3135674-_3135676-_3143036, i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3135674-_3135676-_3143036, i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, aggr(_3149778, _3135676, [_3149790, _3135676], _3143050, '`'(_3149808)&_3143054), _3143050, '`'(true), _3143054)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3150682))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3150682))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3150682))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3150682)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3150682)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3150682))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3135674-_3135676-_3143036, i_adj(sup(most, adj(most)), _3135674-_3135676, _3135674-_3135676, _3143036, _3135714, _3143050, _3135690, _3143054))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3135674-_3135676, _3135674-_3135676, _3135712, _3135714, _3135714, _3135690, ti(european, _3135676))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3165122-_3165124-_3172484, i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3165122-_3165124-_3172484, i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, aggr(_3179226, _3165124, [_3179238, _3165124], _3172498, '`'(_3179256)&_3172502), _3172498, '`'(true), _3172502)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180130))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180130))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180130))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3180130)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3180130)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3180130))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3165122-_3165124-_3172484, i_adj(sup(most, adj(most)), _3165122-_3165124, _3165122-_3165124, _3172484, _3165162, _3172498, _3165138, _3172502))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3165122-_3165124, _3165122-_3165124, _3165160, _3165162, _3165162, _3165138, ti(european, _3165124))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3194584-_3194586-_3201946, i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3194584-_3194586-_3201946, i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, aggr(_3208688, _3194586, [_3208700, _3194586], _3201960, '`'(_3208718)&_3201964), _3201960, '`'(true), _3201964)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3209592))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3209592))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3209592))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3209592)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3209592)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3209592))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3194584-_3194586-_3201946, i_adj(sup(most, adj(most)), _3194584-_3194586, _3194584-_3194586, _3201946, _3194624, _3201960, _3194600, _3201964))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3194584-_3194586, _3194584-_3194586, _3194622, _3194624, _3194624, _3194600, ti(european, _3194586))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3223958-_3223960-_3231320, i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3223958-_3223960-_3231320, i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, aggr(_3238062, _3223960, [_3238074, _3223960], _3231334, '`'(_3238092)&_3231338), _3231334, '`'(true), _3231338)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3238966))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3238966))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3238966))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3238966)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3238966)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3238966))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3223958-_3223960-_3231320, i_adj(sup(most, adj(most)), _3223958-_3223960, _3223958-_3223960, _3231320, _3223998, _3231334, _3223974, _3231338))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3223958-_3223960, _3223958-_3223960, _3223996, _3223998, _3223998, _3223974, ti(european, _3223960))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3253554-_3253556-_3260916, i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3253554-_3253556-_3260916, i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, aggr(_3267658, _3253556, [_3267670, _3253556], _3260930, '`'(_3267688)&_3260934), _3260930, '`'(true), _3260934)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3268562))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3268562))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3268562))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3268562)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3268562)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3268562))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3253554-_3253556-_3260916, i_adj(sup(most, adj(most)), _3253554-_3253556, _3253554-_3253556, _3260916, _3253594, _3260930, _3253570, _3260934))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3253554-_3253556, _3253554-_3253556, _3253592, _3253594, _3253594, _3253570, ti(european, _3253556))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3283016-_3283018-_3290378, i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3283016-_3283018-_3290378, i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, aggr(_3297120, _3283018, [_3297132, _3283018], _3290392, '`'(_3297150)&_3290396), _3290392, '`'(true), _3290396)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298024))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298024))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298024))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3298024)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3298024)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3298024))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3283016-_3283018-_3290378, i_adj(sup(most, adj(most)), _3283016-_3283018, _3283016-_3283018, _3290378, _3283056, _3290392, _3283032, _3290396))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3283016-_3283018, _3283016-_3283018, _3283054, _3283056, _3283056, _3283032, ti(european, _3283018))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3312390-_3312392-_3319752, i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3312390-_3312392-_3319752, i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, aggr(_3326494, _3312392, [_3326506, _3312392], _3319766, '`'(_3326524)&_3319770), _3319766, '`'(true), _3319770)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327398))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327398))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327398))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3327398)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3327398)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3327398))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3312390-_3312392-_3319752, i_adj(sup(most, adj(most)), _3312390-_3312392, _3312390-_3312392, _3319752, _3312430, _3319766, _3312406, _3319770))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3312390-_3312392, _3312390-_3312392, _3312428, _3312430, _3312430, _3312406, ti(european, _3312392))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3341838-_3341840-_3349200, i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3341838-_3341840-_3349200, i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, aggr(_3355942, _3341840, [_3355954, _3341840], _3349214, '`'(_3355972)&_3349218), _3349214, '`'(true), _3349218)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3356846))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3356846))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3356846))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3356846)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3356846)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3356846))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3341838-_3341840-_3349200, i_adj(sup(most, adj(most)), _3341838-_3341840, _3341838-_3341840, _3349200, _3341878, _3349214, _3341854, _3349218))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3341838-_3341840, _3341838-_3341840, _3341876, _3341878, _3341878, _3341854, ti(european, _3341840))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3371300-_3371302-_3378662, i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3371300-_3371302-_3378662, i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, aggr(_3385404, _3371302, [_3385416, _3371302], _3378676, '`'(_3385434)&_3378680), _3378676, '`'(true), _3378680)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386308))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386308))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386308))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3386308)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3386308)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3386308))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3371300-_3371302-_3378662, i_adj(sup(most, adj(most)), _3371300-_3371302, _3371300-_3371302, _3378662, _3371340, _3378676, _3371316, _3378680))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3371300-_3371302, _3371300-_3371302, _3371338, _3371340, _3371340, _3371316, ti(european, _3371302))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3400674-_3400676-_3408036, i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3400674-_3400676-_3408036, i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, aggr(_3414778, _3400676, [_3414790, _3400676], _3408050, '`'(_3414808)&_3408054), _3408050, '`'(true), _3408054)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3415682))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3415682))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3415682))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3415682)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3415682)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3415682))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3400674-_3400676-_3408036, i_adj(sup(most, adj(most)), _3400674-_3400676, _3400674-_3400676, _3408036, _3400714, _3408050, _3400690, _3408054))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3400674-_3400676, _3400674-_3400676, _3400712, _3400714, _3400714, _3400690, ti(european, _3400676))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3430144-_3430146-_3437506, i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3430144-_3430146-_3437506, i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, aggr(_3444248, _3430146, [_3444260, _3430146], _3437520, '`'(_3444278)&_3437524), _3437520, '`'(true), _3437524)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445152))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445152))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445152))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3445152)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3445152)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3445152))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3430144-_3430146-_3437506, i_adj(sup(most, adj(most)), _3430144-_3430146, _3430144-_3430146, _3437506, _3430184, _3437520, _3430160, _3437524))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3430144-_3430146, _3430144-_3430146, _3430182, _3430184, _3430184, _3430160, ti(european, _3430146))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3459606-_3459608-_3466968, i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3459606-_3459608-_3466968, i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, aggr(_3473710, _3459608, [_3473722, _3459608], _3466982, '`'(_3473740)&_3466986), _3466982, '`'(true), _3466986)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3474614))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3474614))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3474614))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3474614)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3474614)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3474614))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3459606-_3459608-_3466968, i_adj(sup(most, adj(most)), _3459606-_3459608, _3459606-_3459608, _3466968, _3459646, _3466982, _3459622, _3466986))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3459606-_3459608, _3459606-_3459608, _3459644, _3459646, _3459646, _3459622, ti(european, _3459608))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3488980-_3488982-_3496342, i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3488980-_3488982-_3496342, i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, aggr(_3503084, _3488982, [_3503096, _3488982], _3496356, '`'(_3503114)&_3496360), _3496356, '`'(true), _3496360)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3503988))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3503988))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3503988))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3503988)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3503988)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3503988))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3488980-_3488982-_3496342, i_adj(sup(most, adj(most)), _3488980-_3488982, _3488980-_3488982, _3496342, _3489020, _3496356, _3488996, _3496360))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3488980-_3488982, _3488980-_3488982, _3489018, _3489020, _3489020, _3488996, ti(european, _3488982))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3518428-_3518430-_3525790, i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3518428-_3518430-_3525790, i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, aggr(_3532532, _3518430, [_3532544, _3518430], _3525804, '`'(_3532562)&_3525808), _3525804, '`'(true), _3525808)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533436))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533436))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533436))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3533436)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3533436)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3533436))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3518428-_3518430-_3525790, i_adj(sup(most, adj(most)), _3518428-_3518430, _3518428-_3518430, _3525790, _3518468, _3525804, _3518444, _3525808))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3518428-_3518430, _3518428-_3518430, _3518466, _3518468, _3518468, _3518444, ti(european, _3518430))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3547890-_3547892-_3555252, i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3547890-_3547892-_3555252, i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, aggr(_3561994, _3547892, [_3562006, _3547892], _3555266, '`'(_3562024)&_3555270), _3555266, '`'(true), _3555270)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3562898))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3562898))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3562898))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3562898)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3562898)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3562898))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3547890-_3547892-_3555252, i_adj(sup(most, adj(most)), _3547890-_3547892, _3547890-_3547892, _3555252, _3547930, _3555266, _3547906, _3555270))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3547890-_3547892, _3547890-_3547892, _3547928, _3547930, _3547930, _3547906, ti(european, _3547892))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_3577264-_3577266-_3584626, i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_3577264-_3577266-_3584626, i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, aggr(_3591368, _3577266, [_3591380, _3577266], _3584640, '`'(_3591398)&_3584644), _3584640, '`'(true), _3584644)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592272))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592272))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592272))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3592272)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _3592272)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3592272))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_3577264-_3577266-_3584626, i_adj(sup(most, adj(most)), _3577264-_3577266, _3577264-_3577266, _3584626, _3577304, _3584640, _3577280, _3584644))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3577264-_3577266, _3577264-_3577266, _3577302, _3577304, _3577304, _3577280, ti(european, _3577266))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3607498-_3607500-_3614860, i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3607498-_3607500-_3614860, i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, aggr(_3621602, _3607500, [_3621614, _3607500], _3614874, '`'(_3621632)&_3614878), _3614874, '`'(true), _3614878)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622506))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622506))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622506))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3622506)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3622506)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3622506))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3607498-_3607500-_3614860, i_adj(sup(most, adj(most)), _3607498-_3607500, _3607498-_3607500, _3614860, _3607538, _3614874, _3607514, _3614878))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3607498-_3607500, _3607498-_3607500, _3607536, _3607538, _3607538, _3607514, ti(european, _3607500))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3636960-_3636962-_3644322, i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3636960-_3636962-_3644322, i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, aggr(_3651064, _3636962, [_3651076, _3636962], _3644336, '`'(_3651094)&_3644340), _3644336, '`'(true), _3644340)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3651968))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3651968))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3651968))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3651968)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3651968)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3651968))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3636960-_3636962-_3644322, i_adj(sup(most, adj(most)), _3636960-_3636962, _3636960-_3636962, _3644322, _3637000, _3644336, _3636976, _3644340))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3636960-_3636962, _3636960-_3636962, _3636998, _3637000, _3637000, _3636976, ti(european, _3636962))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3666334-_3666336-_3673696, i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3666334-_3666336-_3673696, i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, aggr(_3680438, _3666336, [_3680450, _3666336], _3673710, '`'(_3680468)&_3673714), _3673710, '`'(true), _3673714)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681342))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681342))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681342))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3681342)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3681342)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3681342))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3666334-_3666336-_3673696, i_adj(sup(most, adj(most)), _3666334-_3666336, _3666334-_3666336, _3673696, _3666374, _3673710, _3666350, _3673714))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3666334-_3666336, _3666334-_3666336, _3666372, _3666374, _3666374, _3666350, ti(european, _3666336))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3695782-_3695784-_3703144, i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3695782-_3695784-_3703144, i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, aggr(_3709886, _3695784, [_3709898, _3695784], _3703158, '`'(_3709916)&_3703162), _3703158, '`'(true), _3703162)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3710790))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3710790))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3710790))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3710790)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3710790)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3710790))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3695782-_3695784-_3703144, i_adj(sup(most, adj(most)), _3695782-_3695784, _3695782-_3695784, _3703144, _3695822, _3703158, _3695798, _3703162))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3695782-_3695784, _3695782-_3695784, _3695820, _3695822, _3695822, _3695798, ti(european, _3695784))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3725244-_3725246-_3732606, i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3725244-_3725246-_3732606, i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, aggr(_3739348, _3725246, [_3739360, _3725246], _3732620, '`'(_3739378)&_3732624), _3732620, '`'(true), _3732624)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740252))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740252))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740252))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3740252)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3740252)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3740252))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3725244-_3725246-_3732606, i_adj(sup(most, adj(most)), _3725244-_3725246, _3725244-_3725246, _3732606, _3725284, _3732620, _3725260, _3732624))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3725244-_3725246, _3725244-_3725246, _3725282, _3725284, _3725284, _3725260, ti(european, _3725246))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3754618-_3754620-_3761980, i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3754618-_3754620-_3761980, i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, aggr(_3768722, _3754620, [_3768734, _3754620], _3761994, '`'(_3768752)&_3761998), _3761994, '`'(true), _3761998)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3769626))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3769626))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3769626))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3769626)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3769626)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3769626))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3754618-_3754620-_3761980, i_adj(sup(most, adj(most)), _3754618-_3754620, _3754618-_3754620, _3761980, _3754658, _3761994, _3754634, _3761998))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3754618-_3754620, _3754618-_3754620, _3754656, _3754658, _3754658, _3754634, ti(european, _3754620))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3784214-_3784216-_3791576, i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3784214-_3784216-_3791576, i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, aggr(_3798318, _3784216, [_3798330, _3784216], _3791590, '`'(_3798348)&_3791594), _3791590, '`'(true), _3791594)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799222))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799222))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799222))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3799222)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3799222)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3799222))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3784214-_3784216-_3791576, i_adj(sup(most, adj(most)), _3784214-_3784216, _3784214-_3784216, _3791576, _3784254, _3791590, _3784230, _3791594))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3784214-_3784216, _3784214-_3784216, _3784252, _3784254, _3784254, _3784230, ti(european, _3784216))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3813676-_3813678-_3821038, i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3813676-_3813678-_3821038, i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, aggr(_3827780, _3813678, [_3827792, _3813678], _3821052, '`'(_3827810)&_3821056), _3821052, '`'(true), _3821056)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3828684))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3828684))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3828684))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3828684)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3828684)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3828684))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3813676-_3813678-_3821038, i_adj(sup(most, adj(most)), _3813676-_3813678, _3813676-_3813678, _3821038, _3813716, _3821052, _3813692, _3821056))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3813676-_3813678, _3813676-_3813678, _3813714, _3813716, _3813716, _3813692, ti(european, _3813678))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3843050-_3843052-_3850412, i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3843050-_3843052-_3850412, i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, aggr(_3857154, _3843052, [_3857166, _3843052], _3850426, '`'(_3857184)&_3850430), _3850426, '`'(true), _3850430)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858058))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858058))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858058))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3858058)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3858058)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3858058))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3843050-_3843052-_3850412, i_adj(sup(most, adj(most)), _3843050-_3843052, _3843050-_3843052, _3850412, _3843090, _3850426, _3843066, _3850430))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3843050-_3843052, _3843050-_3843052, _3843088, _3843090, _3843090, _3843066, ti(european, _3843052))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3872498-_3872500-_3879860, i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3872498-_3872500-_3879860, i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, aggr(_3886602, _3872500, [_3886614, _3872500], _3879874, '`'(_3886632)&_3879878), _3879874, '`'(true), _3879878)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887506))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887506))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887506))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3887506)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3887506)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3887506))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3872498-_3872500-_3879860, i_adj(sup(most, adj(most)), _3872498-_3872500, _3872498-_3872500, _3879860, _3872538, _3879874, _3872514, _3879878))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3872498-_3872500, _3872498-_3872500, _3872536, _3872538, _3872538, _3872514, ti(european, _3872500))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3901960-_3901962-_3909322, i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3901960-_3901962-_3909322, i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, aggr(_3916064, _3901962, [_3916076, _3901962], _3909336, '`'(_3916094)&_3909340), _3909336, '`'(true), _3909340)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3916968))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3916968))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3916968))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3916968)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3916968)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3916968))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3901960-_3901962-_3909322, i_adj(sup(most, adj(most)), _3901960-_3901962, _3901960-_3901962, _3909322, _3902000, _3909336, _3901976, _3909340))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3901960-_3901962, _3901960-_3901962, _3901998, _3902000, _3902000, _3901976, ti(european, _3901962))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3931334-_3931336-_3938696, i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3931334-_3931336-_3938696, i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, aggr(_3945438, _3931336, [_3945450, _3931336], _3938710, '`'(_3945468)&_3938714), _3938710, '`'(true), _3938714)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946342))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946342))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946342))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3946342)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3946342)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3946342))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3931334-_3931336-_3938696, i_adj(sup(most, adj(most)), _3931334-_3931336, _3931334-_3931336, _3938696, _3931374, _3938710, _3931350, _3938714))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3931334-_3931336, _3931334-_3931336, _3931372, _3931374, _3931374, _3931350, ti(european, _3931336))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3960804-_3960806-_3968166, i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3960804-_3960806-_3968166, i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, aggr(_3974908, _3960806, [_3974920, _3960806], _3968180, '`'(_3974938)&_3968184), _3968180, '`'(true), _3968184)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3975812))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3975812))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3975812))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3975812)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _3975812)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3975812))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3960804-_3960806-_3968166, i_adj(sup(most, adj(most)), _3960804-_3960806, _3960804-_3960806, _3968166, _3960844, _3968180, _3960820, _3968184))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3960804-_3960806, _3960804-_3960806, _3960842, _3960844, _3960844, _3960820, ti(european, _3960806))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_3990266-_3990268-_3997628, i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_3990266-_3990268-_3997628, i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, aggr(_4004370, _3990268, [_4004382, _3990268], _3997642, '`'(_4004400)&_3997646), _3997642, '`'(true), _3997646)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005274))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005274))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005274))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4005274)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4005274)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4005274))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_3990266-_3990268-_3997628, i_adj(sup(most, adj(most)), _3990266-_3990268, _3990266-_3990268, _3997628, _3990306, _3997642, _3990282, _3997646))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3990266-_3990268, _3990266-_3990268, _3990304, _3990306, _3990306, _3990282, ti(european, _3990268))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4019640-_4019642-_4027002, i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4019640-_4019642-_4027002, i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, aggr(_4033744, _4019642, [_4033756, _4019642], _4027016, '`'(_4033774)&_4027020), _4027016, '`'(true), _4027020)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4034648))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4034648))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4034648))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4034648)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4034648)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4034648))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4019640-_4019642-_4027002, i_adj(sup(most, adj(most)), _4019640-_4019642, _4019640-_4019642, _4027002, _4019680, _4027016, _4019656, _4027020))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4019640-_4019642, _4019640-_4019642, _4019678, _4019680, _4019680, _4019656, ti(european, _4019642))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4049088-_4049090-_4056450, i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4049088-_4049090-_4056450, i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, aggr(_4063192, _4049090, [_4063204, _4049090], _4056464, '`'(_4063222)&_4056468), _4056464, '`'(true), _4056468)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064096))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064096))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064096))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4064096)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4064096)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4064096))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4049088-_4049090-_4056450, i_adj(sup(most, adj(most)), _4049088-_4049090, _4049088-_4049090, _4056450, _4049128, _4056464, _4049104, _4056468))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4049088-_4049090, _4049088-_4049090, _4049126, _4049128, _4049128, _4049104, ti(european, _4049090))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4078550-_4078552-_4085912, i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4078550-_4078552-_4085912, i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, aggr(_4092654, _4078552, [_4092666, _4078552], _4085926, '`'(_4092684)&_4085930), _4085926, '`'(true), _4085930)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4093558))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4093558))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4093558))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4093558)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4093558)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4093558))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4078550-_4078552-_4085912, i_adj(sup(most, adj(most)), _4078550-_4078552, _4078550-_4078552, _4085912, _4078590, _4085926, _4078566, _4085930))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4078550-_4078552, _4078550-_4078552, _4078588, _4078590, _4078590, _4078566, ti(european, _4078552))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_4107924-_4107926-_4115286, i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_4107924-_4107926-_4115286, i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, aggr(_4122028, _4107926, [_4122040, _4107926], _4115300, '`'(_4122058)&_4115304), _4115300, '`'(true), _4115304)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4122932))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4122932))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4122932))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4122932)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _4122932)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4122932))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_4107924-_4107926-_4115286, i_adj(sup(most, adj(most)), _4107924-_4107926, _4107924-_4107926, _4115286, _4107964, _4115300, _4107940, _4115304))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4107924-_4107926, _4107924-_4107926, _4107962, _4107964, _4107964, _4107940, ti(european, _4107926))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4138346-_4138348-_4145708, i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4138346-_4138348-_4145708, i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, aggr(_4152450, _4138348, [_4152462, _4138348], _4145722, '`'(_4152480)&_4145726), _4145722, '`'(true), _4145726)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153354))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153354))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153354))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4153354)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4153354)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4153354))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4138346-_4138348-_4145708, i_adj(sup(most, adj(most)), _4138346-_4138348, _4138346-_4138348, _4145708, _4138386, _4145722, _4138362, _4145726))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4138346-_4138348, _4138346-_4138348, _4138384, _4138386, _4138386, _4138362, ti(european, _4138348))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4167808-_4167810-_4175170, i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4167808-_4167810-_4175170, i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, aggr(_4181912, _4167810, [_4181924, _4167810], _4175184, '`'(_4181942)&_4175188), _4175184, '`'(true), _4175188)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4182816))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4182816))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4182816))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4182816)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4182816)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4182816))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4167808-_4167810-_4175170, i_adj(sup(most, adj(most)), _4167808-_4167810, _4167808-_4167810, _4175170, _4167848, _4175184, _4167824, _4175188))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4167808-_4167810, _4167808-_4167810, _4167846, _4167848, _4167848, _4167824, ti(european, _4167810))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4197182-_4197184-_4204544, i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4197182-_4197184-_4204544, i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, aggr(_4211286, _4197184, [_4211298, _4197184], _4204558, '`'(_4211316)&_4204562), _4204558, '`'(true), _4204562)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212190))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212190))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212190))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4212190)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4212190)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4212190))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4197182-_4197184-_4204544, i_adj(sup(most, adj(most)), _4197182-_4197184, _4197182-_4197184, _4204544, _4197222, _4204558, _4197198, _4204562))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4197182-_4197184, _4197182-_4197184, _4197220, _4197222, _4197222, _4197198, ti(european, _4197184))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4226630-_4226632-_4233992, i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4226630-_4226632-_4233992, i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, aggr(_4240734, _4226632, [_4240746, _4226632], _4234006, '`'(_4240764)&_4234010), _4234006, '`'(true), _4234010)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4241638))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4241638))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4241638))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4241638)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4241638)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4241638))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4226630-_4226632-_4233992, i_adj(sup(most, adj(most)), _4226630-_4226632, _4226630-_4226632, _4233992, _4226670, _4234006, _4226646, _4234010))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4226630-_4226632, _4226630-_4226632, _4226668, _4226670, _4226670, _4226646, ti(european, _4226632))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4256092-_4256094-_4263454, i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4256092-_4256094-_4263454, i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, aggr(_4270196, _4256094, [_4270208, _4256094], _4263468, '`'(_4270226)&_4263472), _4263468, '`'(true), _4263472)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271100))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271100))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271100))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4271100)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4271100)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4271100))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4256092-_4256094-_4263454, i_adj(sup(most, adj(most)), _4256092-_4256094, _4256092-_4256094, _4263454, _4256132, _4263468, _4256108, _4263472))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4256092-_4256094, _4256092-_4256094, _4256130, _4256132, _4256132, _4256108, ti(european, _4256094))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4285466-_4285468-_4292828, i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4285466-_4285468-_4292828, i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, aggr(_4299570, _4285468, [_4299582, _4285468], _4292842, '`'(_4299600)&_4292846), _4292842, '`'(true), _4292846)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300474))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300474))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300474))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4300474)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4300474)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4300474))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4285466-_4285468-_4292828, i_adj(sup(most, adj(most)), _4285466-_4285468, _4285466-_4285468, _4292828, _4285506, _4292842, _4285482, _4292846))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4285466-_4285468, _4285466-_4285468, _4285504, _4285506, _4285506, _4285482, ti(european, _4285468))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4315062-_4315064-_4322424, i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4315062-_4315064-_4322424, i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, aggr(_4329166, _4315064, [_4329178, _4315064], _4322438, '`'(_4329196)&_4322442), _4322438, '`'(true), _4322442)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330070))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330070))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330070))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4330070)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4330070)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4330070))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4315062-_4315064-_4322424, i_adj(sup(most, adj(most)), _4315062-_4315064, _4315062-_4315064, _4322424, _4315102, _4322438, _4315078, _4322442))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4315062-_4315064, _4315062-_4315064, _4315100, _4315102, _4315102, _4315078, ti(european, _4315064))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4344524-_4344526-_4351886, i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4344524-_4344526-_4351886, i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, aggr(_4358628, _4344526, [_4358640, _4344526], _4351900, '`'(_4358658)&_4351904), _4351900, '`'(true), _4351904)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359532))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359532))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359532))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4359532)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4359532)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4359532))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4344524-_4344526-_4351886, i_adj(sup(most, adj(most)), _4344524-_4344526, _4344524-_4344526, _4351886, _4344564, _4351900, _4344540, _4351904))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4344524-_4344526, _4344524-_4344526, _4344562, _4344564, _4344564, _4344540, ti(european, _4344526))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4373898-_4373900-_4381260, i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4373898-_4373900-_4381260, i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, aggr(_4388002, _4373900, [_4388014, _4373900], _4381274, '`'(_4388032)&_4381278), _4381274, '`'(true), _4381278)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4388906))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4388906))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4388906))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4388906)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4388906)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4388906))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4373898-_4373900-_4381260, i_adj(sup(most, adj(most)), _4373898-_4373900, _4373898-_4373900, _4381260, _4373938, _4381274, _4373914, _4381278))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4373898-_4373900, _4373898-_4373900, _4373936, _4373938, _4373938, _4373914, ti(european, _4373900))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4403346-_4403348-_4410708, i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4403346-_4403348-_4410708, i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, aggr(_4417450, _4403348, [_4417462, _4403348], _4410722, '`'(_4417480)&_4410726), _4410722, '`'(true), _4410726)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418354))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418354))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418354))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4418354)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4418354)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4418354))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4403346-_4403348-_4410708, i_adj(sup(most, adj(most)), _4403346-_4403348, _4403346-_4403348, _4410708, _4403386, _4410722, _4403362, _4410726))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4403346-_4403348, _4403346-_4403348, _4403384, _4403386, _4403386, _4403362, ti(european, _4403348))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4432808-_4432810-_4440170, i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4432808-_4432810-_4440170, i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, aggr(_4446912, _4432810, [_4446924, _4432810], _4440184, '`'(_4446942)&_4440188), _4440184, '`'(true), _4440188)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4447816))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4447816))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4447816))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4447816)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4447816)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4447816))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4432808-_4432810-_4440170, i_adj(sup(most, adj(most)), _4432808-_4432810, _4432808-_4432810, _4440170, _4432848, _4440184, _4432824, _4440188))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4432808-_4432810, _4432808-_4432810, _4432846, _4432848, _4432848, _4432824, ti(european, _4432810))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4462182-_4462184-_4469544, i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4462182-_4462184-_4469544, i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, aggr(_4476286, _4462184, [_4476298, _4462184], _4469558, '`'(_4476316)&_4469562), _4469558, '`'(true), _4469562)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477190))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477190))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477190))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4477190)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4477190)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4477190))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4462182-_4462184-_4469544, i_adj(sup(most, adj(most)), _4462182-_4462184, _4462182-_4462184, _4469544, _4462222, _4469558, _4462198, _4469562))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4462182-_4462184, _4462182-_4462184, _4462220, _4462222, _4462222, _4462198, ti(european, _4462184))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4491652-_4491654-_4499014, i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4491652-_4491654-_4499014, i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, aggr(_4505756, _4491654, [_4505768, _4491654], _4499028, '`'(_4505786)&_4499032), _4499028, '`'(true), _4499032)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4506660))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4506660))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4506660))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4506660)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4506660)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4506660))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4491652-_4491654-_4499014, i_adj(sup(most, adj(most)), _4491652-_4491654, _4491652-_4491654, _4499014, _4491692, _4499028, _4491668, _4499032))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4491652-_4491654, _4491652-_4491654, _4491690, _4491692, _4491692, _4491668, ti(european, _4491654))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4521114-_4521116-_4528476, i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4521114-_4521116-_4528476, i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, aggr(_4535218, _4521116, [_4535230, _4521116], _4528490, '`'(_4535248)&_4528494), _4528490, '`'(true), _4528494)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536122))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536122))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536122))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4536122)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4536122)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4536122))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4521114-_4521116-_4528476, i_adj(sup(most, adj(most)), _4521114-_4521116, _4521114-_4521116, _4528476, _4521154, _4528490, _4521130, _4528494))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4521114-_4521116, _4521114-_4521116, _4521152, _4521154, _4521154, _4521130, ti(european, _4521116))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4550488-_4550490-_4557850, i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4550488-_4550490-_4557850, i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, aggr(_4564592, _4550490, [_4564604, _4550490], _4557864, '`'(_4564622)&_4557868), _4557864, '`'(true), _4557868)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565496))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565496))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565496))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4565496)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4565496)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4565496))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4550488-_4550490-_4557850, i_adj(sup(most, adj(most)), _4550488-_4550490, _4550488-_4550490, _4557850, _4550528, _4557864, _4550504, _4557868))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4550488-_4550490, _4550488-_4550490, _4550526, _4550528, _4550528, _4550504, ti(european, _4550490))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4579936-_4579938-_4587298, i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4579936-_4579938-_4587298, i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, aggr(_4594040, _4579938, [_4594052, _4579938], _4587312, '`'(_4594070)&_4587316), _4587312, '`'(true), _4587316)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4594944))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4594944))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4594944))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4594944)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4594944)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4594944))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4579936-_4579938-_4587298, i_adj(sup(most, adj(most)), _4579936-_4579938, _4579936-_4579938, _4587298, _4579976, _4587312, _4579952, _4587316))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4579936-_4579938, _4579936-_4579938, _4579974, _4579976, _4579976, _4579952, ti(european, _4579938))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4609398-_4609400-_4616760, i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4609398-_4609400-_4616760, i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, aggr(_4623502, _4609400, [_4623514, _4609400], _4616774, '`'(_4623532)&_4616778), _4616774, '`'(true), _4616778)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624406))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624406))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624406))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4624406)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4624406)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4624406))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4609398-_4609400-_4616760, i_adj(sup(most, adj(most)), _4609398-_4609400, _4609398-_4609400, _4616760, _4609438, _4616774, _4609414, _4616778))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4609398-_4609400, _4609398-_4609400, _4609436, _4609438, _4609438, _4609414, ti(european, _4609400))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_4638772-_4638774-_4646134, i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_4638772-_4638774-_4646134, i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, aggr(_4652876, _4638774, [_4652888, _4638774], _4646148, '`'(_4652906)&_4646152), _4646148, '`'(true), _4646152)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4653780))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4653780))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4653780))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4653780)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _4653780)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4653780))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_4638772-_4638774-_4646134, i_adj(sup(most, adj(most)), _4638772-_4638774, _4638772-_4638774, _4646134, _4638812, _4646148, _4638788, _4646152))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4638772-_4638774, _4638772-_4638774, _4638810, _4638812, _4638812, _4638788, ti(european, _4638774))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4669006-_4669008-_4676368, i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4669006-_4669008-_4676368, i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, aggr(_4683110, _4669008, [_4683122, _4669008], _4676382, '`'(_4683140)&_4676386), _4676382, '`'(true), _4676386)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684014))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684014))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684014))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4684014)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4684014)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4684014))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4669006-_4669008-_4676368, i_adj(sup(most, adj(most)), _4669006-_4669008, _4669006-_4669008, _4676368, _4669046, _4676382, _4669022, _4676386))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4669006-_4669008, _4669006-_4669008, _4669044, _4669046, _4669046, _4669022, ti(european, _4669008))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4698468-_4698470-_4705830, i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4698468-_4698470-_4705830, i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, aggr(_4712572, _4698470, [_4712584, _4698470], _4705844, '`'(_4712602)&_4705848), _4705844, '`'(true), _4705848)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713476))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713476))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713476))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4713476)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4713476)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4713476))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4698468-_4698470-_4705830, i_adj(sup(most, adj(most)), _4698468-_4698470, _4698468-_4698470, _4705830, _4698508, _4705844, _4698484, _4705848))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4698468-_4698470, _4698468-_4698470, _4698506, _4698508, _4698508, _4698484, ti(european, _4698470))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4727842-_4727844-_4735204, i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4727842-_4727844-_4735204, i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, aggr(_4741946, _4727844, [_4741958, _4727844], _4735218, '`'(_4741976)&_4735222), _4735218, '`'(true), _4735222)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4742850))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4742850))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4742850))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4742850)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4742850)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4742850))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4727842-_4727844-_4735204, i_adj(sup(most, adj(most)), _4727842-_4727844, _4727842-_4727844, _4735204, _4727882, _4735218, _4727858, _4735222))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4727842-_4727844, _4727842-_4727844, _4727880, _4727882, _4727882, _4727858, ti(european, _4727844))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4757290-_4757292-_4764652, i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4757290-_4757292-_4764652, i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, aggr(_4771394, _4757292, [_4771406, _4757292], _4764666, '`'(_4771424)&_4764670), _4764666, '`'(true), _4764670)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772298))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772298))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772298))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4772298)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4772298)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4772298))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4757290-_4757292-_4764652, i_adj(sup(most, adj(most)), _4757290-_4757292, _4757290-_4757292, _4764652, _4757330, _4764666, _4757306, _4764670))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4757290-_4757292, _4757290-_4757292, _4757328, _4757330, _4757330, _4757306, ti(european, _4757292))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4786752-_4786754-_4794114, i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4786752-_4786754-_4794114, i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, aggr(_4800856, _4786754, [_4800868, _4786754], _4794128, '`'(_4800886)&_4794132), _4794128, '`'(true), _4794132)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4801760))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4801760))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4801760))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4801760)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4801760)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4801760))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4786752-_4786754-_4794114, i_adj(sup(most, adj(most)), _4786752-_4786754, _4786752-_4786754, _4794114, _4786792, _4794128, _4786768, _4794132))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4786752-_4786754, _4786752-_4786754, _4786790, _4786792, _4786792, _4786768, ti(european, _4786754))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4816126-_4816128-_4823488, i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4816126-_4816128-_4823488, i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, aggr(_4830230, _4816128, [_4830242, _4816128], _4823502, '`'(_4830260)&_4823506), _4823502, '`'(true), _4823506)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831134))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831134))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831134))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4831134)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4831134)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4831134))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4816126-_4816128-_4823488, i_adj(sup(most, adj(most)), _4816126-_4816128, _4816126-_4816128, _4823488, _4816166, _4823502, _4816142, _4823506))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4816126-_4816128, _4816126-_4816128, _4816164, _4816166, _4816166, _4816142, ti(european, _4816128))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4845722-_4845724-_4853084, i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4845722-_4845724-_4853084, i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, aggr(_4859826, _4845724, [_4859838, _4845724], _4853098, '`'(_4859856)&_4853102), _4853098, '`'(true), _4853102)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4860730))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4860730))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4860730))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4860730)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4860730)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4860730))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4845722-_4845724-_4853084, i_adj(sup(most, adj(most)), _4845722-_4845724, _4845722-_4845724, _4853084, _4845762, _4853098, _4845738, _4853102))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4845722-_4845724, _4845722-_4845724, _4845760, _4845762, _4845762, _4845738, ti(european, _4845724))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4875184-_4875186-_4882546, i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4875184-_4875186-_4882546, i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, aggr(_4889288, _4875186, [_4889300, _4875186], _4882560, '`'(_4889318)&_4882564), _4882560, '`'(true), _4882564)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890192))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890192))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890192))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4890192)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4890192)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4890192))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4875184-_4875186-_4882546, i_adj(sup(most, adj(most)), _4875184-_4875186, _4875184-_4875186, _4882546, _4875224, _4882560, _4875200, _4882564))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4875184-_4875186, _4875184-_4875186, _4875222, _4875224, _4875224, _4875200, ti(european, _4875186))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4904558-_4904560-_4911920, i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4904558-_4904560-_4911920, i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, aggr(_4918662, _4904560, [_4918674, _4904560], _4911934, '`'(_4918692)&_4911938), _4911934, '`'(true), _4911938)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4919566))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4919566))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4919566))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4919566)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4919566)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4919566))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4904558-_4904560-_4911920, i_adj(sup(most, adj(most)), _4904558-_4904560, _4904558-_4904560, _4911920, _4904598, _4911934, _4904574, _4911938))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4904558-_4904560, _4904558-_4904560, _4904596, _4904598, _4904598, _4904574, ti(european, _4904560))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4934006-_4934008-_4941368, i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4934006-_4934008-_4941368, i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, aggr(_4948110, _4934008, [_4948122, _4934008], _4941382, '`'(_4948140)&_4941386), _4941382, '`'(true), _4941386)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949014))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949014))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949014))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4949014)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4949014)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4949014))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4934006-_4934008-_4941368, i_adj(sup(most, adj(most)), _4934006-_4934008, _4934006-_4934008, _4941368, _4934046, _4941382, _4934022, _4941386))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4934006-_4934008, _4934006-_4934008, _4934044, _4934046, _4934046, _4934022, ti(european, _4934008))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4963468-_4963470-_4970830, i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4963468-_4963470-_4970830, i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, aggr(_4977572, _4963470, [_4977584, _4963470], _4970844, '`'(_4977602)&_4970848), _4970844, '`'(true), _4970848)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978476))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978476))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978476))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4978476)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _4978476)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _4978476))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4963468-_4963470-_4970830, i_adj(sup(most, adj(most)), _4963468-_4963470, _4963468-_4963470, _4970830, _4963508, _4970844, _4963484, _4970848))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4963468-_4963470, _4963468-_4963470, _4963506, _4963508, _4963508, _4963484, ti(european, _4963470))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_4992842-_4992844-_5000204, i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_4992842-_4992844-_5000204, i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, aggr(_5006946, _4992844, [_5006958, _4992844], _5000218, '`'(_5006976)&_5000222), _5000218, '`'(true), _5000222)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5007850))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5007850))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5007850))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5007850)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5007850)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5007850))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_4992842-_4992844-_5000204, i_adj(sup(most, adj(most)), _4992842-_4992844, _4992842-_4992844, _5000204, _4992882, _5000218, _4992858, _5000222))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _4992842-_4992844, _4992842-_4992844, _4992880, _4992882, _4992882, _4992858, ti(european, _4992844))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5022312-_5022314-_5029674, i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5022312-_5022314-_5029674, i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, aggr(_5036416, _5022314, [_5036428, _5022314], _5029688, '`'(_5036446)&_5029692), _5029688, '`'(true), _5029692)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037320))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037320))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037320))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5037320)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5037320)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5037320))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5022312-_5022314-_5029674, i_adj(sup(most, adj(most)), _5022312-_5022314, _5022312-_5022314, _5029674, _5022352, _5029688, _5022328, _5029692))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5022312-_5022314, _5022312-_5022314, _5022350, _5022352, _5022352, _5022328, ti(european, _5022314))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5051774-_5051776-_5059136, i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5051774-_5051776-_5059136, i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, aggr(_5065878, _5051776, [_5065890, _5051776], _5059150, '`'(_5065908)&_5059154), _5059150, '`'(true), _5059154)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5066782))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5066782))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5066782))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5066782)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5066782)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5066782))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5051774-_5051776-_5059136, i_adj(sup(most, adj(most)), _5051774-_5051776, _5051774-_5051776, _5059136, _5051814, _5059150, _5051790, _5059154))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5051774-_5051776, _5051774-_5051776, _5051812, _5051814, _5051814, _5051790, ti(european, _5051776))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5081148-_5081150-_5088510, i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5081148-_5081150-_5088510, i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, aggr(_5095252, _5081150, [_5095264, _5081150], _5088524, '`'(_5095282)&_5088528), _5088524, '`'(true), _5088528)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096156))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096156))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096156))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5096156)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5096156)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5096156))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5081148-_5081150-_5088510, i_adj(sup(most, adj(most)), _5081148-_5081150, _5081148-_5081150, _5088510, _5081188, _5088524, _5081164, _5088528))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5081148-_5081150, _5081148-_5081150, _5081186, _5081188, _5081188, _5081164, ti(european, _5081150))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5110596-_5110598-_5117958, i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5110596-_5110598-_5117958, i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, aggr(_5124700, _5110598, [_5124712, _5110598], _5117972, '`'(_5124730)&_5117976), _5117972, '`'(true), _5117976)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5125604))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5125604))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5125604))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5125604)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5125604)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5125604))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5110596-_5110598-_5117958, i_adj(sup(most, adj(most)), _5110596-_5110598, _5110596-_5110598, _5117958, _5110636, _5117972, _5110612, _5117976))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5110596-_5110598, _5110596-_5110598, _5110634, _5110636, _5110636, _5110612, ti(european, _5110598))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5140058-_5140060-_5147420, i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5140058-_5140060-_5147420, i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, aggr(_5154162, _5140060, [_5154174, _5140060], _5147434, '`'(_5154192)&_5147438), _5147434, '`'(true), _5147438)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155066))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155066))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155066))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5155066)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5155066)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5155066))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5140058-_5140060-_5147420, i_adj(sup(most, adj(most)), _5140058-_5140060, _5140058-_5140060, _5147420, _5140098, _5147434, _5140074, _5147438))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5140058-_5140060, _5140058-_5140060, _5140096, _5140098, _5140098, _5140074, ti(european, _5140060))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_5169432-_5169434-_5176794, i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_5169432-_5169434-_5176794, i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, aggr(_5183536, _5169434, [_5183548, _5169434], _5176808, '`'(_5183566)&_5176812), _5176808, '`'(true), _5176812)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184440))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184440))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184440))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5184440)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _5184440)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5184440))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_5169432-_5169434-_5176794, i_adj(sup(most, adj(most)), _5169432-_5169434, _5169432-_5169434, _5176794, _5169472, _5176808, _5169448, _5176812))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5169432-_5169434, _5169432-_5169434, _5169470, _5169472, _5169472, _5169448, ti(european, _5169434))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5199854-_5199856-_5207216, i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5199854-_5199856-_5207216, i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, aggr(_5213958, _5199856, [_5213970, _5199856], _5207230, '`'(_5213988)&_5207234), _5207230, '`'(true), _5207234)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5214862))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5214862))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5214862))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5214862)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5214862)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5214862))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5199854-_5199856-_5207216, i_adj(sup(most, adj(most)), _5199854-_5199856, _5199854-_5199856, _5207216, _5199894, _5207230, _5199870, _5207234))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5199854-_5199856, _5199854-_5199856, _5199892, _5199894, _5199894, _5199870, ti(european, _5199856))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (129) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Call: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178)))))
^ Unify: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178)))))
^ Exit: (131) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178)))))
^ Call: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Unify: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Call: (132) [parser_chat80] parser_chat80:lf80(_5231176-_5231178-_5238538, i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Unify: (132) [parser_chat80] parser_chat80:lf80(_5231176-_5231178-_5238538, i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Call: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Unify: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Call: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556)
^ Unify: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, aggr(_5245280, _5231178, [_5245292, _5231178], _5238552, '`'(_5245310)&_5238556), _5238552, '`'(true), _5238556)
^ Call: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246184))
^ Unify: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246184))
Call: (136) [system] current_prolog_flag(debug_chat80, true)
Fail: (136) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246184))
^ Call: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5246184)
^ Fail: (136) [parser_chat80] parser_chat80:adj_sign_LF(most, _5246184)
^ Fail: (135) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _5246184))
^ Fail: (134) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556)
^ Fail: (133) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Fail: (132) [parser_chat80] parser_chat80:lf80(_5231176-_5231178-_5238538, i_adj(sup(most, adj(most)), _5231176-_5231178, _5231176-_5231178, _5238538, _5231216, _5238552, _5231192, _5238556))
^ Fail: (131) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _5231176-_5231178, _5231176-_5231178, _5231214, _5231216, _5231216, _5231192, ti(european, _5231178))
^ Call: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (130) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (132) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing14&Thing-_5471130,
`( qualifiedBy( QualifiedByP3V,
thing&Thing14&Thing,
np_head(Generic6,generic,[sup(most,adj(most))],european))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing14&Thing-_5518474, '`'(true),'`'(true),
[],
thing&Thing14&Thing-Mg),
identityQ([]),
generic_pred(frame_65705,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic20-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing14&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg,
thing&Thing8&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_65705,thing,mg(aux(do,[can])),Travel_Mg,Generic6) ,
^( Generic6,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg,within,Prep_Within_Europe))))). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ any_to_ace_str="Most Europeans can travel freely within Europe .".
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_drs=failure.
^ Exit: (104) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Unify: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Call: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610)))))
^ Unify: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610)))))
^ Exit: (106) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610)))))
^ Call: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Unify: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Call: (107) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_41490, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Unify: (107) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_41490, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Call: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Unify: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
Call: (109) [system] current_prolog_flag(debug_chat80, true)
Fail: (109) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Call: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508)
^ Unify: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, aggr(_48232, _33610, [_48244, _33610], _41504, '`'(_48262)&_41508), _41504, '`'(true), _41508)
^ Call: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _49136))
^ Unify: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _49136))
Call: (111) [system] current_prolog_flag(debug_chat80, true)
Fail: (111) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _49136))
^ Call: (111) [parser_chat80] parser_chat80:adj_sign_LF(most, _49136)
^ Fail: (111) [parser_chat80] parser_chat80:adj_sign_LF(most, _49136)
^ Fail: (110) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _49136))
^ Fail: (109) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508)
^ Fail: (108) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Fail: (107) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_41490, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _41490, _34168, _41504, _34154, _41508))
^ Fail: (106) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Fail: (105) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _34166, _34168, _34168, _34154, ti(european, _33610))
^ Call: (105) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (105) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (107) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (101) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Unify: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Call: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610)))))
^ Unify: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610)))))
^ Exit: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610)))))
^ Call: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Unify: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Call: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_70606, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Unify: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_70606, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Call: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Unify: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Call: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624)
^ Unify: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, aggr(_77348, _33610, [_77360, _33610], _70620, '`'(_77378)&_70624), _70620, '`'(true), _70624)
^ Call: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78252))
^ Unify: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78252))
Call: (108) [system] current_prolog_flag(debug_chat80, true)
Fail: (108) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78252))
^ Call: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _78252)
^ Fail: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _78252)
^ Fail: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _78252))
^ Fail: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624)
^ Fail: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Fail: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_70606, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _70606, _63284, _70620, _63270, _70624))
^ Fail: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Fail: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _63282, _63284, _63284, _63270, ti(european, _33610))
^ Call: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (104) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (101) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Unify: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Call: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610)))))
^ Unify: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610)))))
^ Exit: (103) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610)))))
^ Call: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Unify: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Call: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_99632, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Unify: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_99632, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Call: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Unify: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Call: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650)
^ Unify: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, aggr(_106374, _33610, [_106386, _33610], _99646, '`'(_106404)&_99650), _99646, '`'(true), _99650)
^ Call: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107278))
^ Unify: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107278))
Call: (108) [system] current_prolog_flag(debug_chat80, true)
Fail: (108) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107278))
^ Call: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _107278)
^ Fail: (108) [parser_chat80] parser_chat80:adj_sign_LF(most, _107278)
^ Fail: (107) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _107278))
^ Fail: (106) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650)
^ Fail: (105) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Fail: (104) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_99632, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _99632, _92310, _99646, _92296, _99650))
^ Fail: (103) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Fail: (102) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _92308, _92310, _92310, _92296, ti(european, _33610))
^ Call: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (102) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (104) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (99) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Unify: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Call: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610)))))
^ Unify: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610)))))
^ Exit: (101) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610)))))
^ Call: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Unify: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Call: (102) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_128256, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Unify: (102) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_128256, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Call: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Unify: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
Call: (104) [system] current_prolog_flag(debug_chat80, true)
Fail: (104) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Call: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274)
^ Unify: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, aggr(_134998, _33610, [_135010, _33610], _128270, '`'(_135028)&_128274), _128270, '`'(true), _128274)
^ Call: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135902))
^ Unify: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135902))
Call: (106) [system] current_prolog_flag(debug_chat80, true)
Fail: (106) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135902))
^ Call: (106) [parser_chat80] parser_chat80:adj_sign_LF(most, _135902)
^ Fail: (106) [parser_chat80] parser_chat80:adj_sign_LF(most, _135902)
^ Fail: (105) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _135902))
^ Fail: (104) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274)
^ Fail: (103) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Fail: (102) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_128256, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _128256, _120934, _128270, _120920, _128274))
^ Fail: (101) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Fail: (100) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _120932, _120934, _120934, _120920, ti(european, _33610))
^ Call: (100) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (100) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (102) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (97) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Unify: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Call: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610)))))
^ Unify: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610)))))
^ Exit: (99) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610)))))
^ Call: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Unify: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Call: (100) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_156848, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Unify: (100) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_156848, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Call: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Unify: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Call: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866)
^ Unify: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, aggr(_163590, _33610, [_163602, _33610], _156862, '`'(_163620)&_156866), _156862, '`'(true), _156866)
^ Call: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164494))
^ Unify: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164494))
Call: (104) [system] current_prolog_flag(debug_chat80, true)
Fail: (104) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164494))
^ Call: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _164494)
^ Fail: (104) [parser_chat80] parser_chat80:adj_sign_LF(most, _164494)
^ Fail: (103) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _164494))
^ Fail: (102) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866)
^ Fail: (101) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Fail: (100) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_156848, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _156848, _149526, _156862, _149514, _156866))
^ Fail: (99) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Fail: (98) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _149524, _149526, _149526, _149514, ti(european, _33610))
^ Call: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (98) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (100) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (95) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Unify: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Call: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610)))))
^ Unify: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610)))))
^ Exit: (97) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610)))))
^ Call: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Unify: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Call: (98) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_185466, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Unify: (98) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_185466, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Call: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Unify: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
Call: (100) [system] current_prolog_flag(debug_chat80, true)
Fail: (100) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Call: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484)
^ Unify: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, aggr(_192208, _33610, [_192220, _33610], _185480, '`'(_192238)&_185484), _185480, '`'(true), _185484)
^ Call: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _193112))
^ Unify: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _193112))
Call: (102) [system] current_prolog_flag(debug_chat80, true)
Fail: (102) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _193112))
^ Call: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _193112)
^ Fail: (102) [parser_chat80] parser_chat80:adj_sign_LF(most, _193112)
^ Fail: (101) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _193112))
^ Fail: (100) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484)
^ Fail: (99) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Fail: (98) [parser_chat80] parser_chat80:lf80(thing&_33612&_33614-_33610-_185466, i_adj(sup(most, adj(most)), thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _185466, _178144, _185480, _178130, _185484))
^ Fail: (97) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Fail: (96) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], thing&_33612&_33614-_33610, thing&_33612&_33614-_33610, _178142, _178144, _178144, _178130, ti(european, _33610))
^ Call: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (96) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (98) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_65705,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ any_to_ace_str="Most Europeans can travel freely within Europe.".
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Most Europeans can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux,
thing&Thing7&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european))) ,
database80(generic_pred(frame_65705,thing,aux(do,[can]),Travel_Aux,Generic6)) ,
database80(modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_2111020).
%~ call_residue_vars=[_26036,_25938,_25876,_23780].
%~ ?- c88("Most Europeans can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Generic,generic,[sup(most,adj(most))],european)) ,
generic_pred(frame_65705,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?-c88("All Europeans are people.").
%~ list_undefined([]).
%~ ?- c88("All Europeans are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All Europeans are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,5))), link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(3),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,4))),link(2,'S',r('S',seg(1,5))),
link(3,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(4),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(4,4))),
link(2,'VP',r('VP',seg(3,4))),link(3,'S',r('S',seg(1,5))),
link(4,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(5),lnks(2),txt("."),
link(1,'S',r('S',seg(1,5))), link(2,'CORENLP',r('CORENLP',seg(1,5))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Europeans are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All Europeans are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[],european))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All Europeans are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All Europeans are people.").
%~ any_to_ace_str="All Europeans are people .".
%~ ?- c88("All Europeans are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All Europeans are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All Europeans are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All Europeans are people.").
%~ results80=[[false]].
%~ ?- c88("All Europeans are people.").
%~ any_to_ace_str="All Europeans are people.".
%~ ?- c88("All Europeans are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All Europeans are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80(qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Europeans are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_785080).
%~ call_residue_vars = [ _11842, _11820,_11806,_11784,_11770,_11748,
%~ _11734,_11712,_11576].
%~ ?- c88("All Europeans are people.").
/* e2c_80 = asserted( exists( Patient_Exists,
all( Doer_All_European,
exists( Exists_ActPeopling,
exists( Exists_TimeFn_Infpl,
( holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActPeopling,actPeopling) &
doer(Exists_ActPeopling,Doer_All_European) &
patient(Exists_ActPeopling,Patient_Exists))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
~numberOf(Doer_All_European,1) &
iza(Doer_All_European,'European') &
~numberOf(Doer_All_European,1))))))). */
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[],european)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are resident in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_5343230,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( resident, [
pos(jj), root(resident),loc(5),lnks(8),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,5))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(6),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'NP',r('NP',seg(5,7))), link(4,'VP',r('VP',seg(4,7))),link(5,'S',r('S',seg(4,7))),
link(6,'SBAR',r('SBAR',seg(3,7))), link(7,'NP',r('NP',seg(1,7))),link(8,'S',r('S',seg(1,13))),
link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr3-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_6233386,pronoun(agent,3+_6233386),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S11,
s( np(3+pl,wh(Wh_S11),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(resident))],
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[])),
adv(t(can,pres+fin,3+sg))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep15,prep(within),np(3+sg,nameOf(Europe13,europe,[]),[]))])). */
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ i_sentence=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ clausify80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ any_to_ace_str="All people who are resident in Europe can travel freely within Europe .".
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ simplify80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ results80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ any_to_ace_str="All people who are resident in Europe can travel freely within Europe.".
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ compile80=failure.
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3758994).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_28928,_28830,_28768].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818356).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_28940,_28842,_28780].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818352).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29006,_28908,_28846].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818418).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29072,_28974,_28912].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3818484).
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ call_residue_vars=[_29138,_29040,_28978].
%~ e2c_80 is runtime(1.172).
%~ ?- c88("All people who are resident in Europe can travel freely within Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(1.056).
%~ c88=(?-c88("All people who are resident in Europe can travel freely within Europe.")).
%~ ?-c88("Are most Europeans resident in Europe?").
%~ list_undefined([]).
%~ ?- c88("Are most Europeans resident in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
['RBS',most]],
[ 'PP',
[ 'NP',
['NNPS','Europeans'],
['NN',resident]],
['IN',in]]],
[ 'NP',
['NNP','Europe']],
['.',?]]]. */
%~ ?- c88("Are most Europeans resident in Europe?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('LOWER'),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( most, [
pos(rbs), root(most),loc(2),lnks(4),txt("most"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'NP',r('NP',seg(2,5))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(3),lnks(5),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(3,4))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( resident, [
pos(nn), root(resident),loc(4),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,4))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(5),lnks(4),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(2,5))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(6),lnks(3),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(7),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are most Europeans resident in Europe?").
%~ sentence80=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ i_sentence=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ clausify80=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ any_to_ace_str="Are most Europeans resident in Europe ?".
%~ ?- c88("Are most Europeans resident in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ simplify80=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ results80=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ any_to_ace_str="Are most Europeans resident in Europe? .".
%~ ?- c88("Are most Europeans resident in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ compile80=failure.
%~ ?- c88("Are most Europeans resident in Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
['RBS',most]],
[ 'PP',
[ 'NP',
['NNPS','Europeans'],
['NN',resident]],
['IN',in]]],
[ 'NP',
['NNP','Europe']],
['.',?]]],
_1888584).
%~ call_residue_vars=[].
%~ ?- c88("Are most Europeans resident in Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(1.097).
%~ c88=(?-c88("Are most Europeans resident in Europe?")).
%~ ?-c88("Most Europeans are resident in Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Most Europeans are resident in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Most Europeans are resident in Europe.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(3),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(3),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(3),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(3,6))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( resident, [
pos(jj), root(resident),loc(4),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,4))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(5),lnks(5),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'NP',r('NP',seg(4,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(6),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))),
link(3,'NP',r('NP',seg(4,6))), link(4,'VP',r('VP',seg(3,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most Europeans are resident in Europe.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[sup(most,adj(most))],european),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,adj(resident))],
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2699906-_2699908-_2707268, i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2699906-_2699908-_2707268, i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, aggr(_2714010, _2699908, [_2714022, _2699908], _2707282, '`'(_2714040)&_2707286), _2707282, '`'(true), _2707286)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714914))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714914))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714914))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2714914)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2714914)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2714914))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2699906-_2699908-_2707268, i_adj(sup(most, adj(most)), _2699906-_2699908, _2699906-_2699908, _2707268, _2699946, _2707282, _2699922, _2707286))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2699906-_2699908, _2699906-_2699908, _2699944, _2699946, _2699946, _2699922, ti(european, _2699908))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2728614-_2728616-_2735976, i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2728614-_2728616-_2735976, i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, aggr(_2742718, _2728616, [_2742730, _2728616], _2735990, '`'(_2742748)&_2735994), _2735990, '`'(true), _2735994)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743622))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743622))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743622))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2743622)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2743622)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2743622))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2728614-_2728616-_2735976, i_adj(sup(most, adj(most)), _2728614-_2728616, _2728614-_2728616, _2735976, _2728654, _2735990, _2728630, _2735994))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2728614-_2728616, _2728614-_2728616, _2728652, _2728654, _2728654, _2728630, ti(european, _2728616))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2757334-_2757336-_2764696, i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2757334-_2757336-_2764696, i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, aggr(_2771438, _2757336, [_2771450, _2757336], _2764710, '`'(_2771468)&_2764714), _2764710, '`'(true), _2764714)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772342))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772342))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772342))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2772342)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2772342)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2772342))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2757334-_2757336-_2764696, i_adj(sup(most, adj(most)), _2757334-_2757336, _2757334-_2757336, _2764696, _2757374, _2764710, _2757350, _2764714))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2757334-_2757336, _2757334-_2757336, _2757372, _2757374, _2757374, _2757350, ti(european, _2757336))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (126) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Unify: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Call: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044)))))
^ Unify: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044)))))
^ Exit: (128) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044)))))
^ Call: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Call: (129) [parser_chat80] parser_chat80:lf80(_2786042-_2786044-_2793404, i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Unify: (129) [parser_chat80] parser_chat80:lf80(_2786042-_2786044-_2793404, i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Call: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Unify: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
Call: (131) [system] current_prolog_flag(debug_chat80, true)
Fail: (131) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Call: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422)
^ Unify: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, aggr(_2800146, _2786044, [_2800158, _2786044], _2793418, '`'(_2800176)&_2793422), _2793418, '`'(true), _2793422)
^ Call: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801050))
^ Unify: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801050))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801050))
^ Call: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2801050)
^ Fail: (133) [parser_chat80] parser_chat80:adj_sign_LF(most, _2801050)
^ Fail: (132) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2801050))
^ Fail: (131) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422)
^ Fail: (130) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Fail: (129) [parser_chat80] parser_chat80:lf80(_2786042-_2786044-_2793404, i_adj(sup(most, adj(most)), _2786042-_2786044, _2786042-_2786044, _2793404, _2786082, _2793418, _2786058, _2793422))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Fail: (127) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2786042-_2786044, _2786042-_2786044, _2786080, _2786082, _2786082, _2786058, ti(european, _2786044))
^ Call: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (127) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (129) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2815502-_2815504-_2822864, i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2815502-_2815504-_2822864, i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, aggr(_2829606, _2815504, [_2829618, _2815504], _2822878, '`'(_2829636)&_2822882), _2822878, '`'(true), _2822882)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830510))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830510))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830510))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2830510)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2830510)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2830510))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2815502-_2815504-_2822864, i_adj(sup(most, adj(most)), _2815502-_2815504, _2815502-_2815504, _2822864, _2815542, _2822878, _2815518, _2822882))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2815502-_2815504, _2815502-_2815504, _2815540, _2815542, _2815542, _2815518, ti(european, _2815504))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2844210-_2844212-_2851572, i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2844210-_2844212-_2851572, i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, aggr(_2858314, _2844212, [_2858326, _2844212], _2851586, '`'(_2858344)&_2851590), _2851586, '`'(true), _2851590)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859218))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859218))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859218))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2859218)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2859218)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2859218))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2844210-_2844212-_2851572, i_adj(sup(most, adj(most)), _2844210-_2844212, _2844210-_2844212, _2851572, _2844250, _2851586, _2844226, _2851590))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2844210-_2844212, _2844210-_2844212, _2844248, _2844250, _2844250, _2844226, ti(european, _2844212))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2872930-_2872932-_2880292, i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2872930-_2872932-_2880292, i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, aggr(_2887034, _2872932, [_2887046, _2872932], _2880306, '`'(_2887064)&_2880310), _2880306, '`'(true), _2880310)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887938))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887938))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887938))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2887938)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2887938)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2887938))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2872930-_2872932-_2880292, i_adj(sup(most, adj(most)), _2872930-_2872932, _2872930-_2872932, _2880292, _2872970, _2880306, _2872946, _2880310))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2872930-_2872932, _2872930-_2872932, _2872968, _2872970, _2872970, _2872946, ti(european, _2872932))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (127) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Unify: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Call: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640)))))
^ Unify: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640)))))
^ Exit: (129) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640)))))
^ Call: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Call: (130) [parser_chat80] parser_chat80:lf80(_2901638-_2901640-_2909000, i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Unify: (130) [parser_chat80] parser_chat80:lf80(_2901638-_2901640-_2909000, i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Call: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Unify: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
Call: (132) [system] current_prolog_flag(debug_chat80, true)
Fail: (132) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Call: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018)
^ Unify: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, aggr(_2915742, _2901640, [_2915754, _2901640], _2909014, '`'(_2915772)&_2909018), _2909014, '`'(true), _2909018)
^ Call: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916646))
^ Unify: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916646))
Call: (134) [system] current_prolog_flag(debug_chat80, true)
Fail: (134) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916646))
^ Call: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2916646)
^ Fail: (134) [parser_chat80] parser_chat80:adj_sign_LF(most, _2916646)
^ Fail: (133) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2916646))
^ Fail: (132) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018)
^ Fail: (131) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Fail: (130) [parser_chat80] parser_chat80:lf80(_2901638-_2901640-_2909000, i_adj(sup(most, adj(most)), _2901638-_2901640, _2901638-_2901640, _2909000, _2901678, _2909014, _2901654, _2909018))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Fail: (128) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2901638-_2901640, _2901638-_2901640, _2901676, _2901678, _2901678, _2901654, ti(european, _2901640))
^ Call: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (128) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (130) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2931098-_2931100-_2938460, i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2931098-_2931100-_2938460, i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, aggr(_2945202, _2931100, [_2945214, _2931100], _2938474, '`'(_2945232)&_2938478), _2938474, '`'(true), _2938478)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946106))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946106))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946106))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2946106)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2946106)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2946106))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2931098-_2931100-_2938460, i_adj(sup(most, adj(most)), _2931098-_2931100, _2931098-_2931100, _2938460, _2931138, _2938474, _2931114, _2938478))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2931098-_2931100, _2931098-_2931100, _2931136, _2931138, _2931138, _2931114, ti(european, _2931100))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2959806-_2959808-_2967168, i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2959806-_2959808-_2967168, i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, aggr(_2973910, _2959808, [_2973922, _2959808], _2967182, '`'(_2973940)&_2967186), _2967182, '`'(true), _2967186)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974814))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974814))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974814))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2974814)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _2974814)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _2974814))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2959806-_2959808-_2967168, i_adj(sup(most, adj(most)), _2959806-_2959808, _2959806-_2959808, _2967168, _2959846, _2967182, _2959822, _2967186))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2959806-_2959808, _2959806-_2959808, _2959844, _2959846, _2959846, _2959822, ti(european, _2959808))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_2988526-_2988528-_2995888, i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_2988526-_2988528-_2995888, i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, aggr(_3002630, _2988528, [_3002642, _2988528], _2995902, '`'(_3002660)&_2995906), _2995902, '`'(true), _2995906)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003534))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003534))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003534))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3003534)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3003534)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3003534))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_2988526-_2988528-_2995888, i_adj(sup(most, adj(most)), _2988526-_2988528, _2988526-_2988528, _2995888, _2988566, _2995902, _2988542, _2995906))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _2988526-_2988528, _2988526-_2988528, _2988564, _2988566, _2988566, _2988542, ti(european, _2988528))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3017234-_3017236-_3024596, i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3017234-_3017236-_3024596, i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, aggr(_3031338, _3017236, [_3031350, _3017236], _3024610, '`'(_3031368)&_3024614), _3024610, '`'(true), _3024614)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032242))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032242))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032242))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3032242)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3032242)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3032242))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3017234-_3017236-_3024596, i_adj(sup(most, adj(most)), _3017234-_3017236, _3017234-_3017236, _3024596, _3017274, _3024610, _3017250, _3024614))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3017234-_3017236, _3017234-_3017236, _3017272, _3017274, _3017274, _3017250, ti(european, _3017236))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3046016-_3046018-_3053378, i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3046016-_3046018-_3053378, i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, aggr(_3060120, _3046018, [_3060132, _3046018], _3053392, '`'(_3060150)&_3053396), _3053392, '`'(true), _3053396)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061024))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061024))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061024))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3061024)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3061024)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3061024))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3046016-_3046018-_3053378, i_adj(sup(most, adj(most)), _3046016-_3046018, _3046016-_3046018, _3053378, _3046056, _3053392, _3046032, _3053396))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3046016-_3046018, _3046016-_3046018, _3046054, _3046056, _3046056, _3046032, ti(european, _3046018))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
^ Exit: (128) [system] sig_atomic(rtrace:restart_rtrace)
^ Call: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Unify: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Call: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778)))))
^ Unify: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778)))))
^ Exit: (130) [parser_chat80] must_sanity:nop(dmsg(inn(i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778)))))
^ Call: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Unify: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Call: (131) [parser_chat80] parser_chat80:lf80(_3074776-_3074778-_3082138, i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Unify: (131) [parser_chat80] parser_chat80:lf80(_3074776-_3074778-_3082138, i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Call: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Unify: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
Call: (133) [system] current_prolog_flag(debug_chat80, true)
Fail: (133) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Call: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156)
^ Unify: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, aggr(_3088880, _3074778, [_3088892, _3074778], _3082152, '`'(_3088910)&_3082156), _3082152, '`'(true), _3082156)
^ Call: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089784))
^ Unify: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089784))
Call: (135) [system] current_prolog_flag(debug_chat80, true)
Fail: (135) [system] current_prolog_flag(debug_chat80, true)
^ Redo: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089784))
^ Call: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3089784)
^ Fail: (135) [parser_chat80] parser_chat80:adj_sign_LF(most, _3089784)
^ Fail: (134) [parser_chat80] parser_chat80:must80(adj_sign_LF(most, _3089784))
^ Fail: (133) [parser_chat80] parser_chat80:i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156)
^ Fail: (132) [parser_chat80] parser_chat80:must80(i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Fail: (131) [parser_chat80] parser_chat80:lf80(_3074776-_3074778-_3082138, i_adj(sup(most, adj(most)), _3074776-_3074778, _3074776-_3074778, _3082138, _3074816, _3082152, _3074792, _3082156))
^ Fail: (130) [parser_chat80] parser_chat80:i_adjs0([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Fail: (129) [parser_chat80] parser_chat80:i_adjs([sup(most, adj(most))], _3074776-_3074778, _3074776-_3074778, _3074814, _3074816, _3074816, _3074792, ti(european, _3074778))
^ Call: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
^ Unify: (129) [must_sanity] must_sanity:mquietly_if(true, rtrace:tAt(false, 319, 319, false))
Call: (131) [system] var(rtrace:tAt(false, 319, 319, false))
%~ ?- c88("Most Europeans are resident in Europe.").
%~ i_sentence=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ clausify80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ any_to_ace_str="Most Europeans are resident in Europe .".
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ simplify80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ results80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ any_to_ace_str="Most Europeans are resident in Europe.".
%~ ?- c88("Most Europeans are resident in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ compile80=failure.
%~ ?- c88("Most Europeans are resident in Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_2102026).
%~ call_residue_vars=[_13482,_13388,_13050].
%~ ?- c88("Most Europeans are resident in Europe.").
/* e2c_80 = asserted( most( European_Resident_In,
( p(in,European_Resident_In,iEurope) &
iza(European_Resident_In,'Resident') &
~numberOf(European_Resident_In,1) &
iza(European_Resident_In,'European') &
~numberOf(European_Resident_In,1)))). */
/* c88 = asserted( most( European_Resident_In,
( p(in,European_Resident_In,iEurope) &
iza(European_Resident_In,'Resident') &
~numberOf(European_Resident_In,1) &
iza(European_Resident_In,'European') &
~numberOf(European_Resident_In,1)))). */
%~ ?-c88("A few committee members are from Scandinavia.").
%~ list_undefined([]).
%~ ?- c88("A few committee members are from Scandinavia.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).
%~ ?- c88("A few committee members are from Scandinavia.").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( few, [
pos(jj), root(few),loc(2),lnks(3),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(3),lnks(3),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(4),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,4))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(5),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( scandinavia, [
pos(nnp), root('Scandinavia'),loc(7),lnks(5),
txt("Scandinavia"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(1),txt(["Scandinavia"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(5,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pnSingular,xScandinaviaTheWord,"Scandinavia"),
cycWord(xScandinaviaTheWord)]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A few committee members are from Scandinavia.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(a),[adj(few),adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,prep_phrase(Prep,prep(from),np(3+sg,nameOf(Scandinavia,scandinavia,[]),[])))],
[])). */
%~ ?- c88("A few committee members are from Scandinavia.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[],
thing&Thing-Prep),
identityQ([aux(be,[pres+fin]),root]),
true,
[ '`'(generic_pred(frame_68464,thing,prep(from),Prep,Generic)),
quantS( identityQ(IdentityQ2),
thing&Thing8-Scandinavia,
'`'(bE(named,Scandinavia,scandinavia)),
'`'(true),
[],
thing&Thing8-Generic)])). */
%~ ?- c88("A few committee members are from Scandinavia.").
/* clausify80 = answer80([]) :-
bE(named,Generic_Scandinavia,scandinavia) ,
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_68464,thing,prep(from),Member_Committee_Few,Generic_Scandinavia). */
%~ ?- c88("A few committee members are from Scandinavia.").
%~ any_to_ace_str="A few committee members are from Scandinavia .".
%~ ?- c88("A few committee members are from Scandinavia.").
%~ try_ace_drs=failure.
%~ ?- c88("A few committee members are from Scandinavia.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68464,thing,prep(from),Member_Committee_Few,scandinavia). */
%~ ?- c88("A few committee members are from Scandinavia.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27002,few,adj))).
%~ ?- c88("A few committee members are from Scandinavia.").
%~ results80=[[false]].
%~ ?- c88("A few committee members are from Scandinavia.").
%~ any_to_ace_str="A few committee members are from Scandinavia.".
%~ ?- c88("A few committee members are from Scandinavia.").
%~ try_ace_eng=failure.
%~ ?- c88("A few committee members are from Scandinavia.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_68464,thing,prep(from),Member_Committee_Few,scandinavia))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8642,few,adj))).
%~ ?- c88("A few committee members are from Scandinavia.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_1899060).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
%~ ?- c88("A few committee members are from Scandinavia.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68464,thing,prep(from),Member_Committee_Few,scandinavia). */
%~ ?-c88("All committee members are people.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All committee members are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All committee members are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(5),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All committee members are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All committee members are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All committee members are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people .".
%~ ?- c88("All committee members are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All committee members are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All committee members are people.").
%~ results80=[[false]].
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people.".
%~ ?- c88("All committee members are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All committee members are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80( qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All committee members are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_931480).
%~ call_residue_vars=[].
%~ ?- c88("All committee members are people.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are from Sweden are from Scandinavia.").
%~ list_undefined([]).
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]]. */
%~ compat_spp(pnSingular,nnp).
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3429430,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(4,6))),
link(3,'SBAR',r('SBAR',seg(3,6))), link(4,'NP',r('NP',seg(1,6))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(7),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,10))),
link(7,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( sweden, [
pos(nnp), root('Sweden'),loc(6),lnks(8),txt("Sweden"),
ner('COUNTRY'),truecase('INIT_UPPER'),
entitylink('Sweden'),corefed,#(1),
txt(["Sweden"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'SBAR',r('SBAR',seg(3,6))), link(6,'NP',r('NP',seg(1,6))),link(7,'S',r('S',seg(1,10))),
link(8,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Sweden',"Sweden")]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person3,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( scandinavia, [
pos(nnp), root('Scandinavia'),loc(9),lnks(5),
txt("Scandinavia"),ner('LOCATION'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(2),txt(["Scandinavia"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pnSingular,xScandinaviaTheWord,"Scandinavia"),
cycWord(xScandinaviaTheWord)]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_3912862,pronoun(agent,3+_3912862),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Sweden,sweden,[]),[]))]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(arg_pred,prep_phrase(Prep13,prep(from),np(3+sg,nameOf(Scandinavia,scandinavia,[]),[])))],
[])). */
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ i_sentence=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ clausify80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ any_to_ace_str="All people who are from Sweden are from Scandinavia .".
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ simplify80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ results80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ any_to_ace_str="All people who are from Sweden are from Scandinavia.".
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ compile80=failure.
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2345348).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337688).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Scandinavia']]]],
['.','.']]],
_2337698).
%~ compat_spp(pnSingular,nnp).
%~ call_residue_vars=[].
%~ ?- c88("All people who are from Sweden are from Scandinavia.").
%~ e2c_80=failure.
%~ c88 is runtime(1.01).
%~ c88=(?-c88("All people who are from Sweden are from Scandinavia.")).
%~ ?-c88("Are at least a few committee members from Sweden?").
%~ list_undefined([]).
%~ ?- c88("Are at least a few committee members from Sweden?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from]]],
[ 'NP',
['NNP','Sweden']],
['.',?]]]. */
%~ ?- c88("Are at least a few committee members from Sweden?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( at, [
pos(in), root(at),loc(2),lnks(6),txt("at"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,5))),
link(3,'NP',r('NP',seg(2,7))), link(4,'NP',r('NP',seg(2,8))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(rbs), root(least),loc(3),lnks(6),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,5))),
link(3,'NP',r('NP',seg(2,7))), link(4,'NP',r('NP',seg(2,8))),link(5,'S',r('S',seg(1,10))),
link(6,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( a, [
pos(dt), root(a),loc(4),lnks(5),txt("a"),
truecase('LOWER'),link(1,'QP',r('QP',seg(2,5))),
link(2,'NP',r('NP',seg(2,7))), link(3,'NP',r('NP',seg(2,8))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( few, [
pos(jj), root(few),loc(5),lnks(5),txt("few"),
truecase('LOWER'),link(1,'QP',r('QP',seg(2,5))),
link(2,'NP',r('NP',seg(2,7))), link(3,'NP',r('NP',seg(2,8))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(6),lnks(4),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,7))), link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(7),lnks(4),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,7))),
link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,8))),
link(2,'NP',r('NP',seg(2,8))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( sweden, [
pos(nnp), root('Sweden'),loc(9),lnks(3),txt("Sweden"),
ner('COUNTRY'),truecase('INIT_UPPER'),
entitylink('Sweden'),corefed,#(1),
txt(["Sweden"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Sweden',"Sweden")]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(3.981).
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ i_sentence=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ clausify80=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ any_to_ace_str="Are at least a few committee members from Sweden ?".
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ try_ace_drs=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ simplify80=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ try_ace_fol=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ results80=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ any_to_ace_str="Are at least a few committee members from Sweden? .".
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ try_ace_eng=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ compile80=failure.
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from]]],
[ 'NP',
['NNP','Sweden']],
['.',?]]],
_2336978).
%~ call_residue_vars=[].
%~ ?- c88("Are at least a few committee members from Sweden?").
%~ e2c_80=failure.
%~ c88 is runtime(4.196).
%~ c88=(?-c88("Are at least a few committee members from Sweden?")).
%~ ?-c88("At least a few committee members are from Sweden.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("At least a few committee members are from Sweden.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]],
['.','.']]]. */
%~ ?- c88("At least a few committee members are from Sweden.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,4))),link(3,'NP',r('NP',seg(1,6))),
link(4,'S',r('S',seg(1,10))), link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,4))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( a, [
pos(dt), root(a),loc(3),lnks(4),txt("a"),
truecase('LOWER'),link(1,'QP',r('QP',seg(1,4))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( few, [
pos(jj), root(few),loc(4),lnks(4),txt("few"),
truecase('LOWER'),link(1,'QP',r('QP',seg(1,4))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(5),lnks(3),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,6))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(6),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,6))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'VP',r('VP',seg(7,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( sweden, [
pos(nnp), root('Sweden'),loc(9),lnks(5),txt("Sweden"),
ner('COUNTRY'),truecase('INIT_UPPER'),
entitylink('Sweden'),corefed,#(1),
txt(["Sweden"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))), link(3,'VP',r('VP',seg(7,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Sweden',"Sweden")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At least a few committee members are from Sweden.").
%~ sentence80=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ i_sentence=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ clausify80=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ any_to_ace_str="At least a few committee members are from Sweden .".
%~ ?- c88("At least a few committee members are from Sweden.").
%~ try_ace_drs=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ simplify80=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ try_ace_fol=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ results80=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ any_to_ace_str="At least a few committee members are from Sweden.".
%~ ?- c88("At least a few committee members are from Sweden.").
%~ try_ace_eng=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ compile80=failure.
%~ ?- c88("At least a few committee members are from Sweden.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['DT',a],
['JJ',few]],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Sweden']]]],
['.','.']]],
_2337402).
%~ call_residue_vars=[].
%~ ?- c88("At least a few committee members are from Sweden.").
%~ e2c_80=failure.
%~ c88=(?-c88("At least a few committee members are from Sweden.")).
%~ ?-c88("Few committee members are from southern Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Few committee members are from southern Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]]. */
%~ ?- c88("Few committee members are from southern Europe.").
/* into_lexical_segs = [ w( few, [
pos(jj), root(few),loc(1),lnks(3),txt("Few"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( southern, [
pos(jj), root(southern),loc(6),lnks(5),
txt("southern"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(regularDegree,xSouthernTheWord,"southern"),
cycWord(xSouthernTheWord),
cycTerm(vSouthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xSouthernTheWord,southern),
clex_word(adj,southern,southern,unknown),
fsr( southern-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, n,head]],
1],
[ [ [ part-c, target,target],
[ whole-c, n,head]],
13],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
32],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
8]]), concept(fn,part_orientational),talk_db(adj,southern)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(6,7))),
link(2,'PP',r('PP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Few committee members are from southern Europe.").
/* sentence80 = decl( s( np(3+pl,np_head(Generic,generic,[adj(few),adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( arg_pred,
prep_phrase(Prep,prep(from),np(3+sg,nameOf(Southern_europe,southern_europe,[]),[])))],
[])). */
%~ ?- c88("Few committee members are from southern Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[],
thing&Thing-Prep),
identityQ([aux(be,[pres+fin]),root]),
true,
[ '`'(generic_pred(frame_68579,thing,prep(from),Prep,Generic)),
quantS( identityQ(IdentityQ2),
thing&Thing8-Southern_europe,
'`'(bE(named,Southern_europe,southern_europe)),
'`'(true),
[],
thing&Thing8-Generic)])). */
%~ ?- c88("Few committee members are from southern Europe.").
/* clausify80 = answer80([]) :-
bE(named,Generic_Southern_europe,southern_europe) ,
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_68579,thing,prep(from),Member_Committee_Few,Generic_Southern_europe). */
%~ ?- c88("Few committee members are from southern Europe.").
%~ any_to_ace_str="Few committee members are from southern Europe .".
%~ ?- c88("Few committee members are from southern Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Few committee members are from southern Europe.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68579,thing,prep(from),Member_Committee_Few,southern_europe). */
%~ ?- c88("Few committee members are from southern Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_29028,few,adj))).
%~ ?- c88("Few committee members are from southern Europe.").
%~ results80=[[false]].
%~ ?- c88("Few committee members are from southern Europe.").
%~ any_to_ace_str="Few committee members are from southern Europe.".
%~ ?- c88("Few committee members are from southern Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Few committee members are from southern Europe.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_68579,thing,prep(from),Member_Committee_Few,southern_europe))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8666,few,adj))).
%~ ?- c88("Few committee members are from southern Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Few'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2046044).
%~ call_residue_vars=[].
%~ ?- c88("Few committee members are from southern Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68579,thing,prep(from),Member_Committee_Few,southern_europe). */
%~ ?-c88("All committee members are people.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All committee members are people.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]]. */
%~ ?- c88("All committee members are people.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( committee, [
pos(nn), root(committee),loc(2),lnks(3),
txt("committee"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(3),lnks(3),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,5))),link(2,'S',r('S',seg(1,6))),
link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( people, [
pos(nns), root(people),loc(5),lnks(4),txt("people"),
truecase('LOWER'),corefed,#(1),
txt(["people"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(5,5))),
link(2,'VP',r('VP',seg(4,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All committee members are people.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(all),[adj(committee)],member),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,np_head(Generic,generic,[],person),[]))],
[])). */
%~ ?- c88("All committee members are people.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))),
'`'(true),
[],
Np_head-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( generic,
Np_head-Person, '`'(ti(person,Person)),'`'(true),
[],
Np_head-BE)])). */
%~ ?- c88("All committee members are people.").
/* clausify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people .".
%~ ?- c88("All committee members are people.").
%~ try_ace_drs=failure.
%~ ?- c88("All committee members are people.").
/* simplify80 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?- c88("All committee members are people.").
%~ try_ace_fol=failure.
%~ ?- c88("All committee members are people.").
%~ results80=[[false]].
%~ ?- c88("All committee members are people.").
%~ any_to_ace_str="All committee members are people.".
%~ ?- c88("All committee members are people.").
%~ try_ace_eng=failure.
%~ ?- c88("All committee members are people.").
/* compile80 = ( ( ( database80(ti(person,BE_Person)) ,
database80( qualifiedBy(Is_QualifiedBy,Np_head,np_head(Det,det(all),[adj(committee)],member))) ,
database80(bE(is,Is_QualifiedBy,BE_Person))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All committee members are people.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['NN',committee],
['NNS',members]],
[ 'VP',
['VB',are],
[ 'NP',
['NNS',people]]],
['.','.']]],
_931480).
%~ call_residue_vars=[].
%~ ?- c88("All committee members are people.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( BE_Person,
( ti(person,BE_Person) ,
qualifiedBy( Is_QualifiedBy,
Np_head,
np_head(Det,det(all),[adj(committee)],member)) ,
bE(is,Is_QualifiedBy,BE_Person))). */
%~ ?-c88("All people who are from Portugal are from southern Europe.").
%~ list_undefined([]).
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]]. */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( people, [
pos(nns), root(people),loc(2),lnks(4),txt("people"),
truecase('LOWER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,11))),
link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xPersonTheWord,"people"),cycWord(xPersonTheWord),
cycTerm(tPerson,ttKEClarifyingCollectionType,ttExistingObjectType),
cycTerm(nartR(vtUnitOfCountFn,tClazzHomoSapiens),vtUnitOfCount,tFunction),
cycTerm(nartR(vtUnitOfCountFn,tPerson),vtUnitOfCount,tFunction),
ac(singular,xPeopleTheWord,"people"), cycWord(xPeopleTheWord),ac(plural,xPersonTheWord,people),
ac(singular,xPeopleTheWord,people),
clex_word(verb,people,people,tv+infpl),
clex_word(noun,people,people,neutr+Neutr-mass),
fsr( people-n,
people,
[ [ [ [ descriptor-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target],
[ ethnicity-e, pp,dep]],
1],
[ [ [ age-e, ajp,dep],
[ person-c, target,target]],
6],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target],
[ descriptor-e, pp,dep]],
2],
[ [ [ person-c, target,target],
[ descriptor-e, pp,dep]],
10],
[ [ [ persistent_characteristic-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ person-c, target,target]],
22],
[ [ [ person-c, target,target],
[ origin-e, pp,dep]],
3],
[ [ [ ethnicity-e, ajp,dep],
[ person-c, target,target]],
3],
[ [ [ ethnicity-e, n,dep],
[ person-c, target,target]],
1],
[ [ [ person-c, target,target],
[ persistent_characteristic-e, pp,dep]],
2]]), concept(fn,people),fsr(people-v,colonization,[]),
concept(fn,colonization),
ttholds(inflPronounUnchecked,'TTWord_People',"people"),
ttholds(inflNounPlural,'TTWord_People',"people"),
ttholds(inflNounSingular,'TTWord_People',"people")]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,11))),
link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_3907698,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,6))),link(2,'S',r('S',seg(4,6))),
link(3,'SBAR',r('SBAR',seg(3,6))), link(4,'NP',r('NP',seg(1,6))),link(5,'S',r('S',seg(1,11))),
link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(5),lnks(7),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'SBAR',r('SBAR',seg(3,6))), link(5,'NP',r('NP',seg(1,6))),link(6,'S',r('S',seg(1,11))),
link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( portugal, [
pos(nnp), root('Portugal'),loc(6),lnks(8),
txt("Portugal"),ner('COUNTRY'),
truecase('INIT_UPPER'),entitylink('Portugal'),
corefed,#(1),txt(["Portugal"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'SBAR',r('SBAR',seg(3,6))), link(6,'NP',r('NP',seg(1,6))),link(7,'S',r('S',seg(1,11))),
link(8,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Portugal',"Portugal")]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person3,agr=pl,verb_form=tensed],are)]),
w( from, [
pos(in), root(from),loc(8),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,10))),
link(2,'VP',r('VP',seg(7,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( southern, [
pos(jj), root(southern),loc(9),lnks(5),
txt("southern"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularDegree,xSouthernTheWord,"southern"),
cycWord(xSouthernTheWord),
cycTerm(vSouthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xSouthernTheWord,southern),
clex_word(adj,southern,southern,unknown),
fsr( southern-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, n,head]],
1],
[ [ [ part-c, target,target],
[ whole-c, n,head]],
13],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
32],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
8]]), concept(fn,part_orientational),talk_db(adj,southern)]),
w( europe, [
pos(nnp), root('Europe'),loc(10),lnks(5),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(9,10))),
link(2,'PP',r('PP',seg(8,10))),
link(3,'VP',r('VP',seg(7,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],person),
[ reduced_rel( Wh_S,
s( np(3+_4414436,pronoun(agent,3+_4414436),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Portugal,portugal,[]),[]))]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( arg_pred,
prep_phrase(Prep13,prep(from),np(3+sg,nameOf(Southern_europe,southern_europe,[]),[])))],
[])). */
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ i_sentence=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ clausify80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ any_to_ace_str="All people who are from Portugal are from southern Europe .".
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ simplify80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ results80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ any_to_ace_str="All people who are from Portugal are from southern Europe.".
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ compile80=failure.
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2677796).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670774).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',people]],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]]]],
[ 'VP',
['VB',are],
[ 'PP',
['IN',from],
[ 'NP',
['JJ',southern],
['NNP','Europe']]]],
['.','.']]],
_2670784).
%~ call_residue_vars=[].
%~ ?- c88("All people who are from Portugal are from southern Europe.").
%~ e2c_80=failure.
%~ c88 is runtime(1.204).
%~ c88=(?-c88("All people who are from Portugal are from southern Europe.")).
%~ ?-c88("Are there few committee members from Portugal?").
%~ list_undefined([]).
%~ ?- c88("Are there few committee members from Portugal?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]],
['.',?]]]. */
%~ ?- c88("Are there few committee members from Portugal?").
/* into_lexical_segs = [ w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(1),lnks(2),
txt("Are"),truecase('INIT_UPPER'),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( there, [
pos(rb), root(there),loc(2),lnks(3),txt("there"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( few, [
pos(jj), root(few),loc(3),lnks(4),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(4),lnks(4),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,5))), link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(5),lnks(4),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( portugal, [
pos(nnp), root('Portugal'),loc(7),lnks(5),
txt("Portugal"),ner('COUNTRY'),
truecase('INIT_UPPER'),entitylink('Portugal'),
corefed,#(1),txt(["Portugal"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'NP',r('NP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Portugal',"Portugal")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Are there few committee members from Portugal?").
/* sentence80 = q( s( there,
verb(aux+aux(be,[pres+fin]),aux(be,[pres+fin]),active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(few),adj(committee)],member),
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Portugal,portugal,[]),[]))]))],
[])). */
%~ ?- c88("Are there few committee members from Portugal?").
/* i_sentence = question80( [],
pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is), identityQ([root]),bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[ ( quantS( identityQ(IdentityQ3),
thing&geo&country-Portugal, '`'(bE(named,Portugal,portugal)),'`'(true),
[],
thing&geo&country-Generic) &
'`'(generic_pred(frame_68694,thing,prep(from),Member_Committee_Few,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("Are there few committee members from Portugal?").
/* clausify80 = answer80([]) :-
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_68694,thing,prep(from),Member_Committee_Few,Generic_Portugal) ,
bE(named,Generic_Portugal,portugal) ,
^( Is,
((true,true),true),true,bE(is,Is,Member_Committee_Few),true,true). */
%~ ?- c88("Are there few committee members from Portugal?").
%~ any_to_ace_str="Are there few committee members from Portugal ?".
%~ ?- c88("Are there few committee members from Portugal?").
%~ try_ace_drs=failure.
%~ ?- c88("Are there few committee members from Portugal?").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68694,thing,prep(from),Member_Committee_Few,portugal) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?- c88("Are there few committee members from Portugal?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27276,few,adj))).
%~ ?- c88("Are there few committee members from Portugal?").
%~ results80=[[false]].
%~ ?- c88("Are there few committee members from Portugal?").
%~ any_to_ace_str="Are there few committee members from Portugal? .".
%~ ?- c88("Are there few committee members from Portugal?").
%~ try_ace_eng=failure.
%~ ?- c88("Are there few committee members from Portugal?").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_68694,thing,prep(from),Member_Committee_Few,portugal)) ,
database80(bE(is,Is,Member_Committee_Few))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8744,few,adj))).
%~ ?- c88("Are there few committee members from Portugal?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VB','Are'],
[ 'NP',
['RB',there]],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]],
['.',?]]],
_2042634).
%~ call_residue_vars=[].
%~ ?- c88("Are there few committee members from Portugal?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68694,thing,prep(from),Member_Committee_Few,portugal) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?-c88("There are few committee members from Portugal.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("There are few committee members from Portugal.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]],
['.','.']]]. */
%~ ?- c88("There are few committee members from Portugal.").
/* into_lexical_segs = [ w( there, [
pos(ex), root(there),loc(1),lnks(3),txt("There"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,1))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pronounStrings,xThereTheWord,"there"),
cycWord(xThereTheWord),
ac(regularAdverb,xThereTheWord,"there"),
fsr(there-adv,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_There',"there"),
ttholds(inflAdverb,'TTWord_There',"there"),
ttholds(inflPronoun,'TTWord_There',"there"),
ttholds(inflInterjection,'TTWord_There',"there"),
type_wrd_frm5(lexical_pp,there,[loc,there],[loc],[]),
type_wrd_sem(impersonal_there_subject,there,[])]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(2),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(2,7))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( few, [
pos(jj), root(few),loc(3),lnks(5),txt("few"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xFewTheWord,"few"),
cycWord(xFewTheWord),
cycTerm(iFewNLAttr,tNLGenQuantAttribute,tIndividual),
ac(regularDegree,xFewTheWord,"few"),
cycTerm(nartR(tColOfThingDescribableAsFn,xFewTheWord,xtAdjectiveGradable),ttSetOrCollection,tIntermediateVocabTerm),
ac(singular,xFewTheWord,"few"),
ac(determinerStrings,xFewTheWord,few),
ac(regularDegree,xFewTheWord,few),
ac(singular,xFewTheWord,few),
clex_word(noun,few,few,neutr+sg-count),
clex_word(adj,few,few,unknown),
fsr( few-a,
quantity,
[ [ [ [ mass-c, n,head]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head],
[ individuals-c, pp,dep]],
1],
[ [ [ quantity-c, target,target],
[ individuals-c, n,head]],
16],
[ [ [ degree-p, avp,dep],
[ quantity-c, target,target],
[ individuals-c, n,head]],
2]]), concept(fn,quantity),fsr(few-art,quantity,[]),
fsr(few-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Few',"few"),
ttholds(inflPronounPlural,'TTWord_Few',"few"),
talk_db(adj,few)]),
w( committee, [
pos(nn), root(committee),loc(4),lnks(5),
txt("committee"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xCommitteeTheWord,"committee"),
cycWord(xCommitteeTheWord),
cycTerm(tGroupedCommitteeOrganization,ttOrganizationByEntityType,ttThing),
ac(singular,xCommitteeTheWord,committee),
clex_word(noun,committee,committee,human+sg-count),
fsr(committee-n,organization,[]),
concept(fn,organization),
ttholds(inflNounSingular,'TTWord_Committee',"committee")]),
w( members, [
pos(nns), root(member),loc(5),lnks(5),txt("members"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,5))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xMemberTheWord,"members"),
cycWord(xMemberTheWord),
cycTerm( hasMembers,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtOrganizationalRolePredicate,iCW_CycAnalyticEnvironmentTheProgram),
cycOrgRoleReplacement),
cycTerm(politicalPartyMembers,rtCoexistingObjectsPredicate,iUI_PoliticsAndGovernmentGeographyTopic),
cycTerm(mobMemberFn,rtUnaryFunction,rtCollectionDenotingFunction),
ac(singular,xMemberTheWord,member),
clex_word(noun,members,member,human+pl-count),
ttholds(inflNounPlural,'TTWord_Member',"members"),
talk_db(noun1,member,members),
talk_db(noun_or_verb,members,membering,member),
talk_db(transitive,member,members,membered,membering,membered)]),
w( from, [
pos(in), root(from),loc(6),lnks(5),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(3,7))), link(3,'VP',r('VP',seg(2,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( portugal, [
pos(nnp), root('Portugal'),loc(7),lnks(6),
txt("Portugal"),ner('COUNTRY'),
truecase('INIT_UPPER'),entitylink('Portugal'),
corefed,#(1),txt(["Portugal"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'NP',r('NP',seg(3,7))), link(4,'VP',r('VP',seg(2,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Portugal',"Portugal")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("There are few committee members from Portugal.").
/* sentence80 = decl( s( there,
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic,generic,[adj(few),adj(committee)],member),
[ prep_phrase(Prep,prep(from),np(3+sg,nameOf(Portugal,portugal,[]),[]))]))],
[])). */
%~ ?- c88("There are few committee members from Portugal.").
/* i_sentence = assertion80( pred(
quantS(voidQ,VoidQ,'`'(true),'`'(true),[],thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ),
thing&Thing-Member_Committee_Few,
`( ( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few))),
'`'(true),
[ ( quantS( identityQ(IdentityQ2),
thing&geo&country-Portugal, '`'(bE(named,Portugal,portugal)),'`'(true),
[],
thing&geo&country-Generic) &
'`'(generic_pred(frame_68698,thing,prep(from),Member_Committee_Few,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("There are few committee members from Portugal.").
/* clausify80 = answer80([]) :-
( '`'(property(Member_Committee_Few,few,adj)) &
'`'(property(Member_Committee_Few,committee,pos)) &
ti(member,Member_Committee_Few)) ,
generic_pred(frame_68698,thing,prep(from),Member_Committee_Few,Generic_Portugal) ,
bE(named,Generic_Portugal,portugal) ,
^( Is,
((true,true),true),true,bE(is,Is,Member_Committee_Few),true,true). */
%~ ?- c88("There are few committee members from Portugal.").
%~ any_to_ace_str="There are few committee members from Portugal .".
%~ ?- c88("There are few committee members from Portugal.").
%~ try_ace_drs=failure.
%~ ?- c88("There are few committee members from Portugal.").
/* simplify80 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68698,thing,prep(from),Member_Committee_Few,portugal) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?- c88("There are few committee members from Portugal.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27130,few,adj))).
%~ ?- c88("There are few committee members from Portugal.").
%~ results80=[[false]].
%~ ?- c88("There are few committee members from Portugal.").
%~ any_to_ace_str="There are few committee members from Portugal.".
%~ ?- c88("There are few committee members from Portugal.").
%~ try_ace_eng=failure.
%~ ?- c88("There are few committee members from Portugal.").
/* compile80 = ( ( ( database80(property(Member_Committee_Few,few,adj)) ,
database80(property(Member_Committee_Few,committee,pos)) ,
database80(ti(member,Member_Committee_Few)) ,
database80(generic_pred(frame_68698,thing,prep(from),Member_Committee_Few,portugal)) ,
database80(bE(is,Is,Member_Committee_Few))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8742,few,adj))).
%~ ?- c88("There are few committee members from Portugal.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['EX','There']],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',few],
['NN',committee],
['NNS',members]],
[ 'PP',
['IN',from],
[ 'NP',
['NNP','Portugal']]]]],
['.','.']]],
_1718698).
%~ call_residue_vars = [ _20848, _20818,_20784,_20756,_20690,_20660,
%~ _20626,_20598].
%~ ?- c88("There are few committee members from Portugal.").
/* e2c_80 = asserted( exists( Exists5,
exists( ObjectMembered_Exists,
exists( Exists_ActMembering,
few( Doer_Few_C,
( p(c(member,from),Doer_Few_C,iPortugal) &
iza(Exists_ActMembering,actMembering) &
doer(Exists_ActMembering,Doer_Few_C) &
objectMembered(Exists_ActMembering,ObjectMembered_Exists) &
iza(Doer_Few_C,'Committee') &
~numberOf(Exists5,1))))))). */
/* c88 = answer80([]) :-
property(Member_Committee_Few,few,adj) ,
property(Member_Committee_Few,committee,pos) ,
ti(member,Member_Committee_Few) ,
generic_pred(frame_68698,thing,prep(from),Member_Committee_Few,portugal) ,
BE_Is^bE(is,BE_Is,Member_Committee_Few). */
%~ ?-c88("Both commissioners used to be businessmen.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Both commissioners used to be businessmen.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]],
['.','.']]]. */
%~ ?- c88("Both commissioners used to be businessmen.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(2),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(3),lnks(3),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(4),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,6))),
link(2,'S',r('S',seg(4,6))),link(3,'VP',r('VP',seg(3,6))),
link(4,'S',r('S',seg(1,7))), link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1585376/_1585378,Lf5,Lf5)]),
w( be, [
pos(vb), root(be),loc(5),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,6))),
link(2,'VP',r('VP',seg(4,6))),link(3,'S',r('S',seg(4,6))),
link(4,'VP',r('VP',seg(3,6))),link(5,'S',r('S',seg(1,7))),
link(6,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( businessmen, [
pos(nns), root(businessman),loc(6),lnks(7),
txt("businessmen"),truecase('LOWER'),corefed,
#(2),txt(["businessmen"]),type('NOMINAL'),
numb('PLURAL'),gender('UNKNOWN'),animacy('ANIMATE'),
repm(@(true)),link(1,'NP',r('NP',seg(6,6))),
link(2,'VP',r('VP',seg(5,6))), link(3,'VP',r('VP',seg(4,6))),link(4,'S',r('S',seg(4,6))),
link(5,'VP',r('VP',seg(3,6))),link(6,'S',r('S',seg(1,7))),
link(7,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both commissioners used to be businessmen.").
%~ sentence80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ i_sentence=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ clausify80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ any_to_ace_str="Both commissioners in the past using to be businessmen .".
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_drs=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ simplify80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_fol=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ results80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ any_to_ace_str="Both commissioners used to be businessmen.".
%~ ?- c88("Both commissioners used to be businessmen.").
%~ try_ace_eng=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ compile80=failure.
%~ ?- c88("Both commissioners used to be businessmen.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['NNS',businessmen]]]]]],
['.','.']]],
_1427372).
%~ call_residue_vars=[].
%~ ?- c88("Both commissioners used to be businessmen.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both commissioners used to be businessmen.")).
%~ ?-c88("Did both commissioners used to be leading businessmen?").
%~ list_undefined([]).
%~ ?- c88("Did both commissioners used to be leading businessmen?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',both],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]]],
['.',?]]]. */
%~ ?- c88("Did both commissioners used to be leading businessmen?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(3),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( both, [
pos(dt), root(both),loc(2),lnks(4),txt("both"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"),
cycWord(xBothTheWord),
ac(pronounStrings,xBothTheWord,"both"), fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(3),lnks(4),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,8))),
link(3,'S',r('S',seg(1,9))), link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(4),lnks(4),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(5),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,8))),
link(2,'S',r('S',seg(5,8))),link(3,'VP',r('VP',seg(4,8))),
link(4,'S',r('S',seg(1,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf6,Lf6),
aux_lf(to,_264230/_264232,Lf7,Lf7)]),
w( be, [
pos(vb), root(be),loc(6),lnks(7),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(6,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(5,8))),
link(4,'VP',r('VP',seg(4,8))),link(5,'S',r('S',seg(1,8))),
link(6,'S',r('S',seg(1,9))), link(7,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( leading, [
pos(vbg), root(lead),loc(7),lnks(8),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(5,8))),
link(5,'VP',r('VP',seg(4,8))),link(6,'S',r('S',seg(1,8))),
link(7,'S',r('S',seg(1,9))), link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( businessmen, [
pos(nns), root(businessman),loc(8),lnks(8),
txt("businessmen"),truecase('LOWER'),
link(1,'NP',r('NP',seg(7,8))),
link(2,'VP',r('VP',seg(6,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(5,8))),
link(5,'VP',r('VP',seg(4,8))),link(6,'S',r('S',seg(1,8))),
link(7,'S',r('S',seg(1,9))), link(8,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ sentence80=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ i_sentence=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ clausify80=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ any_to_ace_str="in the past both commissioners in the past using to be leading businessmen ?".
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ try_ace_drs=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ simplify80=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ try_ace_fol=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ results80=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ any_to_ace_str="Did both commissioners used to be leading businessmen? .".
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ try_ace_eng=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ compile80=failure.
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',both],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]]],
['.',?]]],
_1979694).
%~ call_residue_vars=[].
%~ ?- c88("Did both commissioners used to be leading businessmen?").
%~ e2c_80=failure.
%~ c88=(?-c88("Did both commissioners used to be leading businessmen?")).
%~ ?-c88("Both commissioners used to be leading businessmen.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Both commissioners used to be leading businessmen.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]],
['.','.']]]. */
%~ ?- c88("Both commissioners used to be leading businessmen.").
/* into_lexical_segs = [ w( both, [
pos(dt), root(both),loc(1),lnks(3),txt("Both"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xBothTheWord,"both"), cycWord(xBothTheWord),ac(pronounStrings,xBothTheWord,"both"),
fsr(both-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Both',"both"),
flexicon( det,
[ sem=both, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
both), talk_db(adj,both),talk_db(conj,both)]),
w( commissioners, [
pos(nns), root(commissioner),loc(2),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( used, [
pos(vbn), root(use),loc(3),lnks(3),txt("used"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nonGradableAdjectiveForm,xUseTheWord,"used"), cycWord(xUseTheWord),ac(infinitive,xUseTheWord,use),
ac(nonGradableAdjectiveForm,xUseTheWord,used),
clex_word(verb,used,use,tv+pp),
clex_word(adj,used,used,unknown),
ttholds(inflVerb,'TTWord_Use',"used"),
ttholds(inflVerbPast,'TTWord_Use',"used"),
ttholds(inflAdjective,'TTWord_Used',"used"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Used',"used"),
ttholds(inflVerbPluralPresent,'TTWord_Used',"used"),
talk_db(transitive,use,uses,used,using,used),
talk_db(intransitive,use,uses,used,using,used)]),
w( to, [
pos(to), root(to),loc(4),lnks(5),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,7))),
link(2,'S',r('S',seg(4,7))),link(3,'VP',r('VP',seg(3,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_1894516/_1894518,Lf6,Lf6)]),
w( be, [
pos(vb), root(be),loc(5),lnks(6),txt("be"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,7))),
link(2,'VP',r('VP',seg(4,7))),link(3,'S',r('S',seg(4,7))),
link(4,'VP',r('VP',seg(3,7))),link(5,'S',r('S',seg(1,8))),
link(6,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xBeTheWord,"be"),cycWord(xBeTheWord),
fsr(be-v,performers_and_roles,[]),
concept(fn,performers_and_roles),
ttholds(inflExpletiveUnchecked,'TTWord_Be',"be"),
ttholds(inflVerb,'TTWord_Be',"be"),
flexicon(bv,[person=Person,agr=Agr,verb_form=infinitive],be),
verbnet_map_wn( be,
[ 'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00'],
'seem-109-1-1'),
concept(vn,'seem-109-1-1'),
listof( concept(wn), [
'be%2:42:03', 'be%2:42:06','be%2:42:05','be%2:42:02',
'be%2:41:00']),
verbnet_to_framenet('seem-109-1-1',be,'be.01'),
concept(fn,'be.01'),
verbnet_to_framenet('seem-109-1-1',be,'be.03'), concept(fn,'be.03'),verbnet_word(be,'seem-109-1-1',"be")]),
w( leading, [
pos(vbg), root(lead),loc(6),lnks(7),txt("leading"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'VP',r('VP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xLeadTheWord,lead),cycWord(xLeadTheWord),
clex_word(noun,leading,leading,neutr+Neutr-mass),
clex_word(adj,leading,leading,unknown), fsr(leading-a,first_rank,[]),concept(fn,first_rank),
ttholds(inflVerbUnchecked,'TTWord_Lead',"leading"),
ttholds(inflAdjective,'TTWord_Leading',"leading"),
talk_db(adj,leading),
talk_db(noun_or_verb,leads,leading,lead),
talk_db(transitive,lead,leads,led,leading,led),
talk_db(intransitive,lead,leads,led,leading,led)]),
w( businessmen, [
pos(nns), root(businessman),loc(7),lnks(7),
txt("businessmen"),truecase('LOWER'),
link(1,'NP',r('NP',seg(6,7))),
link(2,'VP',r('VP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'VP',r('VP',seg(3,7))),link(6,'S',r('S',seg(1,8))),
link(7,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xBusinessmanTheWord,"businessmen"),
cycWord(xBusinessmanTheWord),
cycTerm(nartR(mobMaleFn,mobBusinessPerson),ttExistingObjectType,ttThing),
ac(singular,xBusinessmanTheWord,businessman),
clex_word(noun,businessmen,businessman,human+pl-count),
ttholds(inflNounMasculinePlural,'TTWord_Businessman',"businessmen")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ sentence80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ i_sentence=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ clausify80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ any_to_ace_str="Both commissioners in the past using to be leading businessmen .".
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_drs=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ simplify80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_fol=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ results80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ any_to_ace_str="Both commissioners used to be leading businessmen.".
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ try_ace_eng=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ compile80=failure.
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Both'],
['NNS',commissioners]],
[ 'VP',
['VBN',used],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',be],
[ 'NP',
['VBG',leading],
['NNS',businessmen]]]]]],
['.','.']]],
_1695292).
%~ call_residue_vars=[].
%~ ?- c88("Both commissioners used to be leading businessmen.").
%~ e2c_80=failure.
%~ c88=(?-c88("Both commissioners used to be leading businessmen.")).
%~ ?-c88("Neither commissioner spends time at home.").
%~ list_undefined([]).
%~ ?- c88("Neither commissioner spends time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("Neither commissioner spends time at home.").
/* into_lexical_segs = [ w( neither, [
pos(dt), root(neither),loc(1),lnks(3),txt("Neither"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xNeitherTheWord,"neither"),
cycWord(xNeitherTheWord),
ac(pronounStrings,xNeitherTheWord,"neither"),
ttholds(inflConjunctionUnchecked,'TTWord_Neither',"neither"),
talk_db(conj,neither)]),
w( commissioner, [
pos(nn), root(commissioner),loc(2),lnks(3),
txt("commissioner"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(agentiveSg,xCommissionTheWord,"commissioner"),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(singular,xCommissionerTheWord,"commissioner"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
ac(singular,xCommissionTheWord,commission),
clex_word(noun,commissioner,commissioner,human+sg-count)]),
w( spends, [
pos(vbz), root(spend),loc(3),lnks(3),txt("spends"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(thirdPersonSgPresent,xSpendTheWord,"spends"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spends,spend,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Spend',"spends"),
talk_db(transitive,spend,spends,spent,spending,spent),
talk_db(intransitive,spend,spends,spended,spending,spended)]),
w( time, [
pos(nn), root(time),loc(4),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(4,4))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(5),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(5,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(6),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,6))),
link(2,'PP',r('PP',seg(5,6))), link(3,'VP',r('VP',seg(3,6))),link(4,'S',r('S',seg(1,7))),
link(5,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Neither commissioner spends time at home.").
%~ sentence80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ i_sentence=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ clausify80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ any_to_ace_str="Neither commissioner spends time at home .".
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ simplify80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ results80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ any_to_ace_str="Neither commissioner spends time at home.".
%~ ?- c88("Neither commissioner spends time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ compile80=failure.
%~ ?- c88("Neither commissioner spends time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Neither'],
['NN',commissioner]],
[ 'VP',
['VBZ',spends],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1417700).
%~ call_residue_vars=[].
%~ ?- c88("Neither commissioner spends time at home.").
%~ e2c_80=failure.
%~ c88=(?-c88("Neither commissioner spends time at home.")).
%~ ?-c88("Does either commissioner spend a lot of time at home?").
%~ list_undefined([]).
%~ ?- c88("Does either commissioner spend a lot of time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',either],
['NN',commissioner]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]]. */
%~ ?- c88("Does either commissioner spend a lot of time at home?").
/* into_lexical_segs = [ w( does, [
pos(vbz), root(do),loc(1),lnks(2),txt("Does"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,11))),
link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(thirdPersonSgPresent,xDoTheWord,"does"), cycWord(xDoTheWord),ac(infinitive,xDoTheWord,do),
clex_word(noun,does,doe,neutr+pl-count),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Do',"does"),
aux_lf(does,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(noun1,doe,does),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( either, [
pos(dt), root(either),loc(2),lnks(3),txt("either"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xEitherTheWord,"either"),
cycWord(xEitherTheWord),
ac(pronounStrings,xEitherTheWord,"either"), talk_db(pronoun,either),talk_db(conj,either)]),
w( commissioner, [
pos(nn), root(commissioner),loc(3),lnks(3),
txt("commissioner"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,11))),
link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(agentiveSg,xCommissionTheWord,"commissioner"),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioner"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(singular,xCommissionerTheWord,"commissioner"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
ac(singular,xCommissionTheWord,commission),
clex_word(noun,commissioner,commissioner,human+sg-count)]),
w( spend, [
pos(vb), root(spend),loc(4),lnks(3),txt("spend"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(5),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,8))),
link(3,'VP',r('VP',seg(4,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(6),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,8))),
link(3,'VP',r('VP',seg(4,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(7),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'NP',r('NP',seg(5,8))),
link(3,'VP',r('VP',seg(4,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(8),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))),
link(3,'NP',r('NP',seg(5,8))),
link(4,'VP',r('VP',seg(4,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(9),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'VP',r('VP',seg(4,10))),
link(3,'S',r('S',seg(1,11))), link(4,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(10),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'VP',r('VP',seg(4,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr2-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(11),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ sentence80=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ i_sentence=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ clausify80=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ any_to_ace_str="Does either commissioner spend a lot of time at home ?".
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ simplify80=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ results80=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ any_to_ace_str="Does either commissioner spend a lot of time at home? .".
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ compile80=failure.
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBZ','Does'],
[ 'NP',
['DT',either],
['NN',commissioner]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]],
_2967316).
%~ call_residue_vars=[].
%~ ?- c88("Does either commissioner spend a lot of time at home?").
%~ e2c_80=failure.
%~ c88=(?-c88("Does either commissioner spend a lot of time at home?")).
%~ ?-c88("One of the commissioners spends a lot of time at home.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("One of the commissioners spends a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['CD','One']],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['NNS',commissioners]]]],
[ 'VP',
['VBZ',spends],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("One of the commissioners spends a lot of time at home.").
/* into_lexical_segs = [ w( one, [
pos(cd), root(one),loc(1),lnks(4),txt("One"),
ner('NUMBER'),normalizedNER(1.0),
truecase('INIT_UPPER'),entitylink('One_(U2_song)'),
link(1,'NP',r('NP',seg(1,1))),link(2,'NP',r('NP',seg(1,4))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xOneTheWord,"one"),cycWord(xOneTheWord),
fsr(one-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_One',"one"),
ttholds(inflPronoun,'TTWord_One',"one"),
ttholds(inflNounSingular,'TTWord_One',"one"),
tr_number(one,1),
flexicon(number,[sem=1,num_type=digit,agr=sg],one), flexicon(number,[sem=1],one),talk_db(pronoun,one),
talk_db(indef,one)]),
w( of, [
pos(in), root(of),loc(2),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(2,4))),
link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(3),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,4))),
link(2,'PP',r('PP',seg(2,4))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(5),
txt("commissioners"),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(3,4))),
link(2,'PP',r('PP',seg(2,4))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spends, [
pos(vbz), root(spend),loc(5),lnks(3),txt("spends"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xSpendTheWord,"spends"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spends,spend,tv+finsg),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Spend',"spends"),
talk_db(transitive,spend,spends,spent,spending,spent),
talk_db(intransitive,spend,spends,spended,spending,spended)]),
w( a, [
pos(dt), root(a),loc(6),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(7),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(8),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(9),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'VP',r('VP',seg(5,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(10),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(11),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr2-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("One of the commissioners spends a lot of time at home.").
/* sentence80 = decl( s( part(quantV(same,1),np(3+pl,np_head(Det,det(the(pl)),[],commissioner),[])),
verb(main+tv,spend,active,pres+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(a),[],lot),
[ prep_phrase( Prep12,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],time),
[ prep_phrase(Prep,prep(at),np(3+sg,np_head(Generic7,generic,[],home),[]))]))]))],
[])). */
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ any_to_ace_str="One of the commissioners spends a lot of time at home .".
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ results80=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ any_to_ace_str="One of the commissioners spends a lot of time at home.".
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("One of the commissioners spends a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['CD','One']],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['NNS',commissioners]]]],
[ 'VP',
['VBZ',spends],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2712902).
%~ call_residue_vars = [ _15794, _15772,_15758,_15736,_15722,_15708,
%~ _15686,_15664,_15650,_15628,_15614,
%~ _15600].
%~ ?- c88("One of the commissioners spends a lot of time at home.").
/* e2c_80 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Finsg,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
numberOf(Doer_Exists_Commissioner,1) &
the(Doer_Exists_Commissioner) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
/* c88 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Finsg,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Finsg,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Finsg,timeFn(finsg)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
numberOf(Doer_Exists_Commissioner,1) &
the(Doer_Exists_Commissioner) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ ?-c88("At least three commissioners spend time at home.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("At least three commissioners spend time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At least three commissioners spend time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(3),lnks(4),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(6),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))), link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(7),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(8),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("At least three commissioners spend time at home.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At least three commissioners spend time at home.").
%~ i_sentence=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ clausify80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ any_to_ace_str="At least three commissioners spend time at home .".
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ simplify80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ results80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ any_to_ace_str="At least three commissioners spend time at home.".
%~ ?- c88("At least three commissioners spend time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ compile80=failure.
%~ ?- c88("At least three commissioners spend time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1288928).
%~ call_residue_vars = [ _14710, _14696,_14674,_14660,_14646,_14632,
%~ _14618,_14596,_14582,_14568].
%~ ?- c88("At least three commissioners spend time at home.").
/* e2c_80 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
/* c88 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
%~ ?-c88("Do at least three commissioners spend a lot of time at home?").
%~ list_undefined([]).
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]]]],
['.',?]]]. */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* into_lexical_segs = [ w( do, [
alt(pos(vbp)), root(do),pos(vb),loc(1),lnks(3),
txt("Do"),truecase('INIT_UPPER'),
link(1,'VP',r('VP',seg(1,12))),link(2,'S',r('S',seg(1,13))),
link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( at, [
pos(in), root(at),loc(2),lnks(8),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(rbs), root(least),loc(3),lnks(8),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))), link(3,'NP',r('NP',seg(2,5))),link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(4),lnks(7),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(2,4))), link(2,'NP',r('NP',seg(2,5))),link(3,'S',r('S',seg(2,12))),
link(4,'SBAR',r('SBAR',seg(2,12))),
link(5,'VP',r('VP',seg(1,12))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(5),lnks(6),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,5))),link(2,'S',r('S',seg(2,12))),
link(3,'SBAR',r('SBAR',seg(2,12))),
link(4,'VP',r('VP',seg(1,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(6),lnks(6),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,12))),
link(2,'S',r('S',seg(2,12))),
link(3,'SBAR',r('SBAR',seg(2,12))),
link(4,'VP',r('VP',seg(1,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(7),lnks(8),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(8),lnks(8),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(9),lnks(8),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(10),lnks(9),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'NP',r('NP',seg(7,10))),
link(4,'VP',r('VP',seg(6,12))),
link(5,'S',r('S',seg(2,12))),
link(6,'SBAR',r('SBAR',seg(2,12))),
link(7,'VP',r('VP',seg(1,12))),
link(8,'S',r('S',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(11),lnks(7),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(2,12))),
link(4,'SBAR',r('SBAR',seg(2,12))),
link(5,'VP',r('VP',seg(1,12))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(12),lnks(8),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(2,12))),
link(5,'SBAR',r('SBAR',seg(2,12))),
link(6,'VP',r('VP',seg(1,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(13),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* sentence80 = q( s( np(3+pl,np_head(QuantV,quantV(notP([])+less,3),[],commissioner),[]),
verb(main+tv,spend,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],lot),
[ prep_phrase( Prep12,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],time),
[ prep_phrase(Prep,prep(at),np(3+sg,np_head(Generic7,generic,[],home),[]))]))]))],
[])). */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner))),
'`'(true),
[],
Np_head-Mg),
identityQ([pres+fin]),
generic_pred(frame_68710,thing,mg(spend),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_68710&Frame_6871018-Prep_Lot, '`'(ti(lot,Prep_Lot)),'`'(true),
[ ( quantS( voidQ,
Frame_68710&Frame_6871019-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_68710&Frame_6871019-Generic4) &
'`'(generic_pred(frame_68710,Frame_68710,prep(of),Prep_Lot,Generic4))),
( quantS( voidQ,
Frame_68710&Frame_6871020-Home, '`'(bE(same,Home,home)),'`'(true),
[],
Frame_68710&Frame_6871020-Generic5) &
'`'(generic_pred(frame_68710,Frame_68710,prep(at),Prep_Lot,Generic5)))],
Frame_68710&Frame_6871018-Generic)])). */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* clausify80 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68710,Frame_68710,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68710,Frame_68710,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_68710,thing,mg(spend),Mg_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ any_to_ace_str="Do at least three commissioners spend a lot of time at home ?".
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* simplify80 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68710,Frame_68710,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68710,Frame_68710,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_68710,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ results80=[[false]].
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ any_to_ace_str="Do at least three commissioners spend a lot of time at home? .".
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
/* compile80 = ( ( ( database80(ti(lot,Generic_Prep_Lot)) ,
database80( generic_pred(frame_68710,Frame_68710,prep(of),Generic_Prep_Lot,Generic_Time)) ,
database80( generic_pred(frame_68710,Frame_68710,prep(at),Generic_Prep_Lot,Generic_Home)) ,
database80(bE(same,Generic_Home,home)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner))) ,
database80(generic_pred(frame_68710,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'SBAR',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]]]]],
['.',?]]],
_2474160).
%~ call_residue_vars=[].
%~ ?- c88("Do at least three commissioners spend a lot of time at home?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68710,Frame_68710,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68710,Frame_68710,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+less,3),[],commissioner)) ,
generic_pred(frame_68710,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?-c88("At least three commissioners spend a lot of time at home.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.12 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( least, [
pos(jjs), root(least),loc(2),lnks(5),txt("least"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(superlativeAdverb,xLittleTheWord,"least"),
cycWord(xLittleTheWord),
cycTerm(lowAmountOf,rtGenericValuePredicate,rtBinaryQuantityPredicate),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),"least"),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix)),
ac(superlativeDegree,xLittleTheWord,"least"),
cycTerm(nartR(tColOfThingDescribableAsFn,xLittleTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(superlativeAdverb,xLittleTheWord,least),
ac(superlativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEst_SuperlativeTheSuffix),least),
ac(superlativeDegree,xLittleTheWord,least),
ac(comparativeAdverb,xLittleTheWord,less),
ac(comparativeDegree,nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix),less),
cycWord(nartR(xWordWithSuffixFn,xLittleTheWord,xEr_ComparativeTheSuffix)),
ac(comparativeDegree,xLittleTheWord,less),
ac(determinerStrings,xLessTheWord,less), cycWord(xLessTheWord),clex_word(adv,least,least,unknown),
ttholds(inflAdjectiveSuperlative,'TTWord_Little',"least"),
ttholds(inflAdverbSuperlative,'TTWord_Little',"least"), sup_adj_lex(least,less),text(base,less),
sup_op(least,notP([])+less),talk_db(adj,least),
talk_db(conj,least),talk_db(superl,less,least)]),
w( three, [
pos(cd), root(three),loc(3),lnks(4),txt("three"),
ner('NUMBER'),normalizedNER('>=3.0'),
truecase('LOWER'),corefed,#(1),
txt(["three"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xThreeTheWord,"three"),
cycWord(xThreeTheWord),
fsr(three-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Three',"three"),
ttholds(inflNounSingular,'TTWord_Three',"three"),
tr_number(three,3),
flexicon(number,[sem=3,num_type=digit,agr=pl],three),
flexicon(number,[sem=3],three),
talk_db(adj,three)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(6),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(7),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(8),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(9),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'VP',r('VP',seg(5,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(10),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(11),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ any_to_ace_str="At least three commissioners spend a lot of time at home .".
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ results80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ any_to_ace_str="At least three commissioners spend a lot of time at home.".
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("At least three commissioners spend a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',least]],
['CD',three]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2434084).
%~ call_residue_vars = [ _16252, _16238,_16224,_16202,_16188,_16174,
%~ _16152,_16138,_16124,_16102,_16088,
%~ _16074].
%~ ?- c88("At least three commissioners spend a lot of time at home.").
/* e2c_80 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ c88 is runtime(1.446).
/* c88 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,>=,3) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ ?-c88("At most ten commissioners spend time at home.").
%~ list_undefined([]).
%~ ?- c88("At most ten commissioners spend time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At most ten commissioners spend time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,9))), link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(3),lnks(4),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( time, [
pos(nn), root(time),loc(6),lnks(4),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(6,6))), link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(7),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(8),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(5,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("At most ten commissioners spend time at home.").
%~ sentence80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ i_sentence=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ clausify80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ any_to_ace_str="At most ten commissioners spend time at home .".
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ simplify80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ results80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ any_to_ace_str="At most ten commissioners spend time at home.".
%~ ?- c88("At most ten commissioners spend time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ compile80=failure.
%~ ?- c88("At most ten commissioners spend time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
['NN',time]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_1326766).
%~ call_residue_vars = [ _14506, _14492,_14470,_14456,_14442,_14428,
%~ _14414,_14392,_14378,_14364].
%~ ?- c88("At most ten commissioners spend time at home.").
/* e2c_80 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
/* c88 = asserted( exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Exists_Time_At))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1)))))))). */
%~ ?-c88("Do at most ten commissioners spend a lot of time at home?").
%~ list_undefined([]).
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD',ten]],
['NNS',commissioners]]]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]]. */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* into_lexical_segs = [ w( do, [
pos(vb), root(do),loc(1),lnks(4),txt("Do"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,5))),
link(2,'S',r('S',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( at, [
pos(in), root(at),loc(2),lnks(7),txt("at"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))),
link(3,'NP',r('NP',seg(2,5))), link(4,'VP',r('VP',seg(1,5))),link(5,'S',r('S',seg(1,5))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(rbs), root(most),loc(3),lnks(7),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(2,3))),
link(2,'QP',r('QP',seg(2,4))),
link(3,'NP',r('NP',seg(2,5))), link(4,'VP',r('VP',seg(1,5))),link(5,'S',r('S',seg(1,5))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(4),lnks(6),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(2,4))),
link(2,'NP',r('NP',seg(2,5))), link(3,'VP',r('VP',seg(1,5))),link(4,'S',r('S',seg(1,5))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(5),lnks(5),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,5))), link(2,'VP',r('VP',seg(1,5))),link(3,'S',r('S',seg(1,5))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(6),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(7),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(8),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(9),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,10))),
link(2,'NP',r('NP',seg(7,10))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(10),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(10,10))),
link(2,'PP',r('PP',seg(9,10))),
link(3,'NP',r('NP',seg(7,10))),
link(4,'VP',r('VP',seg(6,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(11),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(12),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(6,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( ?, [
pos('.'), root(?),loc(13),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* sentence80 = q( s( np(3+pl,np_head(QuantV,quantV(notP([])+more,10),[],commissioner),[]),
verb(main+tv,spend,active,pres+fin,[],[pres+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det,det(a),[],lot),
[ prep_phrase( Prep12,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],time),
[ prep_phrase(Prep,prep(at),np(3+sg,np_head(Generic7,generic,[],home),[]))]))]))],
[])). */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner))),
'`'(true),
[],
Np_head-Mg),
identityQ([pres+fin]),
generic_pred(frame_68716,thing,mg(spend),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_68716&Frame_6871618-Prep_Lot, '`'(ti(lot,Prep_Lot)),'`'(true),
[ ( quantS( voidQ,
Frame_68716&Frame_6871619-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_68716&Frame_6871619-Generic4) &
'`'(generic_pred(frame_68716,Frame_68716,prep(of),Prep_Lot,Generic4))),
( quantS( voidQ,
Frame_68716&Frame_6871620-Home, '`'(bE(same,Home,home)),'`'(true),
[],
Frame_68716&Frame_6871620-Generic5) &
'`'(generic_pred(frame_68716,Frame_68716,prep(at),Prep_Lot,Generic5)))],
Frame_68716&Frame_6871618-Generic)])). */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* clausify80 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68716,Frame_68716,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68716,Frame_68716,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_68716,thing,mg(spend),Mg_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ any_to_ace_str="Do at most ten commissioners spend a lot of time at home ?".
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ try_ace_drs=failure.
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* simplify80 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68716,Frame_68716,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68716,Frame_68716,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_68716,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ try_ace_fol=failure.
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ results80=[[false]].
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ any_to_ace_str="Do at most ten commissioners spend a lot of time at home? .".
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ try_ace_eng=failure.
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
/* compile80 = ( ( ( database80(ti(lot,Generic_Prep_Lot)) ,
database80( generic_pred(frame_68716,Frame_68716,prep(of),Generic_Prep_Lot,Generic_Time)) ,
database80( generic_pred(frame_68716,Frame_68716,prep(at),Generic_Prep_Lot,Generic_Home)) ,
database80(bE(same,Generic_Home,home)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner))) ,
database80(generic_pred(frame_68716,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN',at],
['RBS',most]],
['CD',ten]],
['NNS',commissioners]]]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.',?]]],
_2526716).
%~ call_residue_vars=[].
%~ ?- c88("Do at most ten commissioners spend a lot of time at home?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(lot,Generic_Prep_Lot) ,
generic_pred(frame_68716,Frame_68716,prep(of),Generic_Prep_Lot,Generic_Time) ,
generic_pred(frame_68716,Frame_68716,prep(at),Generic_Prep_Lot,Generic_Home) ,
^( Generic_Home,
( bE(same,Generic_Home,home) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Spend_QualifiedBy,
Np_head,
np_head(QuantV,quantV(notP([])+more,10),[],commissioner)) ,
generic_pred(frame_68716,thing,spend,Spend_QualifiedBy,Generic_Prep_Lot))))). */
%~ ?-c88("At most ten commissioners spend a lot of time at home.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]]. */
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* into_lexical_segs = [ w( at, [
pos(in), root(at),loc(1),lnks(5),txt("At"),
truecase('INIT_UPPER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))),link(3,'NP',r('NP',seg(1,4))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( most, [
pos(jjs), root(most),loc(2),lnks(5),txt("most"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(1,2))),
link(2,'QP',r('QP',seg(1,3))), link(3,'NP',r('NP',seg(1,4))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( ten, [
pos(cd), root(ten),loc(3),lnks(4),txt("ten"),
ner('NUMBER'),normalizedNER('<10.0'),
truecase('LOWER'),entitylink('Ten'-string_guitar),
corefed,#(1),txt(["ten"]),
type('PROPER'),numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'QP',r('QP',seg(1,3))), link(2,'NP',r('NP',seg(1,4))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTenTheWord,"ten"), cycWord(xTenTheWord),fsr(ten-num,cardinal_numbers,[]),
concept(fn,cardinal_numbers),
ttholds(inflAdjective,'TTWord_Ten',"ten"),
ttholds(inflNounSingular,'TTWord_Ten',"ten"), tr_number(ten,10),flexicon(number,[sem=10],ten),
flexicon(number,[sem=10,num_type=ten+(hour+hour_up_to_twelve),agr=pl],ten),
talk_db(adj,ten)]),
w( commissioners, [
pos(nns), root(commissioner),loc(4),lnks(3),
txt("commissioners"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,4))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix)),
ac(plural,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),"commissioners"),
cycWord(nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix)),
ac(plural,xCommissionerTheWord,"commissioners"),
cycWord(xCommissionerTheWord),
cycTerm(mobCommissionerRank,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(mobSportsCommissioner,mobPersonTypeByPositionInOrg,mobPersonTypeByOccupation),
ac(agentiveSg,xCommissionTheWord,commissioner),
cycWord(xCommissionTheWord),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_AgentTheSuffix),commissioner),
ac(singular,nartR(xWordWithSuffixFn,xCommissionTheWord,xEr_ConcreteNounProducingTheSuffix),commissioner),
ac(singular,xCommissionerTheWord,commissioner),
clex_word(noun,commissioners,commissioner,human+pl-count),
talk_db(noun1,commissioner,commissioners)]),
w( spend, [
alt(pos(vbp)), root(spend),pos(vb),loc(5),lnks(3),
txt("spend"),truecase('LOWER'),
link(1,'VP',r('VP',seg(5,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xSpendTheWord,"spend"),
cycWord(xSpendTheWord),
cycTerm(actSpendingMoney,iUI_MoneyTransferPossTransferTopic,ttTemporalObjectType),
cycTerm(eventExpendingSomething,ttDurativeEventType,ttTemporalObjectType),
ac(infinitive,xSpendTheWord,spend),
clex_word(verb,spend,spend,tv+infpl),
ttholds(inflExpletiveUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Spend',"spend"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Spend',"spend"),
verbnet_map_wn(spend,['spend%2:42:00'],'consume-66-1'),
concept(vn,'consume-66-1'),
listof(concept(wn),['spend%2:42:00']),
verbnet_map_wn(spend,['spend%2:40:00','spend%2:40:01'],'pay-68'),
concept(vn,'pay-68'),
listof(concept(wn),['spend%2:40:00','spend%2:40:01']),
verbnet_to_framenet('consume-66-1',spend,'spend.01'),
concept(fn,'spend.01'),
verbnet_to_framenet('pay-68',spend,'spend.02'),
concept(fn,'spend.02'),
verbnet_word(spend,'consume-66-1',"spend"),
verbnet_word(spend,'pay-68',"spend")]),
w( a, [
pos(dt), root(a),loc(6),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( lot, [
pos(nn), root(lot),loc(7),lnks(5),txt("lot"),
truecase('LOWER'),link(1,'NP',r('NP',seg(6,7))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xLotTheWord,"lot"),cycWord(xLotTheWord),
cycTerm(tPlaceLikeLotOfLand,ttSpatiallyDisjointObjectType,ttExistingObjectType),
ac(singular,xLotTheWord,lot),
clex_word(noun,lot,lot,neutr+sg-count), fsr(lot-n,destiny,[]),concept(fn,destiny),
fsr(lot-n,quantity,[]),concept(fn,quantity),
ttholds(inflNounSingular,'TTWord_Lot',"lot")]),
w( of, [
pos(in), root(of),loc(8),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,9))),
link(2,'NP',r('NP',seg(6,9))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( time, [
pos(nn), root(time),loc(9),lnks(6),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(9,9))),
link(2,'PP',r('PP',seg(8,9))),
link(3,'NP',r('NP',seg(6,9))),
link(4,'VP',r('VP',seg(5,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( at, [
pos(in), root(at),loc(10),lnks(4),txt("at"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(5,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xAtTheWord,"at"),cycWord(xAtTheWord),
cycTerm(atUnderspecifiedlandmark,rtUnderspecifiedPrepositionPredicate,'OWLObjectProperty'),
fsr(at-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr( at-prep,
temporal_collocation,
[ [ [ [ landmark_period-c, np,obj],
[ trajector_event-c, sfin,ext]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_event-c, np,obj]],
1],
[ [ [ trajector_event-c, sfin,ext],
[ landmark_period-c, np,obj]],
1]]),
concept(fn,temporal_collocation),
ttholds(inflPreposition,'TTWord_At',"at"),
talk_db(preposition,at)]),
w( home, [
pos(nn), root(home),loc(11),lnks(5),txt("home"),
truecase('LOWER'),link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(5,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xHomeTheWord,"home"), cycWord(xHomeTheWord),ac(singular,xHomeTheWord,"home"),
cycTerm(tPlaceLikeHouseModern,ttArtifactualFeatureType,ttArtifactTypeByGenericCategory),
cycTerm(tPlaceLikeHumanResidence,ttContactLocationType,ttSpatiallyDisjointObjectType),
ac(regularAdverb,xHomeTheWord,home),
ac(singular,xHomeTheWord,home),
clex_word(noun,home,home,neutr+Neutr1-mass),
fsr(home-n,buildings,[[[],62]]),
concept(fn,buildings),
fsr(home-n,expected_location_of_person,[]),
concept(fn,expected_location_of_person),
fsr( home-n,
foreign_or_domestic_country,
[ [ [ [ current_country-c, target,target]],
19]]),
concept(fn,foreign_or_domestic_country),
ttholds(inflAdjectiveUnchecked,'TTWord_Home',"home"),
ttholds(inflNounSingularUnchecked,'TTWord_Home',"home"),
talk_db(adj,home)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ time_limit_exceeded.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ i_sentence=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ clausify80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ any_to_ace_str="At most ten commissioners spend a lot of time at home .".
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_drs=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ simplify80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_fol=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ results80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ any_to_ace_str="At most ten commissioners spend a lot of time at home.".
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ try_ace_eng=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ compile80=failure.
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'QP',
[ 'ADVP',
['IN','At'],
['JJS',most]],
['CD',ten]],
['NNS',commissioners]],
[ 'VP',
['VB',spend],
[ 'NP',
[ 'NP',
['DT',a],
['NN',lot]],
[ 'PP',
['IN',of],
[ 'NP',
['NN',time]]]],
[ 'PP',
['IN',at],
[ 'NP',
['NN',home]]]],
['.','.']]],
_2486276).
%~ call_residue_vars = [ _16050, _16036,_16022,_16000,_15986,_15972,
%~ _15950,_15936,_15922,_15900,_15886,
%~ _15872].
%~ ?- c88("At most ten commissioners spend a lot of time at home.").
/* e2c_80 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ c88 is runtime(1.251).
/* c88 = asserted( exists( Patient_Exists_Lot,
exists( Doer_Exists_Commissioner,
exists( Exists_ActSpending,
exists( Exists_TimeFn_Infpl,
exists( Exists_Home,
exists( Exists_Time_At,
( p(at,Exists_Time_At,Exists_Home) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActSpending,actSpending) &
doer(Exists_ActSpending,Doer_Exists_Commissioner) &
patient(Exists_ActSpending,Patient_Exists_Lot))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
iza(Patient_Exists_Lot,'Lot') &
iza(Exists_Time_At,time) &
iza(Exists_Home,'Home') &
of(Patient_Exists_Lot,Exists_Time_At) &
quantity(Doer_Exists_Commissioner,=<,10) &
iza(Doer_Exists_Commissioner,'Commissioner') &
~numberOf(Doer_Exists_Commissioner,1))))))))). */
%~ ?-c88("A Swede won a Nobel prize.").
%~ list_undefined([]).
%~ ?- c88("A Swede won a Nobel prize.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN','Swede']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]]. */
%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("A Swede won a Nobel prize.").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( swede, [
pos(nn), root(swede),loc(2),lnks(3),txt("Swede"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Sweden'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
clex_word(noun,swede,swede,human+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Swede',"swede")]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A Swede won a Nobel prize.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(a),[],swede),[]),
verb(main+tv,win,active,past+fin,[],[root]),
[ arg(dirO,np(3+sg,np_head(Det3,det(a),[adj(nobel)],prize),[]))],
[])). */
%~ ?- c88("A Swede won a Nobel prize.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Mg_Swede8-Swede, '`'(ti(swede,Swede)),'`'(true),
[],
Mg_Swede8-Mg),
identityQ([in_past,root]),
generic_pred(frame_68727,thing,mg(win),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
_867122&_867124-Prize_Nobel,
'`'('`'(property(Prize_Nobel,nobel,pos))&ti(prize,Prize_Nobel)),
'`'(true),
[],
_860144&_860146-Generic)])). */
%~ ?- c88("A Swede won a Nobel prize.").
/* clausify80 = answer80([]) :-
'`'(property(Generic_Prize_Nobel,nobel,pos))&ti(prize,Generic_Prize_Nobel) ,
ti(swede,Mg_Swede) ,
modalized( in_past,
true,generic_pred(frame_68727,thing,mg(win),Mg_Swede,Generic_Prize_Nobel),true,true). */
%~ ?- c88("A Swede won a Nobel prize.").
%~ any_to_ace_str="A Swede in the past winning a Nobel prize .".
%~ ?- c88("A Swede won a Nobel prize.").
%~ try_ace_drs=failure.
%~ ?- c88("A Swede won a Nobel prize.").
/* simplify80 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(swede,Win_Swede) ,
modalized(in_past,generic_pred(frame_68727,thing,win,Win_Swede,Generic_Prize_Nobel)). */
%~ ?- c88("A Swede won a Nobel prize.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_27990,nobel,pos))).
%~ ?- c88("A Swede won a Nobel prize.").
%~ results80=[[false]].
%~ ?- c88("A Swede won a Nobel prize.").
%~ any_to_ace_str="A Swede won a Nobel prize.".
%~ ?- c88("A Swede won a Nobel prize.").
%~ try_ace_eng=failure.
%~ ?- c88("A Swede won a Nobel prize.").
/* compile80 = ( ( ( database80(property(Generic_Prize_Nobel,nobel,pos)) ,
database80(ti(prize,Generic_Prize_Nobel)) ,
database80(ti(swede,Win_Swede)) ,
database80( modalized(in_past,generic_pred(frame_68727,thing,win,Win_Swede,Generic_Prize_Nobel)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8576,nobel,pos))).
%~ ?- c88("A Swede won a Nobel prize.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['NN','Swede']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]],
_1908742).
%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[_14244,_14140,_14078].
%~ ?- c88("A Swede won a Nobel prize.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Generic_Prize_Nobel,nobel,pos) ,
ti(prize,Generic_Prize_Nobel) ,
ti(swede,Win_Swede) ,
modalized(in_past,generic_pred(frame_68727,thing,win,Win_Swede,Generic_Prize_Nobel)). */
%~ ?-c88("Every Swede is a Scandinavian.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every Swede is a Scandinavian.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN','Swede']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ','Scandinavian']]],
['.','.']]]. */
%~ ?- c88("Every Swede is a Scandinavian.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( swede, [
pos(nn), root(swede),loc(2),lnks(3),txt("Swede"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Sweden'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
clex_word(noun,swede,swede,human+sg-count),
ttholds(inflNounSingularUnchecked,'TTWord_Swede',"swede")]),
w( is, [
pos(vbz), root(be),loc(3),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,5))),
link(2,'S',r('S',seg(1,6))), link(3,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( scandinavian, [
pos(jj), root(scandinavian),loc(5),lnks(4),
txt("Scandinavian"),ner('MISC'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
link(1,'NP',r('NP',seg(4,5))), link(2,'VP',r('VP',seg(3,5))),link(3,'S',r('S',seg(1,6))),
link(4,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
talk_db(adj,scandinavian)]),
w( '.', [
pos('.'), root('.'),loc(6),lnks(2),txt("."),
link(1,'S',r('S',seg(1,6))), link(2,'CORENLP',r('CORENLP',seg(1,6))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Swede is a Scandinavian.").
%~ sentence80=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ i_sentence=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ clausify80=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ any_to_ace_str="Every Swede is a Scandinavian .".
%~ ?- c88("Every Swede is a Scandinavian.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ simplify80=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ try_ace_fol=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ results80=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ any_to_ace_str="Every Swede is a Scandinavian.".
%~ ?- c88("Every Swede is a Scandinavian.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ compile80=failure.
%~ ?- c88("Every Swede is a Scandinavian.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['NN','Swede']],
[ 'VP',
['VBZ',is],
[ 'NP',
['DT',a],
['JJ','Scandinavian']]],
['.','.']]],
_1058586).
%~ call_residue_vars=[].
%~ ?- c88("Every Swede is a Scandinavian.").
%~ e2c_80=failure.
%~ c88=(?-c88("Every Swede is a Scandinavian.")).
%~ ?-c88("Did a Scandinavian win a Nobel prize?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'VP',
['VBD','Did'],
[ 'NP',
['DT',a],
['JJ','Scandinavian'],
['NN',win]],
[ 'S',
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]]],
['.',?]]]. */
%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(3),txt("Did"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( a, [
pos(dt), root(a),loc(2),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'VP',r('VP',seg(1,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( scandinavian, [
pos(jj), root(scandinavian),loc(3),lnks(4),
txt("Scandinavian"),ner('MISC'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
corefed,#(1),txt(["Scandinavian"]),
type('PROPER'),numb('SINGULAR'),gender('MALE'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(2,4))), link(2,'VP',r('VP',seg(1,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
talk_db(adj,scandinavian)]),
w( win, [
pos(nn), root(win),loc(4),lnks(4),txt("win"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,4))),
link(2,'VP',r('VP',seg(1,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xWinTheWord,"win"),cycWord(xWinTheWord),
ac(singular,xWinTheWord,win),
clex_word(verb,win,win,iv+infpl),
clex_word(verb,win,win,tv+infpl),
clex_word(verb,win,win,dv('')+infpl),
clex_word(noun,win,win,neutr+sg-count),
fsr( win-n,
finish_competition,
[ [ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competition-c, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ prize-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, n,dep],
[ place-p, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ time-p, poss,gen],
[ competition-c, n,dep],
[ competitor-c, dni,null],
[ opponent-c, ini,null]],
1],
[ [ [ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ competitor-c, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep]],
1],
[ [ [ competitor-c, pp,dep]],
8],
[ [ [ competitor-c, poss,gen],
[ competition-c, n,dep]],
4],
[ [ [ score-p, n,dep],
[ place-p, pp,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ competition-c, n,dep],
[ venue-p, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep]],
2],
[ [ [ competitor-c, pp,dep],
[ competition-c, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pping,dep],
[ competitor-c, dni,null]],
1],
[ [ [ opponent-c, pp,dep]],
8],
[ [ [ competitor-c, n,dep],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
1],
[ [ [ score-p, n,dep]],
2],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep]],
2],
[ [ [ competitor-c, poss,gen]],
12],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, dni,null]],
2],
[ [ [ competitor-c, poss,gen],
[ opponent-c, pp,dep]],
3],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ score-p, n,dep],
[ opponent-c, pp,dep],
[ place-p, pp,dep]],
3],
[ [ [ competitor-c, n,dep]],
3],
[ [ [ competitor-c, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep]],
7],
[ [ [ time-p, poss,gen],
[ score-p, n,dep],
[ opponent-c, pp,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competition-c, n,dep],
[ opponent-c, pp,dep],
[ time-p, np,dep],
[ competitor-c, dni,null]],
1],
[ [ [ competitor-c, poss,gen],
[ competition-c, pp,dep]],
4],
[ [ [ margin-p, ajp,dep],
[ competitor-c, pp,dep],
[ opponent-c, dni,null]],
1]]),
concept(fn,finish_competition),
fsr( win-v,
win_game,
[ [ [ [ competitor-c, np,ext],
[ explanation-e, sub,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ score-p, pp,dep],
[ explanation-e, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ iteration-e, np,dep],
[ particular_iteration-e, np,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, np,obj],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ venue-p, pp,dep],
[ particular_iteration-e, avp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ opponent-p, pp,dep],
[ competition-c, ini,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, np,dep],
[ circumstances-e, vped,dep],
[ competition-c, dni,null]],
1],
[ [ [ means-p, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ particular_iteration-e, np,dep],
[ place-p, avp,dep],
[ re_encoding-e, pp,dep],
[ competitor-c, cni,null],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ margin-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ circumstances-e, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pp,dep]],
2],
[ [ [ means-p, pping,dep],
[ competition-c, dni,null],
[ competitor-c, cni,null]],
1],
[ [ [ competitor-c, np,ext],
[ time-p, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ competitor-c, np,ext],
[ prize-p, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, dni,null]],
3],
[ [ [ competitor-c, np,ext],
[ period_of_iterations-e, avp,dep],
[ competition-c, np,obj],
[ time-p, pp,dep],
[ venue-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ manner-p, avp,dep],
[ event_description-e, vping,dep],
[ competition-c, dni,null]],
1],
[ [ [ time-p, pp,dep],
[ competitor-c, np,ext],
[ competition-c, np,obj],
[ result-e, vpto,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj]],
8],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ opponent-p, pp,dep],
[ score-p, avp,dep],
[ time-p, np,dep]],
1],
[ [ [ time-p, avp,dep],
[ competitor-c, np,ext],
[ competition-c, dni,null]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, avp,dep],
[ score-p, pp,dep],
[ competition-c, dni,null]],
1],
[ [ [ competition-c, pp,dep],
[ time-p, pp,dep],
[ competitor-c, np,ext],
[ score-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ iteration-e, avp,dep],
[ particular_iteration-e, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ score-p, avp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ epistemic_stance-e, avp,dep],
[ competition-c, np,obj]],
1],
[ [ [ competitor-c, np,ext],
[ competition-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ competitor-c, np,ext],
[ margin-p, pp,dep],
[ competition-c, dni,null]],
2]]),
concept(fn,win_game),
ttholds(inflVerbUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Win',"win"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Win',"win"),
verbnet_map_wn(win,['win%2:40:00'],'get-13.5.1'),
concept(vn,'get-13.5.1'),
listof(concept(wn),['win%2:40:00']),
verbnet_to_framenet('get-13.5.1',win,'win.02'), concept(fn,'win.02'),verbnet_word(win,'get-13.5.1',"win")]),
w( a, [
pos(dt), root(a),loc(5),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(1,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(6),lnks(5),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(2),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(5,7))),link(2,'S',r('S',seg(5,7))),
link(3,'VP',r('VP',seg(1,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(7),lnks(5),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,7))),
link(2,'S',r('S',seg(5,7))),link(3,'VP',r('VP',seg(1,7))),
link(4,'S',r('S',seg(1,8))), link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( ?, [
pos('.'), root(?),loc(8),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(a),[adj(scandinavian)],win),[]),
verb(aux+dv(Dv),aux(do,[past+fin]),active,past+fin,[],[root]),
[ arg(indO,np(3+sg,nameOf(Nobel,nobel,[]),[])),
arg(dirO,np(3+sg,np_head(Generic,generic,[],prize),[]))],
[])). */
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ i_sentence=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ clausify80=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ any_to_ace_str="in the past a Scandinavian win a Nobel prize ?".
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ try_ace_drs=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ simplify80=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ try_ace_fol=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ results80=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ any_to_ace_str="Did a Scandinavian win a Nobel prize? .".
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ try_ace_eng=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ compile80=failure.
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'VP',
['VBD','Did'],
[ 'NP',
['DT',a],
['JJ','Scandinavian'],
['NN',win]],
[ 'S',
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]]],
['.',?]]],
_2369958).
%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[].
%~ ?- c88("Did a Scandinavian win a Nobel prize?").
%~ e2c_80=failure.
%~ c88=(?-c88("Did a Scandinavian win a Nobel prize?")).
%~ ?-c88("A Scandinavian won a Nobel prize.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("A Scandinavian won a Nobel prize.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ','Scandinavian']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]]. */
%~ compat_spp(nameSpelling,nnp).
%~ ?- c88("A Scandinavian won a Nobel prize.").
/* into_lexical_segs = [ w( a, [
pos(dt), root(a),loc(1),lnks(3),txt("A"),
truecase('UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
clex_word(noun,'A','A',mn+sg-count),
clex_word(noun,'A','A',mn+pl-count),
ttholds(inflAdjective,'TTWord_A',"A"),
ttholds(inflNounSingular,'TTWord_A',"A"),
ttholds(inflInterjectionUnchecked,'TTWord_A',"A")]),
w( scandinavian, [
pos(jj), root(scandinavian),loc(2),lnks(3),
txt("Scandinavian"),ner('MISC'),
truecase('INIT_UPPER'),entitylink('Scandinavia'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,7))),
link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
talk_db(adj,scandinavian)]),
w( won, [
pos(vbd), root(win),loc(3),lnks(3),txt("won"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,6))),
link(2,'S',r('S',seg(1,7))), link(3,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(pastTenseUniversal,xWinTheWord,"won"),
cycWord(xWinTheWord),
cycTerm(ttWinning,ttConflictEventStatus,ttClarifyingCollectionType),
cycTerm(actWinningAConflict,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
ac(perfect,xWinTheWord,"won"),
ac(infinitive,xWinTheWord,win),
ac(pastTenseUniversal,xWinTheWord,won),
ac(perfect,xWinTheWord,won),
clex_word(verb,won,win,tv+pp),
clex_word(verb,won,win,dv('')+pp),
clex_word(adj,won,won,unknown),
ttholds(inflVerbPresent,'TTWord_Will',"won"),
talk_db(transitive,win,wins,won,winning,won)]),
w( a, [
pos(dt), root(a),loc(4),lnks(4),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( nobel, [
pos(nnp), root('Nobel'),loc(5),lnks(4),txt("Nobel"),
ner('MISC'),truecase('INIT_UPPER'),
entitylink('Nobel_Prize'),corefed,#(1),
txt(["Nobel"]),type('PROPER'),
numb('SINGULAR'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(4,6))), link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(nameSpelling,nartR(xNameFn,"Nobel"),"Nobel"),
cycWord(nartR(xNameFn,"Nobel"))]),
w( prize, [
pos(nn), root(prize),loc(6),lnks(4),txt("prize"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'VP',r('VP',seg(3,6))),link(3,'S',r('S',seg(1,7))),
link(4,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
ac(singular,xPrizeTheWord,"prize"),cycWord(xPrizeTheWord),
cycTerm(tAwardPractice,ttKEClarifyingCollectionType,tSet),
cycTerm(tPrize,ttFirstOrderCollection,tCol),
ac(singular,xPrizeTheWord,prize),
clex_word(verb,prize,prize,tv+infpl),
clex_word(noun,prize,prize,neutr+sg-count),
fnpattern( prize,
31020000,
judgment,
[ experiencer : cognizer, theme:evaluee,predicate:role]),
concept(fn,judgment),
fsr( prize-v,
judgment,
[ [ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, pp,dep],
[ reason-c, pp,dep]],
1],
[ [ [ evaluee-c, np,ext],
[ role-e, pp,dep],
[ reason-c, dni,null],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ evaluee-c, np,ext],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ cognizer-c, pp,dep],
[ reason-c, dni,null]],
2],
[ [ [ evaluee-c, np,ext],
[ reason-c, sub,dep],
[ cognizer-c, ini,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ degree-p, avp,dep],
[ reason-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
1],
[ [ [ evaluee-c, np,ext],
[ degree-p, pp,dep],
[ reason-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, np,ext],
[ evaluee-c, np,obj],
[ reason-c, dni,null]],
2]]),
ttholds(inflVerbUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Prize',"prize"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Prize',"prize"),
talk_db(verb,prize),
verbnet_map_wn(prize,['prize%2:40:00','prize%2:31:00'],'admire-31.2'),
concept(vn,'admire-31.2'),
listof(concept(wn),['prize%2:40:00','prize%2:31:00']),
verbnet_to_framenet('admire-31.2',prize,'prize.01'),
concept(fn,'prize.01'),
verbnet_word(prize,'admire-31.2',"prize")]),
w( '.', [
pos('.'), root('.'),loc(7),lnks(2),txt("."),
link(1,'S',r('S',seg(1,7))), link(2,'CORENLP',r('CORENLP',seg(1,7))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ sentence80=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ i_sentence=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ clausify80=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ any_to_ace_str="A Scandinavian in the past winning a Nobel prize .".
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ try_ace_drs=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ simplify80=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ try_ace_fol=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ results80=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ any_to_ace_str="A Scandinavian won a Nobel prize.".
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ try_ace_eng=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ compile80=failure.
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','A'],
['JJ','Scandinavian']],
[ 'VP',
['VBD',won],
[ 'NP',
['DT',a],
['NNP','Nobel'],
['NN',prize]]],
['.','.']]],
_1912828).
%~ compat_spp(nameSpelling,nnp).
%~ call_residue_vars=[].
%~ ?- c88("A Scandinavian won a Nobel prize.").
%~ e2c_80=failure.
%~ c88=(?-c88("A Scandinavian won a Nobel prize.")).
%~ ?-c88("Every Canadian resident can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(3),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( can, [
pos(md), root(can),loc(4),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(5),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(6),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(6,6))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(7),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(8),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))),
link(3,'VP',r('VP',seg(5,8))), link(4,'VP',r('VP',seg(4,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[adj(canadian)],resident),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing14&Thing-_1329904,
`( qualifiedBy( QualifiedByP3V,
thing&Thing14&Thing,
np_head(Det,det(every),[adj(canadian)],resident))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing14&Thing-_1377244, '`'(true),'`'(true),
[],
thing&Thing14&Thing-Mg),
identityQ([]),
generic_pred(frame_68969,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic20-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing14&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg,
thing&Thing8&Thing,
np_head(Det,det(every),[adj(canadian)],resident)) ,
generic_pred(frame_68969,thing,mg(aux(do,[can])),Travel_Mg,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg,within,Prep_Within_Europe))))). */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ any_to_ace_str="Every Canadian resident can travel freely within Europe .".
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(every),[adj(canadian)],resident)) ,
generic_pred(frame_68969,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ any_to_ace_str="Every Canadian resident can travel freely within Europe.".
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux,
thing&Thing7&Thing,
np_head(Det,det(every),[adj(canadian)],resident))) ,
database80(generic_pred(frame_68969,thing,aux(do,[can]),Travel_Aux,Generic)) ,
database80(modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1782682).
%~ call_residue_vars=[_24972].
%~ ?- c88("Every Canadian resident can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(every),[adj(canadian)],resident)) ,
generic_pred(frame_68969,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?-c88("Every Canadian resident is a resident of the North American continent.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(3),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(5),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( resident, [
pos(nn), root(resident),loc(6),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(7),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(8),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(9),lnks(6),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(10),lnks(6),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(11),lnks(6),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[adj(canadian)],resident),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det2,det(a),[],resident),
[ prep_phrase( Prep,
prep(of),
np(3+sg,np_head(Det4,det(the(sg)),[adj(north),adj(american)],continent),[]))]))],
[])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_709534,
'`'(qualifiedBy(_704282,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident))),
'`'(true),
[],
thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Prep_Resident, '`'(ti(resident,Prep_Resident)),'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_68973,thing,prep(of),Prep_Resident,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_68973,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent .".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_68973,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ results80=[[false]].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent.".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80(ti(resident,BE_Prep_Resident)) ,
database80( generic_pred(frame_68973,thing,prep(of),BE_Prep_Resident,American_North_Continent)) ,
database80( qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident))) ,
database80(bE(is,Is,BE_Prep_Resident))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]],
_3094088).
%~ call_residue_vars=[].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_68973,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?-c88("Can every resident of the North American continent travel freely within Europe?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',every],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]],
['.',?]]]. */
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,13))),
link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( every, [
pos(dt), root(every),loc(2),lnks(4),txt("every"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(2,12))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(4),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(2,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(4),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,12))),
link(2,'S',r('S',seg(2,12))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(5),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(6),lnks(6),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(7),lnks(6),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(8),lnks(6),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( travel, [
pos(nn), root(travel),loc(9),lnks(6),txt("travel"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(actTravelTripEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
cycTerm(actLocomotionEventAnimal,ttMammalCapabilityType,iUI_BodyPositionAndMovementPhysiologyTopic),
ac(singular,xTravelTheWord,"travel"),
ac(massNumber,xTravelTheWord,travel),
ac(singular,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(7),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(6),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,12))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))), link(4,'S',r('S',seg(2,12))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(7),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(13),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(1.963).
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can every resident of the North American continent travel freely within Europe ?".
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can every resident of the North American continent travel freely within Europe? .".
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',every],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]],
['.',?]]],
_3521210).
%~ call_residue_vars=[].
%~ ?- c88("Can every resident of the North American continent travel freely within Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(2.3).
%~ c88=(?-c88("Can every resident of the North American continent travel freely within Europe?")).
%~ ?-c88("Every resident of the North American continent can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(4),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( resident, [
pos(nn), root(resident),loc(2),lnks(4),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,7))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(5),lnks(5),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(6),lnks(5),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(7),lnks(5),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(every),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+sg,
np_head(Det2,det(the(sg)),[adj(north),adj(american)],continent),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep12,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing21&Thing-Prep12,
`( qualifiedBy( Prep12,
thing&Thing21&Thing,
np_head(Det,det(every),[],resident))),
'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_72620,thing,prep(of),Prep12,Generic))),
pred(
quantS( identityQ(IdentityQ2),
thing&Thing21&Thing-Prep12, '`'(true),'`'(true),
[],
thing&Thing21&Thing-_3321200),
identityQ([]),
generic_pred(frame_72747,thing,mg(aux(do,[can])),_3296434,Generic3),
[ quantS(voidQ,Generic326-Generic3,'`'(true),'`'(true),[],QuantS)])],
thing&Thing21&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ6),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(every),[],resident)) ,
generic_pred(frame_72620,thing,prep(of),Travel_Mg_Prep,American_North_Continent) ,
generic_pred(frame_72747,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))))). */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="Every resident of the North American continent can travel freely within Europe .".
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(every),[],resident)) ,
generic_pred(frame_72620,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_72747,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="Every resident of the North American continent can travel freely within Europe.".
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(every),[],resident))) ,
database80(generic_pred(frame_72620,thing,prep(of),Travel_Aux_Prep,American_North_Continent)) ,
database80(generic_pred(frame_72747,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Every'],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3524758).
%~ call_residue_vars=[_33272,_27996].
%~ ?- c88("Every resident of the North American continent can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(every),[],resident)) ,
generic_pred(frame_72620,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_72747,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?-c88("All Canadian residents can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['JJ','Canadian'],
['NNS',residents]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(3),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( residents, [
pos(nns), root(resident),loc(3),lnks(3),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( can, [
pos(md), root(can),loc(4),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(5),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(6),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(6,6))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(7),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(8),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))),
link(3,'VP',r('VP',seg(5,8))), link(4,'VP',r('VP',seg(4,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[adj(canadian)],resident),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing14&Thing-_1290728,
`( qualifiedBy( QualifiedByP3V,
thing&Thing14&Thing,
np_head(Det,det(all),[adj(canadian)],resident))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing14&Thing-_1338068, '`'(true),'`'(true),
[],
thing&Thing14&Thing-Mg),
identityQ([]),
generic_pred(frame_72977,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic20-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing14&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg,
thing&Thing8&Thing,
np_head(Det,det(all),[adj(canadian)],resident)) ,
generic_pred(frame_72977,thing,mg(aux(do,[can])),Travel_Mg,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg,within,Prep_Within_Europe))))). */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ any_to_ace_str="All Canadian residents can travel freely within Europe .".
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(all),[adj(canadian)],resident)) ,
generic_pred(frame_72977,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ any_to_ace_str="All Canadian residents can travel freely within Europe.".
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All Canadian residents can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux,
thing&Thing7&Thing,
np_head(Det,det(all),[adj(canadian)],resident))) ,
database80(generic_pred(frame_72977,thing,aux(do,[can]),Travel_Aux,Generic)) ,
database80(modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','All'],
['JJ','Canadian'],
['NNS',residents]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_1782626).
%~ call_residue_vars=[_24230].
%~ ?- c88("All Canadian residents can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(all),[adj(canadian)],resident)) ,
generic_pred(frame_72977,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?-c88("Every Canadian resident is a resident of the North American continent.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(3),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(5),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( resident, [
pos(nn), root(resident),loc(6),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(7),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(8),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(9),lnks(6),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(10),lnks(6),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(11),lnks(6),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[adj(canadian)],resident),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det2,det(a),[],resident),
[ prep_phrase( Prep,
prep(of),
np(3+sg,np_head(Det4,det(the(sg)),[adj(north),adj(american)],continent),[]))]))],
[])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_3792484,
`( qualifiedBy( QualifiedByP3V,
thing&Thing,
np_head(Det,det(every),[adj(canadian)],resident))),
'`'(true),
[],
thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Prep_Resident, '`'(ti(resident,Prep_Resident)),'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_72981,thing,prep(of),Prep_Resident,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_72981,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent .".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_72981,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ results80=[[false]].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent.".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80(ti(resident,BE_Prep_Resident)) ,
database80( generic_pred(frame_72981,thing,prep(of),BE_Prep_Resident,American_North_Continent)) ,
database80( qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident))) ,
database80(bE(is,Is,BE_Prep_Resident))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]],
_3094088).
%~ call_residue_vars=[].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_72981,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?-c88("Can all residents of the North American continent travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',all]],
[ 'NP',
[ 'NP',
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]]],
['.',?]]]. */
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,13))),
link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( all, [
pos(dt), root(all),loc(2),lnks(4),txt("all"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,2))),
link(2,'S',r('S',seg(2,12))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),
cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( residents, [
pos(nns), root(resident),loc(3),lnks(5),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,12))), link(3,'S',r('S',seg(2,12))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(4),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,12))),
link(2,'NP',r('NP',seg(3,12))), link(3,'S',r('S',seg(2,12))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(6),lnks(7),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(7),lnks(7),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(8),lnks(7),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( travel, [
pos(nn), root(travel),loc(9),lnks(7),txt("travel"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(actTravelTripEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
cycTerm(actLocomotionEventAnimal,ttMammalCapabilityType,iUI_BodyPositionAndMovementPhysiologyTopic),
ac(singular,xTravelTheWord,"travel"),
ac(massNumber,xTravelTheWord,travel),
ac(singular,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(8),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))),
link(5,'NP',r('NP',seg(3,12))), link(6,'S',r('S',seg(2,12))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(7),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,12))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(8),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))),
link(5,'NP',r('NP',seg(3,12))), link(6,'S',r('S',seg(2,12))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(13),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(2.353).
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can all residents of the North American continent travel freely within Europe ?".
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can all residents of the North American continent travel freely within Europe? .".
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',all]],
[ 'NP',
[ 'NP',
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]]],
['.',?]]],
_3953000).
%~ call_residue_vars=[].
%~ ?- c88("Can all residents of the North American continent travel freely within Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(2.786).
%~ c88=(?-c88("Can all residents of the North American continent travel freely within Europe?")).
%~ ?-c88("All residents of the North American continent can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,7))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(5),lnks(5),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(6),lnks(5),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(7),lnks(5),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+sg,
np_head(Det2,det(the(sg)),[adj(north),adj(american)],continent),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep11,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing21&Thing-Prep12,
`( qualifiedBy(Prep12,thing&Thing21&Thing,np_head(Det,det(all),[],resident))),
'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_76628,thing,prep(of),Prep12,Generic))),
pred(
quantS( identityQ(IdentityQ2),
thing&Thing21&Thing-Prep12, '`'(true),'`'(true),
[],
thing&Thing21&Thing-_3277760),
identityQ([]),
generic_pred(frame_76755,thing,mg(aux(do,[can])),_3257390,Generic3),
[ quantS(voidQ,Generic326-Generic3,'`'(true),'`'(true),[],QuantS)])],
thing&Thing21&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ6),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_76628,thing,prep(of),Travel_Mg_Prep,American_North_Continent) ,
generic_pred(frame_76755,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))))). */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="All residents of the North American continent can travel freely within Europe .".
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_76628,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_76755,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="All residents of the North American continent can travel freely within Europe.".
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(all),[],resident))) ,
database80(generic_pred(frame_76628,thing,prep(of),Travel_Aux_Prep,American_North_Continent)) ,
database80(generic_pred(frame_76755,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3524698).
%~ call_residue_vars=[_32554,_27266].
%~ ?- c88("All residents of the North American continent can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(all),[],resident)) ,
generic_pred(frame_76628,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_76755,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?-c88("Each Canadian resident can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(3),txt("Each"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(3),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( can, [
pos(md), root(can),loc(4),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(5),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(5,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(6),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(6,6))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(7),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(5,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(8),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))),
link(3,'VP',r('VP',seg(5,8))), link(4,'VP',r('VP',seg(4,8))),link(5,'S',r('S',seg(1,9))),
link(6,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(each),[adj(canadian)],resident),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing14&Thing-_1316050,
`( qualifiedBy( QualifiedByP3V,
thing&Thing14&Thing,
np_head(Det,det(each),[adj(canadian)],resident))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing14&Thing-_1363390, '`'(true),'`'(true),
[],
thing&Thing14&Thing-Mg),
identityQ([]),
generic_pred(frame_76985,thing,mg(aux(do,[can])),Mg,Generic),
[ quantS(voidQ,Generic20-Generic,'`'(true),'`'(true),[],QuantS)])],
thing&Thing14&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ5),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* clausify80 = answer80([]) :-
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg,
thing&Thing8&Thing,
np_head(Det,det(each),[adj(canadian)],resident)) ,
generic_pred(frame_76985,thing,mg(aux(do,[can])),Travel_Mg,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg,within,Prep_Within_Europe))))). */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ any_to_ace_str="Each Canadian resident can travel freely within Europe .".
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* simplify80 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(each),[adj(canadian)],resident)) ,
generic_pred(frame_76985,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ any_to_ace_str="Each Canadian resident can travel freely within Europe.".
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
/* compile80 = ( ( ( database80( qualifiedBy( Travel_Aux,
thing&Thing7&Thing,
np_head(Det,det(each),[adj(canadian)],resident))) ,
database80(generic_pred(frame_76985,thing,aux(do,[can]),Travel_Aux,Generic)) ,
database80(modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Each'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_2086254).
%~ call_residue_vars=[_24920].
%~ ?- c88("Each Canadian resident can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
qualifiedBy( Travel_Aux,
thing&Thing6&Thing,
np_head(Det,det(each),[adj(canadian)],resident)) ,
generic_pred(frame_76985,thing,aux(do,[can]),Travel_Aux,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux,within,europe))). */
%~ ?-c88("Every Canadian resident is a resident of the North American continent.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.10 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* into_lexical_segs = [ w( every, [
pos(dt), root(every),loc(1),lnks(3),txt("Every"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xEveryTheWord,"every"),
cycWord(xEveryTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing), fsr(every-prep,frequency,[]),concept(fn,frequency),
ttholds(inflDeterminerUnchecked,'TTWord_Every',"every"),
flexicon( det,
[ sem=every, agr=sg,wh=n,det_type=quant,
preagr=y,can_be_np=n],
every),
talk_db(pronoun,every)]),
w( canadian, [
pos(jj), root(canadian),loc(2),lnks(3),
txt("Canadian"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Canada'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(canadian-a,origin,[]),concept(fn,origin),
talk_db(adj,canadian)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(3),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( is, [
pos(vbz), root(be),loc(4),lnks(3),txt("is"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(thirdPersonSgPresent,xBeTheWord,"is"), cycWord(xBeTheWord),ac(infinitive,xBeTheWord,be),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Be',"is"),
flexicon(bv,[person=3,agr=sg,verb_form=tensed],is),
talk_db(intransitive,be,is,was,being,been),
talk_db(intransitive,am,is,was,being,been),
talk_db(intransitive,are,is,was,being,been)]),
w( a, [
pos(dt), root(a),loc(5),lnks(5),txt("a"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xATheWord,"a"),cycWord(xATheWord),
ttholds(inflAdjective,'TTWord_A',"a"),
ttholds(inflNounSingular,'TTWord_A',"a"),
ttholds(inflDeterminerSingular,'TTWord_A',"a"),
flexicon( det,
[ sem=a, agr=sg,article=y,wh=n,
det_type=indef,preagr=n],
[(a;an)]),
flexicon( det,
[ sem=det_number_sem(1), agr=sg,article=n,wh=n,
det_type=numeric,can_be_np=n,preagr=n],
[(a;an)]),
flexicon(det,[agr=sg],a),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(a,m)]),
flexicon(number,[sem=1,num_type=a,agr=sg],a),
talk_db(preposition,a)]),
w( resident, [
pos(nn), root(resident),loc(6),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(7),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(8),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(9),lnks(6),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(10),lnks(6),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(11),lnks(6),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,11))),
link(2,'PP',r('PP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(every),[adj(canadian)],resident),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+sg,
np_head(Det2,det(a),[],resident),
[ prep_phrase( Prep,
prep(of),
np(3+sg,np_head(Det4,det(the(sg)),[adj(north),adj(american)],continent),[]))]))],
[])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-_3800268,
`( qualifiedBy( QualifiedByP3V,
thing&Thing,
np_head(Det,det(every),[adj(canadian)],resident))),
'`'(true),
[],
thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( identityQ(IdentityQ2),
thing&Thing-Prep_Resident, '`'(ti(resident,Prep_Resident)),'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_76989,thing,prep(of),Prep_Resident,Generic)))],
thing&Thing-BE)])). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_76989,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent .".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_drs=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_76989,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ results80=[[false]].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ any_to_ace_str="Every Canadian resident is a resident of the North American continent.".
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ try_ace_eng=failure.
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80(ti(resident,BE_Prep_Resident)) ,
database80( generic_pred(frame_76989,thing,prep(of),BE_Prep_Resident,American_North_Continent)) ,
database80( qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident))) ,
database80(bE(is,Is,BE_Prep_Resident))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Every'],
['JJ','Canadian'],
['NN',resident]],
[ 'VP',
['VBZ',is],
[ 'NP',
[ 'NP',
['DT',a],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]]],
['.','.']]],
_3094088).
%~ call_residue_vars=[].
%~ ?- c88("Every Canadian resident is a resident of the North American continent.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
ti(resident,BE_Prep_Resident) ,
generic_pred(frame_76989,thing,prep(of),BE_Prep_Resident,American_North_Continent) ,
qualifiedBy(Is,thing&Thing,np_head(Det,det(every),[adj(canadian)],resident)) ,
bE(is,Is,BE_Prep_Resident))). */
%~ ?-c88("Can each resident of the North American continent travel freely within Europe?").
%~ list_undefined([]).
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',each]],
[ 'NP',
[ 'NP',
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]]],
['.',?]]]. */
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
/* into_lexical_segs = [ w( can, [
pos(md), root(can),loc(1),lnks(2),txt("Can"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,13))),
link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( each, [
pos(dt), root(each),loc(2),lnks(4),txt("each"),
truecase('LOWER'),corefed,#(2),
txt(["each"]),type('NOMINAL'),
numb('UNKNOWN'),gender('UNKNOWN'),
animacy('UNKNOWN'),repm(@(true)),
link(1,'NP',r('NP',seg(2,2))),link(2,'S',r('S',seg(2,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"),
cycWord(xEachTheWord),
ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"),
ttholds(inflPronoun,'TTWord_Each',"each"),
talk_db(adj,each)]),
w( resident, [
pos(nn), root(resident),loc(3),lnks(5),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(3,3))),
link(2,'NP',r('NP',seg(3,12))), link(3,'S',r('S',seg(2,12))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(4),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,12))),
link(2,'NP',r('NP',seg(3,12))), link(3,'S',r('S',seg(2,12))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(5),lnks(7),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(6),lnks(7),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(7),lnks(7),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(8),lnks(7),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( travel, [
pos(nn), root(travel),loc(9),lnks(7),txt("travel"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,9))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(actTravelTripEvent,ttTemporalStuffType,ttQAClarifyingCollectionType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
cycTerm(actLocomotionEventAnimal,ttMammalCapabilityType,iUI_BodyPositionAndMovementPhysiologyTopic),
ac(singular,xTravelTheWord,"travel"),
ac(massNumber,xTravelTheWord,travel),
ac(singular,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(8),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))),
link(5,'NP',r('NP',seg(3,12))), link(6,'S',r('S',seg(2,12))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(7),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,12))),
link(2,'NP',r('NP',seg(5,12))),
link(3,'PP',r('PP',seg(4,12))),
link(4,'NP',r('NP',seg(3,12))), link(5,'S',r('S',seg(2,12))),link(6,'S',r('S',seg(1,13))),
link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(8),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(10,12))),
link(3,'NP',r('NP',seg(5,12))),
link(4,'PP',r('PP',seg(4,12))),
link(5,'NP',r('NP',seg(3,12))), link(6,'S',r('S',seg(2,12))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(13),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(2.01).
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ i_sentence=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ clausify80=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can each resident of the North American continent travel freely within Europe ?".
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ simplify80=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ results80=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ any_to_ace_str="Can each resident of the North American continent travel freely within Europe? .".
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ compile80=failure.
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['MD','Can'],
[ 'S',
[ 'NP',
['DT',each]],
[ 'NP',
[ 'NP',
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent],
['NN',travel]],
[ 'PP',
[ 'ADVP',
['RB',freely]],
['IN',within],
[ 'NP',
['NNP','Europe']]]]]]],
['.',?]]],
_4394926).
%~ call_residue_vars=[].
%~ ?- c88("Can each resident of the North American continent travel freely within Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(2.391).
%~ c88=(?-c88("Can each resident of the North American continent travel freely within Europe?")).
%~ ?-c88("Each resident of the North American continent can travel freely within Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Each'],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* into_lexical_segs = [ w( each, [
pos(dt), root(each),loc(1),lnks(4),txt("Each"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xEachTheWord,"each"), cycWord(xEachTheWord),ac(pronounStrings,xEachTheWord,"each"),
ac(regularAdverb,xEachTheWord,"each"),
ttholds(inflAdverb,'TTWord_Each',"each"),
ttholds(inflDeterminer,'TTWord_Each',"each"), ttholds(inflPronoun,'TTWord_Each',"each"),talk_db(adj,each)]),
w( resident, [
pos(nn), root(resident),loc(2),lnks(4),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,7))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( north, [
pos(jj), root(north),loc(5),lnks(5),txt("North"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xNorthTheWord,"north"),
cycWord(xNorthTheWord),
cycTerm(vNorthGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(regularDegree,xNorthTheWord,"north"),
ac(regularAdverb,xNorthTheWord,north),
ac(regularDegree,xNorthTheWord,north),
clex_word(adj,north,north,unknown),
clex_word(adv,north,north,unknown),
fsr( north-a,
part_orientational,
[ [ [ [ part-c, target,target],
[ whole-c, n,head]],
6],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
14],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
9]]),
concept(fn,part_orientational), fsr(north-adv,direction,[]),concept(fn,direction),
fsr( north-n,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, target,target]],
2],
[ [ [ part-c, target,target],
[ whole-c, pp,dep]],
9]]),
fsr(north-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflAdjective,'TTWord_North',"north"),
ttholds(inflAdverb,'TTWord_North',"north"),
ttholds(inflNounSingular,'TTWord_North',"north"),
talk_db(adj,north)]),
w( american, [
pos(jj), root(american),loc(6),lnks(5),
txt("American"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('United_States'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
fsr(american-a,origin,[]),concept(fn,origin),
fsr(american-n,people_by_origin,[]),
concept(fn,people_by_origin),
ttholds(inflAdjectiveUnchecked,'TTWord_American',"american"),
talk_db(adj,american)]),
w( continent, [
pos(nn), root(continent),loc(7),lnks(5),
txt("continent"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,7))),
link(2,'PP',r('PP',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(singular,xContinentTheWord,"continent"),
cycWord(xContinentTheWord),
cycTerm(tPlaceLikeContinentGeneric,ttExistingObjectType,ttThing),
cycTerm(tPlaceLikeTrueContinent,ttSpatiallyDisjointRegionType,ttSmallCollectionOfProperlyNamedEntities),
cycTerm(tPlaceLikeContinent,ttKEClarifyingCollectionType,ttExistingObjectType),
ac(singular,xContinentTheWord,continent),
clex_word(noun,continent,continent,neutr+sg-count),
clex_word(adj,continent,continent,unknown),
fsr(continent-n,natural_features,[]),
concept(fn,natural_features),
ttholds(inflNounSingular,'TTWord_Continent',"continent"),
talk_db(adj,continent)]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+sg,
np_head(Det,det(each),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+sg,
np_head(Det2,det(the(sg)),[adj(north),adj(american)],continent),
[ reduced_rel( Wh_S,
s( np(3+sg,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,Fin+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep12,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing21&Thing-Prep12,
`( qualifiedBy( Prep12,
thing&Thing21&Thing,
np_head(Det,det(each),[],resident))),
'`'(true),
[ ( quantS( det(the(sg)),
thing&geo&continent-American_North_Continent,
'`'(ti(continent,American_North_Continent)),
( '`'(property(American_North_Continent,north,adj)) &
'`'(ti(american,American_North_Continent)) &
'`'(true)),
[],
thing&geo&continent-Generic) &
'`'(generic_pred(frame_78800,thing,prep(of),Prep12,Generic))),
pred(
quantS( identityQ(IdentityQ2),
thing&Thing21&Thing-Prep12, '`'(true),'`'(true),
[],
thing&Thing21&Thing-_6359688),
identityQ([]),
generic_pred(frame_78873,thing,mg(aux(do,[can])),_6334922,Generic3),
[ quantS(voidQ,Generic326-Generic3,'`'(true),'`'(true),[],QuantS)])],
thing&Thing21&Thing-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ6),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* clausify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(each),[],resident)) ,
generic_pred(frame_78800,thing,prep(of),Travel_Mg_Prep,American_North_Continent) ,
generic_pred(frame_78873,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))))). */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="Each resident of the North American continent can travel freely within Europe .".
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* simplify80 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(each),[],resident)) ,
generic_pred(frame_78800,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_78873,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ any_to_ace_str="Each resident of the North American continent can travel freely within Europe.".
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
/* compile80 = ( ( ( database80(ti(continent,American_North_Continent)) ,
database80(property(American_North_Continent,north,adj)) ,
database80(ti(american,American_North_Continent)) ,
database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(each),[],resident))) ,
database80(generic_pred(frame_78800,thing,prep(of),Travel_Aux_Prep,American_North_Continent)) ,
database80(generic_pred(frame_78873,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(africa,north,adj))).
%~ missing(database80(property(america,north,adj))).
%~ missing(database80(property(antarctica,north,adj))).
%~ missing(database80(property(asia,north,adj))).
%~ missing(database80(property(australasia,north,adj))).
%~ missing(database80(property(europe,north,adj))).
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','Each'],
['NN',resident]],
[ 'PP',
['IN',of],
[ 'NP',
['DT',the],
['JJ','North'],
['JJ','American'],
['NN',continent]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3953842).
%~ call_residue_vars=[_33216,_27940].
%~ ?- c88("Each resident of the North American continent can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( American_North_Continent,
( ti(continent,American_North_Continent) ,
property(American_North_Continent,north,adj) ,
ti(american,American_North_Continent) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(each),[],resident)) ,
generic_pred(frame_78800,thing,prep(of),Travel_Aux_Prep,American_North_Continent) ,
generic_pred(frame_78873,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?-c88("The residents of major western countries can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',major],
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,6))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( major, [
pos(jj), root(major),loc(4),lnks(5),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( western, [
pos(jj), root(western),loc(5),lnks(5),txt("western"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xWesternTheWord,"western"),
cycWord(xWesternTheWord),
cycTerm(vWestGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(singular,xWesternTheWord,"western"),
cycTerm(cwWesternStoryGeneric,tSet,ttThing),
cycTerm(cwPropositionalConceptualWorkWesternGenre,ttPCWTypeByGenre,ttThing),
ac(regularDegree,xWesternTheWord,western),
ac(singular,xWesternTheWord,western),
clex_word(noun,western,western,neutr+sg-count),
clex_word(adj,western,western,unknown),
fsr( western-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, np,dep]],
1],
[ [ [ whole-c, poss,gen],
[ part-c, n,head]],
7],
[ [ [ whole-c, np,ext],
[ part-c, n,head]],
1],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
29]]),
concept(fn,part_orientational),
ttholds(inflAdjectiveUnchecked,'TTWord_Western',"western"),
ttholds(inflNounSingular,'TTWord_Western',"western"),
talk_db(adj,western)]),
w( countries, [
pos(nns), root(country),loc(6),lnks(5),
txt("countries"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xCountryTheWord,country),
cycWord(xCountryTheWord),
ac(singular,xCountryTheWord,country),
clex_word(noun,countries,country,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Country',"countries")]),
w( can, [
pos(md), root(can),loc(7),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(8),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'S',r('S',seg(1,12))), link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(9),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(9,9))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(10),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(10,11))),
link(2,'VP',r('VP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(11),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(11,11))),
link(2,'PP',r('PP',seg(10,11))),
link(3,'VP',r('VP',seg(8,11))),
link(4,'VP',r('VP',seg(7,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep,
prep(of),
np( 3+pl,
np_head(Generic,generic,[adj(major),adj(western)],country),
[ reduced_rel( Wh_S,
s( np(3+pl,wh(Wh_S),[]),
verb(aux+dv(Dv),aux(do,[can]),active,inf,[prog],[]), [],[]))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep11,prep(within),np(3+sg,nameOf(Europe,europe,[]),[]))])). */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing1722&Thing17-Prep13,
`( qualifiedBy( Prep13,
thing&Thing1722&Thing17,
np_head(Det,det(the(pl)),[],resident))),
'`'(true),
[ ( quantS( generic,
thing&Thing-Western_Major_Country,
'`'(ti(country,Western_Major_Country)),
( '`'(property(Western_Major_Country,major,adj)) &
'`'(property(Western_Major_Country,western,adj)) &
'`'(true)),
[],
thing&Thing-Generic) &
'`'(generic_pred(frame_89432,thing,prep(of),Prep13,Generic))),
pred(
quantS( identityQ(IdentityQ2),
thing&Thing1722&Thing17-Prep13, '`'(true),'`'(true),
[],
thing&Thing1722&Thing17-_6423746),
identityQ([]),
generic_pred(frame_89888,thing,mg(aux(do,[can])),_6397462,Generic3),
[ quantS(voidQ,Generic327-Generic3,'`'(true),'`'(true),[],QuantS)])],
thing&Thing1722&Thing17-Travel),
identityQ([adv(freely),root]),
intrans_pred_prep(thing,Thing17,travel,Travel,within,Within_Prep),
[ quantS( identityQ(IdentityQ6),
thing&geo&continent-Europe, '`'(bE(named,Europe,europe)),'`'(true),
[],
thing&geo&continent-Within_Prep)])). */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* clausify80 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
bE(named,Prep_Within_Europe,europe) ,
qualifiedBy( Travel_Mg_Prep,
thing&Thing13&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_89432,thing,prep(of),Travel_Mg_Prep,Western_Major_Country) ,
generic_pred(frame_89888,thing,mg(aux(do,[can])),Travel_Mg_Prep,Generic) ,
^( Generic,
( modalized( freely,
( intrans_pred_prep(thing,Thing,travel,Travel_Mg_Prep,within,Prep_Within_Europe))))))). */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ any_to_ace_str="The residents of major western countries can travel freely within Europe .".
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* simplify80 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_89432,thing,prep(of),Travel_Aux_Prep,Western_Major_Country) ,
generic_pred(frame_89888,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ try_ace_fol=failure.
%~ missing(database80(property(afghanistan,major,adj))).
%~ missing(database80(property(albania,major,adj))).
%~ missing(database80(property(algeria,major,adj))).
%~ missing(database80(property(andorra,major,adj))).
%~ missing(database80(property(angola,major,adj))).
%~ missing(database80(property(argentina,major,adj))).
%~ missing(database80(property(australia,major,adj))).
%~ missing(database80(property(austria,major,adj))).
%~ missing(database80(property(bahamas,major,adj))).
%~ missing(database80(property(bahrain,major,adj))).
%~ missing(database80(property(bangladesh,major,adj))).
%~ missing(database80(property(barbados,major,adj))).
%~ missing(database80(property(belgium,major,adj))).
%~ missing(database80(property(belize,major,adj))).
%~ missing(database80(property(bhutan,major,adj))).
%~ missing(database80(property(bolivia,major,adj))).
%~ missing(database80(property(botswana,major,adj))).
%~ missing(database80(property(brazil,major,adj))).
%~ missing(database80(property(bulgaria,major,adj))).
%~ missing(database80(property(burma,major,adj))).
%~ missing(database80(property(burundi,major,adj))).
%~ missing(database80(property(cambodia,major,adj))).
%~ missing(database80(property(cameroon,major,adj))).
%~ missing(database80(property(canada,major,adj))).
%~ missing(database80(property(central_african_republic,major,adj))).
%~ missing(database80(property(chad,major,adj))).
%~ missing(database80(property(chile,major,adj))).
%~ missing(database80(property(china,major,adj))).
%~ missing(database80(property(colombia,major,adj))).
%~ missing(database80(property(congo,major,adj))).
%~ missing(database80(property(costa_rica,major,adj))).
%~ missing(database80(property(cuba,major,adj))).
%~ missing(database80(property(cyprus,major,adj))).
%~ missing(database80(property(czechoslovakia,major,adj))).
%~ missing(database80(property(dahomey,major,adj))).
%~ missing(database80(property(denmark,major,adj))).
%~ missing(database80(property(djibouti,major,adj))).
%~ missing(database80(property(dominican_republic,major,adj))).
%~ missing(database80(property(east_germany,major,adj))).
%~ missing(database80(property(ecuador,major,adj))).
%~ missing(database80(property(egypt,major,adj))).
%~ missing(database80(property(eire,major,adj))).
%~ missing(database80(property(el_salvador,major,adj))).
%~ missing(database80(property(equatorial_guinea,major,adj))).
%~ missing(database80(property(ethiopia,major,adj))).
%~ missing(database80(property(fiji,major,adj))).
%~ missing(database80(property(finland,major,adj))).
%~ missing(database80(property(france,major,adj))).
%~ missing(database80(property(french_guiana,major,adj))).
%~ missing(database80(property(gabon,major,adj))).
%~ missing(database80(property(gambia,major,adj))).
%~ missing(database80(property(ghana,major,adj))).
%~ missing(database80(property(greece,major,adj))).
%~ missing(database80(property(grenada,major,adj))).
%~ missing(database80(property(guatemala,major,adj))).
%~ missing(database80(property(guinea,major,adj))).
%~ missing(database80(property(guinea_bissau,major,adj))).
%~ missing(database80(property(guyana,major,adj))).
%~ missing(database80(property(haiti,major,adj))).
%~ missing(database80(property(honduras,major,adj))).
%~ missing(database80(property(hungary,major,adj))).
%~ missing(database80(property(iceland,major,adj))).
%~ missing(database80(property(india,major,adj))).
%~ missing(database80(property(indonesia,major,adj))).
%~ missing(database80(property(iran,major,adj))).
%~ missing(database80(property(iraq,major,adj))).
%~ missing(database80(property(israel,major,adj))).
%~ missing(database80(property(italy,major,adj))).
%~ missing(database80(property(ivory_coast,major,adj))).
%~ missing(database80(property(jamaica,major,adj))).
%~ missing(database80(property(japan,major,adj))).
%~ missing(database80(property(jordan,major,adj))).
%~ missing(database80(property(kenya,major,adj))).
%~ missing(database80(property(kuwait,major,adj))).
%~ missing(database80(property(laos,major,adj))).
%~ missing(database80(property(lebanon,major,adj))).
%~ missing(database80(property(lesotho,major,adj))).
%~ missing(database80(property(liberia,major,adj))).
%~ missing(database80(property(libya,major,adj))).
%~ missing(database80(property(liechtenstein,major,adj))).
%~ missing(database80(property(luxembourg,major,adj))).
%~ missing(database80(property(malagasy,major,adj))).
%~ missing(database80(property(malawi,major,adj))).
%~ missing(database80(property(malaysia,major,adj))).
%~ missing(database80(property(maldives,major,adj))).
%~ missing(database80(property(mali,major,adj))).
%~ missing(database80(property(malta,major,adj))).
%~ missing(database80(property(mauritania,major,adj))).
%~ missing(database80(property(mauritius,major,adj))).
%~ missing(database80(property(mexico,major,adj))).
%~ missing(database80(property(monaco,major,adj))).
%~ missing(database80(property(mongolia,major,adj))).
%~ missing(database80(property(morocco,major,adj))).
%~ missing(database80(property(mozambique,major,adj))).
%~ missing(database80(property(nepal,major,adj))).
%~ missing(database80(property(netherlands,major,adj))).
%~ missing(database80(property(new_zealand,major,adj))).
%~ missing(database80(property(nicaragua,major,adj))).
%~ missing(database80(property(niger,major,adj))).
%~ missing(database80(property(nigeria,major,adj))).
%~ missing(database80(property(north_korea,major,adj))).
%~ missing(database80(property(norway,major,adj))).
%~ missing(database80(property(oman,major,adj))).
%~ missing(database80(property(pakistan,major,adj))).
%~ missing(database80(property(panama,major,adj))).
%~ missing(database80(property(papua_new_guinea,major,adj))).
%~ missing(database80(property(paraguay,major,adj))).
%~ missing(database80(property(peru,major,adj))).
%~ missing(database80(property(philippines,major,adj))).
%~ missing(database80(property(poland,major,adj))).
%~ missing(database80(property(portugal,major,adj))).
%~ missing(database80(property(qatar,major,adj))).
%~ missing(database80(property(romania,major,adj))).
%~ missing(database80(property(rwanda,major,adj))).
%~ missing(database80(property(san_marino,major,adj))).
%~ missing(database80(property(saudi_arabia,major,adj))).
%~ missing(database80(property(senegal,major,adj))).
%~ missing(database80(property(seychelles,major,adj))).
%~ missing(database80(property(sierra_leone,major,adj))).
%~ missing(database80(property(singapore,major,adj))).
%~ missing(database80(property(somalia,major,adj))).
%~ missing(database80(property(south_africa,major,adj))).
%~ missing(database80(property(south_korea,major,adj))).
%~ missing(database80(property(south_yemen,major,adj))).
%~ missing(database80(property(soviet_union,major,adj))).
%~ missing(database80(property(spain,major,adj))).
%~ missing(database80(property(sri_lanka,major,adj))).
%~ missing(database80(property(sudan,major,adj))).
%~ missing(database80(property(surinam,major,adj))).
%~ missing(database80(property(swaziland,major,adj))).
%~ missing(database80(property(sweden,major,adj))).
%~ missing(database80(property(switzerland,major,adj))).
%~ missing(database80(property(syria,major,adj))).
%~ missing(database80(property(taiwan,major,adj))).
%~ missing(database80(property(tanzania,major,adj))).
%~ missing(database80(property(thailand,major,adj))).
%~ missing(database80(property(togo,major,adj))).
%~ missing(database80(property(tonga,major,adj))).
%~ missing(database80(property(trinidad_and_tobago,major,adj))).
%~ missing(database80(property(tunisia,major,adj))).
%~ missing(database80(property(turkey,major,adj))).
%~ missing(database80(property(uganda,major,adj))).
%~ missing(database80(property(united_arab_emirates,major,adj))).
%~ missing(database80(property(united_kingdom,major,adj))).
%~ missing(database80(property(united_states,major,adj))).
%~ missing(database80(property(upper_volta,major,adj))).
%~ missing(database80(property(uruguay,major,adj))).
%~ missing(database80(property(venezuela,major,adj))).
%~ missing(database80(property(vietnam,major,adj))).
%~ missing(database80(property(west_germany,major,adj))).
%~ missing(database80(property(western_samoa,major,adj))).
%~ missing(database80(property(yemen,major,adj))).
%~ missing(database80(property(yugoslavia,major,adj))).
%~ missing(database80(property(zaire,major,adj))).
%~ missing(database80(property(zambia,major,adj))).
%~ missing(database80(property(zimbabwe,major,adj))).
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ results80=[[false]].
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ any_to_ace_str="The residents of major western countries can travel freely within Europe.".
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
/* compile80 = ( ( ( database80(ti(country,Western_Major_Country)) ,
database80(property(Western_Major_Country,major,adj)) ,
database80(property(Western_Major_Country,western,adj)) ,
database80( qualifiedBy( Travel_Aux_Prep,
thing&Thing12&Thing,
np_head(Det,det(the(pl)),[],resident))) ,
database80(generic_pred(frame_89432,thing,prep(of),Travel_Aux_Prep,Western_Major_Country)) ,
database80(generic_pred(frame_89888,thing,aux(do,[can]),Travel_Aux_Prep,Generic)) ,
database80( modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(afghanistan,major,adj))).
%~ missing(database80(property(albania,major,adj))).
%~ missing(database80(property(algeria,major,adj))).
%~ missing(database80(property(andorra,major,adj))).
%~ missing(database80(property(angola,major,adj))).
%~ missing(database80(property(argentina,major,adj))).
%~ missing(database80(property(australia,major,adj))).
%~ missing(database80(property(austria,major,adj))).
%~ missing(database80(property(bahamas,major,adj))).
%~ missing(database80(property(bahrain,major,adj))).
%~ missing(database80(property(bangladesh,major,adj))).
%~ missing(database80(property(barbados,major,adj))).
%~ missing(database80(property(belgium,major,adj))).
%~ missing(database80(property(belize,major,adj))).
%~ missing(database80(property(bhutan,major,adj))).
%~ missing(database80(property(bolivia,major,adj))).
%~ missing(database80(property(botswana,major,adj))).
%~ missing(database80(property(brazil,major,adj))).
%~ missing(database80(property(bulgaria,major,adj))).
%~ missing(database80(property(burma,major,adj))).
%~ missing(database80(property(burundi,major,adj))).
%~ missing(database80(property(cambodia,major,adj))).
%~ missing(database80(property(cameroon,major,adj))).
%~ missing(database80(property(canada,major,adj))).
%~ missing(database80(property(central_african_republic,major,adj))).
%~ missing(database80(property(chad,major,adj))).
%~ missing(database80(property(chile,major,adj))).
%~ missing(database80(property(china,major,adj))).
%~ missing(database80(property(colombia,major,adj))).
%~ missing(database80(property(congo,major,adj))).
%~ missing(database80(property(costa_rica,major,adj))).
%~ missing(database80(property(cuba,major,adj))).
%~ missing(database80(property(cyprus,major,adj))).
%~ missing(database80(property(czechoslovakia,major,adj))).
%~ missing(database80(property(dahomey,major,adj))).
%~ missing(database80(property(denmark,major,adj))).
%~ missing(database80(property(djibouti,major,adj))).
%~ missing(database80(property(dominican_republic,major,adj))).
%~ missing(database80(property(east_germany,major,adj))).
%~ missing(database80(property(ecuador,major,adj))).
%~ missing(database80(property(egypt,major,adj))).
%~ missing(database80(property(eire,major,adj))).
%~ missing(database80(property(el_salvador,major,adj))).
%~ missing(database80(property(equatorial_guinea,major,adj))).
%~ missing(database80(property(ethiopia,major,adj))).
%~ missing(database80(property(fiji,major,adj))).
%~ missing(database80(property(finland,major,adj))).
%~ missing(database80(property(france,major,adj))).
%~ missing(database80(property(french_guiana,major,adj))).
%~ missing(database80(property(gabon,major,adj))).
%~ missing(database80(property(gambia,major,adj))).
%~ missing(database80(property(ghana,major,adj))).
%~ missing(database80(property(greece,major,adj))).
%~ missing(database80(property(grenada,major,adj))).
%~ missing(database80(property(guatemala,major,adj))).
%~ missing(database80(property(guinea,major,adj))).
%~ missing(database80(property(guinea_bissau,major,adj))).
%~ missing(database80(property(guyana,major,adj))).
%~ missing(database80(property(haiti,major,adj))).
%~ missing(database80(property(honduras,major,adj))).
%~ missing(database80(property(hungary,major,adj))).
%~ missing(database80(property(iceland,major,adj))).
%~ missing(database80(property(india,major,adj))).
%~ missing(database80(property(indonesia,major,adj))).
%~ missing(database80(property(iran,major,adj))).
%~ missing(database80(property(iraq,major,adj))).
%~ missing(database80(property(israel,major,adj))).
%~ missing(database80(property(italy,major,adj))).
%~ missing(database80(property(ivory_coast,major,adj))).
%~ missing(database80(property(jamaica,major,adj))).
%~ missing(database80(property(japan,major,adj))).
%~ missing(database80(property(jordan,major,adj))).
%~ missing(database80(property(kenya,major,adj))).
%~ missing(database80(property(kuwait,major,adj))).
%~ missing(database80(property(laos,major,adj))).
%~ missing(database80(property(lebanon,major,adj))).
%~ missing(database80(property(lesotho,major,adj))).
%~ missing(database80(property(liberia,major,adj))).
%~ missing(database80(property(libya,major,adj))).
%~ missing(database80(property(liechtenstein,major,adj))).
%~ missing(database80(property(luxembourg,major,adj))).
%~ missing(database80(property(malagasy,major,adj))).
%~ missing(database80(property(malawi,major,adj))).
%~ missing(database80(property(malaysia,major,adj))).
%~ missing(database80(property(maldives,major,adj))).
%~ missing(database80(property(mali,major,adj))).
%~ missing(database80(property(malta,major,adj))).
%~ missing(database80(property(mauritania,major,adj))).
%~ missing(database80(property(mauritius,major,adj))).
%~ missing(database80(property(mexico,major,adj))).
%~ missing(database80(property(monaco,major,adj))).
%~ missing(database80(property(mongolia,major,adj))).
%~ missing(database80(property(morocco,major,adj))).
%~ missing(database80(property(mozambique,major,adj))).
%~ missing(database80(property(nepal,major,adj))).
%~ missing(database80(property(netherlands,major,adj))).
%~ missing(database80(property(new_zealand,major,adj))).
%~ missing(database80(property(nicaragua,major,adj))).
%~ missing(database80(property(niger,major,adj))).
%~ missing(database80(property(nigeria,major,adj))).
%~ missing(database80(property(north_korea,major,adj))).
%~ missing(database80(property(norway,major,adj))).
%~ missing(database80(property(oman,major,adj))).
%~ missing(database80(property(pakistan,major,adj))).
%~ missing(database80(property(panama,major,adj))).
%~ missing(database80(property(papua_new_guinea,major,adj))).
%~ missing(database80(property(paraguay,major,adj))).
%~ missing(database80(property(peru,major,adj))).
%~ missing(database80(property(philippines,major,adj))).
%~ missing(database80(property(poland,major,adj))).
%~ missing(database80(property(portugal,major,adj))).
%~ missing(database80(property(qatar,major,adj))).
%~ missing(database80(property(romania,major,adj))).
%~ missing(database80(property(rwanda,major,adj))).
%~ missing(database80(property(san_marino,major,adj))).
%~ missing(database80(property(saudi_arabia,major,adj))).
%~ missing(database80(property(senegal,major,adj))).
%~ missing(database80(property(seychelles,major,adj))).
%~ missing(database80(property(sierra_leone,major,adj))).
%~ missing(database80(property(singapore,major,adj))).
%~ missing(database80(property(somalia,major,adj))).
%~ missing(database80(property(south_africa,major,adj))).
%~ missing(database80(property(south_korea,major,adj))).
%~ missing(database80(property(south_yemen,major,adj))).
%~ missing(database80(property(soviet_union,major,adj))).
%~ missing(database80(property(spain,major,adj))).
%~ missing(database80(property(sri_lanka,major,adj))).
%~ missing(database80(property(sudan,major,adj))).
%~ missing(database80(property(surinam,major,adj))).
%~ missing(database80(property(swaziland,major,adj))).
%~ missing(database80(property(sweden,major,adj))).
%~ missing(database80(property(switzerland,major,adj))).
%~ missing(database80(property(syria,major,adj))).
%~ missing(database80(property(taiwan,major,adj))).
%~ missing(database80(property(tanzania,major,adj))).
%~ missing(database80(property(thailand,major,adj))).
%~ missing(database80(property(togo,major,adj))).
%~ missing(database80(property(tonga,major,adj))).
%~ missing(database80(property(trinidad_and_tobago,major,adj))).
%~ missing(database80(property(tunisia,major,adj))).
%~ missing(database80(property(turkey,major,adj))).
%~ missing(database80(property(uganda,major,adj))).
%~ missing(database80(property(united_arab_emirates,major,adj))).
%~ missing(database80(property(united_kingdom,major,adj))).
%~ missing(database80(property(united_states,major,adj))).
%~ missing(database80(property(upper_volta,major,adj))).
%~ missing(database80(property(uruguay,major,adj))).
%~ missing(database80(property(venezuela,major,adj))).
%~ missing(database80(property(vietnam,major,adj))).
%~ missing(database80(property(west_germany,major,adj))).
%~ missing(database80(property(western_samoa,major,adj))).
%~ missing(database80(property(yemen,major,adj))).
%~ missing(database80(property(yugoslavia,major,adj))).
%~ missing(database80(property(zaire,major,adj))).
%~ missing(database80(property(zambia,major,adj))).
%~ missing(database80(property(zimbabwe,major,adj))).
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',major],
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]],
_3614992).
%~ call_residue_vars=[].
%~ ?- c88("The residents of major western countries can travel freely within Europe.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
qualifiedBy( Travel_Aux_Prep,
thing&Thing11&Thing,
np_head(Det,det(the(pl)),[],resident)) ,
generic_pred(frame_89432,thing,prep(of),Travel_Aux_Prep,Western_Major_Country) ,
generic_pred(frame_89888,thing,aux(do,[can]),Travel_Aux_Prep,Generic_Modalized) ,
^( Generic_Modalized,
modalized(freely,intrans_pred_prep(thing,Thing,travel,Travel_Aux_Prep,within,europe))))). */
%~ ?-c88("All residents of major western countries are residents of western countries.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',major],
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]]],
['.','.']]]. */
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* into_lexical_segs = [ w( all, [
pos(dt), root(all),loc(1),lnks(4),txt("All"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xAllTheWord,"all"),cycWord(xAllTheWord),
cycTerm(iEveryNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAllTheWord,"all"), fsr(all-a,quantity,[]),concept(fn,quantity),
ttholds(inflAdverb,'TTWord_All',"all"),
ttholds(inflDeterminer,'TTWord_All',"all"),
ttholds(inflPronoun,'TTWord_All',"all"),
ttholds(inflNounPlural,'TTWord_All',"all"),
ttholds(inflNounSingular,'TTWord_All',"all"),
flexicon( det,
[ sem=all, agr=pl,wh=n,det_type=quant,
preagr=y,can_be_np=y],
all), talk_db(adj,all),talk_db(conj,all)]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,6))),
link(2,'NP',r('NP',seg(1,6))),link(3,'S',r('S',seg(1,12))),
link(4,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( major, [
pos(jj), root(major),loc(4),lnks(5),txt("major"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( western, [
pos(jj), root(western),loc(5),lnks(5),txt("western"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xWesternTheWord,"western"),
cycWord(xWesternTheWord),
cycTerm(vWestGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(singular,xWesternTheWord,"western"),
cycTerm(cwWesternStoryGeneric,tSet,ttThing),
cycTerm(cwPropositionalConceptualWorkWesternGenre,ttPCWTypeByGenre,ttThing),
ac(regularDegree,xWesternTheWord,western),
ac(singular,xWesternTheWord,western),
clex_word(noun,western,western,neutr+sg-count),
clex_word(adj,western,western,unknown),
fsr( western-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, np,dep]],
1],
[ [ [ whole-c, poss,gen],
[ part-c, n,head]],
7],
[ [ [ whole-c, np,ext],
[ part-c, n,head]],
1],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
29]]),
concept(fn,part_orientational),
ttholds(inflAdjectiveUnchecked,'TTWord_Western',"western"),
ttholds(inflNounSingular,'TTWord_Western',"western"),
talk_db(adj,western)]),
w( countries, [
pos(nns), root(country),loc(6),lnks(5),
txt("countries"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,6))),
link(2,'PP',r('PP',seg(3,6))), link(3,'NP',r('NP',seg(1,6))),link(4,'S',r('S',seg(1,12))),
link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xCountryTheWord,country),
cycWord(xCountryTheWord),
ac(singular,xCountryTheWord,country),
clex_word(noun,countries,country,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Country',"countries")]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(7),lnks(3),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( residents, [
pos(nns), root(resident),loc(8),lnks(5),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,8))),
link(2,'NP',r('NP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(9),lnks(5),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(9,11))),
link(2,'NP',r('NP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( western, [
pos(jj), root(western),loc(10),lnks(6),txt("western"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(10,11))),
link(2,'PP',r('PP',seg(9,11))),
link(3,'NP',r('NP',seg(8,11))),
link(4,'VP',r('VP',seg(7,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xWesternTheWord,"western"),
cycWord(xWesternTheWord),
cycTerm(vWestGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(singular,xWesternTheWord,"western"),
cycTerm(cwWesternStoryGeneric,tSet,ttThing),
cycTerm(cwPropositionalConceptualWorkWesternGenre,ttPCWTypeByGenre,ttThing),
ac(regularDegree,xWesternTheWord,western),
ac(singular,xWesternTheWord,western),
clex_word(noun,western,western,neutr+sg-count),
clex_word(adj,western,western,unknown),
fsr( western-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, np,dep]],
1],
[ [ [ whole-c, poss,gen],
[ part-c, n,head]],
7],
[ [ [ whole-c, np,ext],
[ part-c, n,head]],
1],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
29]]),
concept(fn,part_orientational),
ttholds(inflAdjectiveUnchecked,'TTWord_Western',"western"),
ttholds(inflNounSingular,'TTWord_Western',"western"),
talk_db(adj,western)]),
w( countries, [
pos(nns), root(country),loc(11),lnks(6),
txt("countries"),truecase('LOWER'),
link(1,'NP',r('NP',seg(10,11))),
link(2,'PP',r('PP',seg(9,11))),
link(3,'NP',r('NP',seg(8,11))),
link(4,'VP',r('VP',seg(7,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(massNumber,xCountryTheWord,country),
cycWord(xCountryTheWord),
ac(singular,xCountryTheWord,country),
clex_word(noun,countries,country,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Country',"countries")]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(all),[],resident),
[ prep_phrase( Prep,
prep(of),
np(3+pl,np_head(Generic,generic,[adj(major),adj(western)],country),[]))]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg( dirO,
np( 3+pl,
np_head(Generic6,generic,[],resident),
[ prep_phrase( Prep10,
prep(of),
np(3+pl,np_head(Generic8,generic,[adj(western)],country),[]))]))],
[])). */
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing-Prep,
'`'(qualifiedBy(Prep,thing&Thing,np_head(Det,det(all),[],resident))),
'`'(true),
[ ( quantS( generic,
thing&Thing7-Western_Major_Country,
'`'(ti(country,Western_Major_Country)),
( '`'(property(Western_Major_Country,major,adj)) &
'`'(property(Western_Major_Country,western,adj)) &
'`'(true)),
[],
thing&Thing7-Generic) &
'`'(generic_pred(frame_89892,thing,prep(of),Prep,Generic)))],
thing&Thing-Is),
identityQ([aux(be,[pres+fin]),root]),
bE(is,Is,BE),
[ quantS( voidQ,
thing&Thing-Prep_Resident14, '`'(bE(same,Prep_Resident14,resident)),'`'(true),
[ ( quantS( generic,
thing&Thing15-Western_Country16,
'`'(ti(country,Western_Country16)),
'`'(property(Western_Country16,western,adj))&'`'(true),
[],
thing&Thing15-Generic3) &
'`'(generic_pred(frame_89892,thing,prep(of),Prep_Resident14,Generic3)))],
thing&Thing-BE)])). */
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* clausify80 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
^( Generic_Western_Country3,
( ti(country,Generic_Western_Country3) ,
property(Generic_Western_Country3,western,adj) ,
^( BE_Prep_Resident,
( bE(same,BE_Prep_Resident,resident) ,
generic_pred(frame_89892,thing,prep(of),BE_Prep_Resident,Generic_Western_Country3) ,
qualifiedBy(Is_Prep,thing&Thing,np_head(Det,det(all),[],resident)) ,
generic_pred(frame_89892,thing,prep(of),Is_Prep,Western_Major_Country) ,
bE(is,Is_Prep,BE_Prep_Resident))))))). */
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ any_to_ace_str="All residents of major western countries are residents of western countries .".
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ try_ace_drs=failure.
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* simplify80 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
^( Generic_Western_Country3,
( ti(country,Generic_Western_Country3) ,
property(Generic_Western_Country3,western,adj) ,
^( BE_Prep_Resident,
( bE(same,BE_Prep_Resident,resident) ,
generic_pred(frame_89892,thing,prep(of),BE_Prep_Resident,Generic_Western_Country3) ,
qualifiedBy(Is_Prep,thing&Thing,np_head(Det,det(all),[],resident)) ,
generic_pred(frame_89892,thing,prep(of),Is_Prep,Western_Major_Country) ,
bE(is,Is_Prep,BE_Prep_Resident))))))). */
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ try_ace_fol=failure.
%~ missing(database80(property(afghanistan,major,adj))).
%~ missing(database80(property(albania,major,adj))).
%~ missing(database80(property(algeria,major,adj))).
%~ missing(database80(property(andorra,major,adj))).
%~ missing(database80(property(angola,major,adj))).
%~ missing(database80(property(argentina,major,adj))).
%~ missing(database80(property(australia,major,adj))).
%~ missing(database80(property(austria,major,adj))).
%~ missing(database80(property(bahamas,major,adj))).
%~ missing(database80(property(bahrain,major,adj))).
%~ missing(database80(property(bangladesh,major,adj))).
%~ missing(database80(property(barbados,major,adj))).
%~ missing(database80(property(belgium,major,adj))).
%~ missing(database80(property(belize,major,adj))).
%~ missing(database80(property(bhutan,major,adj))).
%~ missing(database80(property(bolivia,major,adj))).
%~ missing(database80(property(botswana,major,adj))).
%~ missing(database80(property(brazil,major,adj))).
%~ missing(database80(property(bulgaria,major,adj))).
%~ missing(database80(property(burma,major,adj))).
%~ missing(database80(property(burundi,major,adj))).
%~ missing(database80(property(cambodia,major,adj))).
%~ missing(database80(property(cameroon,major,adj))).
%~ missing(database80(property(canada,major,adj))).
%~ missing(database80(property(central_african_republic,major,adj))).
%~ missing(database80(property(chad,major,adj))).
%~ missing(database80(property(chile,major,adj))).
%~ missing(database80(property(china,major,adj))).
%~ missing(database80(property(colombia,major,adj))).
%~ missing(database80(property(congo,major,adj))).
%~ missing(database80(property(costa_rica,major,adj))).
%~ missing(database80(property(cuba,major,adj))).
%~ missing(database80(property(cyprus,major,adj))).
%~ missing(database80(property(czechoslovakia,major,adj))).
%~ missing(database80(property(dahomey,major,adj))).
%~ missing(database80(property(denmark,major,adj))).
%~ missing(database80(property(djibouti,major,adj))).
%~ missing(database80(property(dominican_republic,major,adj))).
%~ missing(database80(property(east_germany,major,adj))).
%~ missing(database80(property(ecuador,major,adj))).
%~ missing(database80(property(egypt,major,adj))).
%~ missing(database80(property(eire,major,adj))).
%~ missing(database80(property(el_salvador,major,adj))).
%~ missing(database80(property(equatorial_guinea,major,adj))).
%~ missing(database80(property(ethiopia,major,adj))).
%~ missing(database80(property(fiji,major,adj))).
%~ missing(database80(property(finland,major,adj))).
%~ missing(database80(property(france,major,adj))).
%~ missing(database80(property(french_guiana,major,adj))).
%~ missing(database80(property(gabon,major,adj))).
%~ missing(database80(property(gambia,major,adj))).
%~ missing(database80(property(ghana,major,adj))).
%~ missing(database80(property(greece,major,adj))).
%~ missing(database80(property(grenada,major,adj))).
%~ missing(database80(property(guatemala,major,adj))).
%~ missing(database80(property(guinea,major,adj))).
%~ missing(database80(property(guinea_bissau,major,adj))).
%~ missing(database80(property(guyana,major,adj))).
%~ missing(database80(property(haiti,major,adj))).
%~ missing(database80(property(honduras,major,adj))).
%~ missing(database80(property(hungary,major,adj))).
%~ missing(database80(property(iceland,major,adj))).
%~ missing(database80(property(india,major,adj))).
%~ missing(database80(property(indonesia,major,adj))).
%~ missing(database80(property(iran,major,adj))).
%~ missing(database80(property(iraq,major,adj))).
%~ missing(database80(property(israel,major,adj))).
%~ missing(database80(property(italy,major,adj))).
%~ missing(database80(property(ivory_coast,major,adj))).
%~ missing(database80(property(jamaica,major,adj))).
%~ missing(database80(property(japan,major,adj))).
%~ missing(database80(property(jordan,major,adj))).
%~ missing(database80(property(kenya,major,adj))).
%~ missing(database80(property(kuwait,major,adj))).
%~ missing(database80(property(laos,major,adj))).
%~ missing(database80(property(lebanon,major,adj))).
%~ missing(database80(property(lesotho,major,adj))).
%~ missing(database80(property(liberia,major,adj))).
%~ missing(database80(property(libya,major,adj))).
%~ missing(database80(property(liechtenstein,major,adj))).
%~ missing(database80(property(luxembourg,major,adj))).
%~ missing(database80(property(malagasy,major,adj))).
%~ missing(database80(property(malawi,major,adj))).
%~ missing(database80(property(malaysia,major,adj))).
%~ missing(database80(property(maldives,major,adj))).
%~ missing(database80(property(mali,major,adj))).
%~ missing(database80(property(malta,major,adj))).
%~ missing(database80(property(mauritania,major,adj))).
%~ missing(database80(property(mauritius,major,adj))).
%~ missing(database80(property(mexico,major,adj))).
%~ missing(database80(property(monaco,major,adj))).
%~ missing(database80(property(mongolia,major,adj))).
%~ missing(database80(property(morocco,major,adj))).
%~ missing(database80(property(mozambique,major,adj))).
%~ missing(database80(property(nepal,major,adj))).
%~ missing(database80(property(netherlands,major,adj))).
%~ missing(database80(property(new_zealand,major,adj))).
%~ missing(database80(property(nicaragua,major,adj))).
%~ missing(database80(property(niger,major,adj))).
%~ missing(database80(property(nigeria,major,adj))).
%~ missing(database80(property(north_korea,major,adj))).
%~ missing(database80(property(norway,major,adj))).
%~ missing(database80(property(oman,major,adj))).
%~ missing(database80(property(pakistan,major,adj))).
%~ missing(database80(property(panama,major,adj))).
%~ missing(database80(property(papua_new_guinea,major,adj))).
%~ missing(database80(property(paraguay,major,adj))).
%~ missing(database80(property(peru,major,adj))).
%~ missing(database80(property(philippines,major,adj))).
%~ missing(database80(property(poland,major,adj))).
%~ missing(database80(property(portugal,major,adj))).
%~ missing(database80(property(qatar,major,adj))).
%~ missing(database80(property(romania,major,adj))).
%~ missing(database80(property(rwanda,major,adj))).
%~ missing(database80(property(san_marino,major,adj))).
%~ missing(database80(property(saudi_arabia,major,adj))).
%~ missing(database80(property(senegal,major,adj))).
%~ missing(database80(property(seychelles,major,adj))).
%~ missing(database80(property(sierra_leone,major,adj))).
%~ missing(database80(property(singapore,major,adj))).
%~ missing(database80(property(somalia,major,adj))).
%~ missing(database80(property(south_africa,major,adj))).
%~ missing(database80(property(south_korea,major,adj))).
%~ missing(database80(property(south_yemen,major,adj))).
%~ missing(database80(property(soviet_union,major,adj))).
%~ missing(database80(property(spain,major,adj))).
%~ missing(database80(property(sri_lanka,major,adj))).
%~ missing(database80(property(sudan,major,adj))).
%~ missing(database80(property(surinam,major,adj))).
%~ missing(database80(property(swaziland,major,adj))).
%~ missing(database80(property(sweden,major,adj))).
%~ missing(database80(property(switzerland,major,adj))).
%~ missing(database80(property(syria,major,adj))).
%~ missing(database80(property(taiwan,major,adj))).
%~ missing(database80(property(tanzania,major,adj))).
%~ missing(database80(property(thailand,major,adj))).
%~ missing(database80(property(togo,major,adj))).
%~ missing(database80(property(tonga,major,adj))).
%~ missing(database80(property(trinidad_and_tobago,major,adj))).
%~ missing(database80(property(tunisia,major,adj))).
%~ missing(database80(property(turkey,major,adj))).
%~ missing(database80(property(uganda,major,adj))).
%~ missing(database80(property(united_arab_emirates,major,adj))).
%~ missing(database80(property(united_kingdom,major,adj))).
%~ missing(database80(property(united_states,major,adj))).
%~ missing(database80(property(upper_volta,major,adj))).
%~ missing(database80(property(uruguay,major,adj))).
%~ missing(database80(property(venezuela,major,adj))).
%~ missing(database80(property(vietnam,major,adj))).
%~ missing(database80(property(west_germany,major,adj))).
%~ missing(database80(property(western_samoa,major,adj))).
%~ missing(database80(property(yemen,major,adj))).
%~ missing(database80(property(yugoslavia,major,adj))).
%~ missing(database80(property(zaire,major,adj))).
%~ missing(database80(property(zambia,major,adj))).
%~ missing(database80(property(zimbabwe,major,adj))).
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ results80=[[false]].
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ any_to_ace_str="All residents of major western countries are residents of western countries.".
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ try_ace_eng=failure.
%~ ?- c88("All residents of major western countries are residents of western countries.").
/* compile80 = ( ( ( database80(ti(country,Western_Major_Country)) ,
database80(property(Western_Major_Country,major,adj)) ,
database80(property(Western_Major_Country,western,adj)) ,
database80(ti(country,Generic_Western_Country3)) ,
database80(property(Generic_Western_Country3,western,adj)) ,
database80(bE(same,BE_Prep_Resident,resident)) ,
database80( generic_pred(frame_89892,thing,prep(of),BE_Prep_Resident,Generic_Western_Country3)) ,
database80(qualifiedBy(Is_Prep,thing&Thing,np_head(Det,det(all),[],resident))) ,
database80(generic_pred(frame_89892,thing,prep(of),Is_Prep,Western_Major_Country)) ,
database80(bE(is,Is_Prep,BE_Prep_Resident))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(afghanistan,major,adj))).
%~ missing(database80(property(albania,major,adj))).
%~ missing(database80(property(algeria,major,adj))).
%~ missing(database80(property(andorra,major,adj))).
%~ missing(database80(property(angola,major,adj))).
%~ missing(database80(property(argentina,major,adj))).
%~ missing(database80(property(australia,major,adj))).
%~ missing(database80(property(austria,major,adj))).
%~ missing(database80(property(bahamas,major,adj))).
%~ missing(database80(property(bahrain,major,adj))).
%~ missing(database80(property(bangladesh,major,adj))).
%~ missing(database80(property(barbados,major,adj))).
%~ missing(database80(property(belgium,major,adj))).
%~ missing(database80(property(belize,major,adj))).
%~ missing(database80(property(bhutan,major,adj))).
%~ missing(database80(property(bolivia,major,adj))).
%~ missing(database80(property(botswana,major,adj))).
%~ missing(database80(property(brazil,major,adj))).
%~ missing(database80(property(bulgaria,major,adj))).
%~ missing(database80(property(burma,major,adj))).
%~ missing(database80(property(burundi,major,adj))).
%~ missing(database80(property(cambodia,major,adj))).
%~ missing(database80(property(cameroon,major,adj))).
%~ missing(database80(property(canada,major,adj))).
%~ missing(database80(property(central_african_republic,major,adj))).
%~ missing(database80(property(chad,major,adj))).
%~ missing(database80(property(chile,major,adj))).
%~ missing(database80(property(china,major,adj))).
%~ missing(database80(property(colombia,major,adj))).
%~ missing(database80(property(congo,major,adj))).
%~ missing(database80(property(costa_rica,major,adj))).
%~ missing(database80(property(cuba,major,adj))).
%~ missing(database80(property(cyprus,major,adj))).
%~ missing(database80(property(czechoslovakia,major,adj))).
%~ missing(database80(property(dahomey,major,adj))).
%~ missing(database80(property(denmark,major,adj))).
%~ missing(database80(property(djibouti,major,adj))).
%~ missing(database80(property(dominican_republic,major,adj))).
%~ missing(database80(property(east_germany,major,adj))).
%~ missing(database80(property(ecuador,major,adj))).
%~ missing(database80(property(egypt,major,adj))).
%~ missing(database80(property(eire,major,adj))).
%~ missing(database80(property(el_salvador,major,adj))).
%~ missing(database80(property(equatorial_guinea,major,adj))).
%~ missing(database80(property(ethiopia,major,adj))).
%~ missing(database80(property(fiji,major,adj))).
%~ missing(database80(property(finland,major,adj))).
%~ missing(database80(property(france,major,adj))).
%~ missing(database80(property(french_guiana,major,adj))).
%~ missing(database80(property(gabon,major,adj))).
%~ missing(database80(property(gambia,major,adj))).
%~ missing(database80(property(ghana,major,adj))).
%~ missing(database80(property(greece,major,adj))).
%~ missing(database80(property(grenada,major,adj))).
%~ missing(database80(property(guatemala,major,adj))).
%~ missing(database80(property(guinea,major,adj))).
%~ missing(database80(property(guinea_bissau,major,adj))).
%~ missing(database80(property(guyana,major,adj))).
%~ missing(database80(property(haiti,major,adj))).
%~ missing(database80(property(honduras,major,adj))).
%~ missing(database80(property(hungary,major,adj))).
%~ missing(database80(property(iceland,major,adj))).
%~ missing(database80(property(india,major,adj))).
%~ missing(database80(property(indonesia,major,adj))).
%~ missing(database80(property(iran,major,adj))).
%~ missing(database80(property(iraq,major,adj))).
%~ missing(database80(property(israel,major,adj))).
%~ missing(database80(property(italy,major,adj))).
%~ missing(database80(property(ivory_coast,major,adj))).
%~ missing(database80(property(jamaica,major,adj))).
%~ missing(database80(property(japan,major,adj))).
%~ missing(database80(property(jordan,major,adj))).
%~ missing(database80(property(kenya,major,adj))).
%~ missing(database80(property(kuwait,major,adj))).
%~ missing(database80(property(laos,major,adj))).
%~ missing(database80(property(lebanon,major,adj))).
%~ missing(database80(property(lesotho,major,adj))).
%~ missing(database80(property(liberia,major,adj))).
%~ missing(database80(property(libya,major,adj))).
%~ missing(database80(property(liechtenstein,major,adj))).
%~ missing(database80(property(luxembourg,major,adj))).
%~ missing(database80(property(malagasy,major,adj))).
%~ missing(database80(property(malawi,major,adj))).
%~ missing(database80(property(malaysia,major,adj))).
%~ missing(database80(property(maldives,major,adj))).
%~ missing(database80(property(mali,major,adj))).
%~ missing(database80(property(malta,major,adj))).
%~ missing(database80(property(mauritania,major,adj))).
%~ missing(database80(property(mauritius,major,adj))).
%~ missing(database80(property(mexico,major,adj))).
%~ missing(database80(property(monaco,major,adj))).
%~ missing(database80(property(mongolia,major,adj))).
%~ missing(database80(property(morocco,major,adj))).
%~ missing(database80(property(mozambique,major,adj))).
%~ missing(database80(property(nepal,major,adj))).
%~ missing(database80(property(netherlands,major,adj))).
%~ missing(database80(property(new_zealand,major,adj))).
%~ missing(database80(property(nicaragua,major,adj))).
%~ missing(database80(property(niger,major,adj))).
%~ missing(database80(property(nigeria,major,adj))).
%~ missing(database80(property(north_korea,major,adj))).
%~ missing(database80(property(norway,major,adj))).
%~ missing(database80(property(oman,major,adj))).
%~ missing(database80(property(pakistan,major,adj))).
%~ missing(database80(property(panama,major,adj))).
%~ missing(database80(property(papua_new_guinea,major,adj))).
%~ missing(database80(property(paraguay,major,adj))).
%~ missing(database80(property(peru,major,adj))).
%~ missing(database80(property(philippines,major,adj))).
%~ missing(database80(property(poland,major,adj))).
%~ missing(database80(property(portugal,major,adj))).
%~ missing(database80(property(qatar,major,adj))).
%~ missing(database80(property(romania,major,adj))).
%~ missing(database80(property(rwanda,major,adj))).
%~ missing(database80(property(san_marino,major,adj))).
%~ missing(database80(property(saudi_arabia,major,adj))).
%~ missing(database80(property(senegal,major,adj))).
%~ missing(database80(property(seychelles,major,adj))).
%~ missing(database80(property(sierra_leone,major,adj))).
%~ missing(database80(property(singapore,major,adj))).
%~ missing(database80(property(somalia,major,adj))).
%~ missing(database80(property(south_africa,major,adj))).
%~ missing(database80(property(south_korea,major,adj))).
%~ missing(database80(property(south_yemen,major,adj))).
%~ missing(database80(property(soviet_union,major,adj))).
%~ missing(database80(property(spain,major,adj))).
%~ missing(database80(property(sri_lanka,major,adj))).
%~ missing(database80(property(sudan,major,adj))).
%~ missing(database80(property(surinam,major,adj))).
%~ missing(database80(property(swaziland,major,adj))).
%~ missing(database80(property(sweden,major,adj))).
%~ missing(database80(property(switzerland,major,adj))).
%~ missing(database80(property(syria,major,adj))).
%~ missing(database80(property(taiwan,major,adj))).
%~ missing(database80(property(tanzania,major,adj))).
%~ missing(database80(property(thailand,major,adj))).
%~ missing(database80(property(togo,major,adj))).
%~ missing(database80(property(tonga,major,adj))).
%~ missing(database80(property(trinidad_and_tobago,major,adj))).
%~ missing(database80(property(tunisia,major,adj))).
%~ missing(database80(property(turkey,major,adj))).
%~ missing(database80(property(uganda,major,adj))).
%~ missing(database80(property(united_arab_emirates,major,adj))).
%~ missing(database80(property(united_kingdom,major,adj))).
%~ missing(database80(property(united_states,major,adj))).
%~ missing(database80(property(upper_volta,major,adj))).
%~ missing(database80(property(uruguay,major,adj))).
%~ missing(database80(property(venezuela,major,adj))).
%~ missing(database80(property(vietnam,major,adj))).
%~ missing(database80(property(west_germany,major,adj))).
%~ missing(database80(property(western_samoa,major,adj))).
%~ missing(database80(property(yemen,major,adj))).
%~ missing(database80(property(yugoslavia,major,adj))).
%~ missing(database80(property(zaire,major,adj))).
%~ missing(database80(property(zambia,major,adj))).
%~ missing(database80(property(zimbabwe,major,adj))).
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','All'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',major],
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]]],
['.','.']]],
_4350702).
%~ call_residue_vars=[].
%~ ?- c88("All residents of major western countries are residents of western countries.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
^( Western_Major_Country,
( ti(country,Western_Major_Country) ,
property(Western_Major_Country,major,adj) ,
property(Western_Major_Country,western,adj) ,
^( Generic_Western_Country3,
( ti(country,Generic_Western_Country3) ,
property(Generic_Western_Country3,western,adj) ,
^( BE_Prep_Resident,
( bE(same,BE_Prep_Resident,resident) ,
generic_pred(frame_89892,thing,prep(of),BE_Prep_Resident,Generic_Western_Country3) ,
qualifiedBy(Is_Prep,thing&Thing,np_head(Det,det(all),[],resident)) ,
generic_pred(frame_89892,thing,prep(of),Is_Prep,Western_Major_Country) ,
bE(is,Is_Prep,BE_Prep_Resident))))))). */
%~ ?-c88("Do the residents of western countries have the right to live in Europe?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.',?]]]. */
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
/* into_lexical_segs = [ w( do, [
pos(vb), root(do),loc(1),lnks(4),txt("Do"),
truecase('INIT_UPPER'),link(1,'VP',r('VP',seg(1,6))),
link(2,'S',r('S',seg(1,6))),link(3,'S',r('S',seg(1,14))),
link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(infinitive,xDoTheWord,"do"),cycWord(xDoTheWord),
fsr( do-v,
ingest_substance,
[ [ [ [ substance-c, np,obj],
[ ingestor-c, cni,null]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ purpose-p, vpto,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ ingestor-c, np,ext],
[ substance-c, np,obj]],
3]]),
concept(fn,ingest_substance),
fsr(do-v,intentionally_act,[]),
concept(fn,intentionally_act),
fsr(do-v,intentionally_affect,[]), concept(fn,intentionally_affect),fsr(do-v,thriving,[]),
concept(fn,thriving),fsr(do-v,touring,[]),
concept(fn,touring),
ttholds(inflExpletiveUnchecked,'TTWord_Do',"do"),
ttholds(inflVerb,'TTWord_Do',"do"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Do',"do"),
ttholds(inflVerbPluralPresent,'TTWord_Do',"do")]),
w( the, [
pos(dt), root(the),loc(2),lnks(6),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(3),lnks(6),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(4),lnks(6),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(4,6))),
link(2,'NP',r('NP',seg(2,6))), link(3,'VP',r('VP',seg(1,6))),link(4,'S',r('S',seg(1,6))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( western, [
pos(jj), root(western),loc(5),lnks(7),txt("western"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(2,6))), link(4,'VP',r('VP',seg(1,6))),link(5,'S',r('S',seg(1,6))),
link(6,'S',r('S',seg(1,14))), link(7,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(regularDegree,xWesternTheWord,"western"),
cycWord(xWesternTheWord),
cycTerm(vWestGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(singular,xWesternTheWord,"western"),
cycTerm(cwWesternStoryGeneric,tSet,ttThing),
cycTerm(cwPropositionalConceptualWorkWesternGenre,ttPCWTypeByGenre,ttThing),
ac(regularDegree,xWesternTheWord,western),
ac(singular,xWesternTheWord,western),
clex_word(noun,western,western,neutr+sg-count),
clex_word(adj,western,western,unknown),
fsr( western-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, np,dep]],
1],
[ [ [ whole-c, poss,gen],
[ part-c, n,head]],
7],
[ [ [ whole-c, np,ext],
[ part-c, n,head]],
1],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
29]]),
concept(fn,part_orientational),
ttholds(inflAdjectiveUnchecked,'TTWord_Western',"western"),
ttholds(inflNounSingular,'TTWord_Western',"western"),
talk_db(adj,western)]),
w( countries, [
pos(nns), root(country),loc(6),lnks(7),
txt("countries"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))),
link(2,'PP',r('PP',seg(4,6))),
link(3,'NP',r('NP',seg(2,6))), link(4,'VP',r('VP',seg(1,6))),link(5,'S',r('S',seg(1,6))),
link(6,'S',r('S',seg(1,14))), link(7,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(massNumber,xCountryTheWord,country),
cycWord(xCountryTheWord),
ac(singular,xCountryTheWord,country),
clex_word(noun,countries,country,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Country',"countries")]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(7),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,13))),
link(2,'S',r('S',seg(1,14))), link(3,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have13, Trans,Have&_744930,
Trans9,
trans_pred(Have,have,Trans,Trans9),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr5,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(8),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,13))),
link(2,'VP',r('VP',seg(7,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(9),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,13))),
link(2,'VP',r('VP',seg(7,13))),
link(3,'S',r('S',seg(1,14))), link(4,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(10),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,13))),
link(2,'S',r('S',seg(10,13))),
link(3,'NP',r('NP',seg(8,13))),
link(4,'VP',r('VP',seg(7,13))),
link(5,'S',r('S',seg(1,14))), link(6,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_745452/_745454,Lf12,Lf12)]),
w( live, [
pos(vb), root(live),loc(11),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(11,13))),
link(2,'VP',r('VP',seg(10,13))),
link(3,'S',r('S',seg(10,13))),
link(4,'NP',r('NP',seg(8,13))),
link(5,'VP',r('VP',seg(7,13))),
link(6,'S',r('S',seg(1,14))), link(7,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(12),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(12,13))),
link(2,'VP',r('VP',seg(11,13))),
link(3,'VP',r('VP',seg(10,13))),
link(4,'S',r('S',seg(10,13))),
link(5,'NP',r('NP',seg(8,13))),
link(6,'VP',r('VP',seg(7,13))),
link(7,'S',r('S',seg(1,14))), link(8,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(13),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(13,13))),
link(2,'PP',r('PP',seg(12,13))),
link(3,'VP',r('VP',seg(11,13))),
link(4,'VP',r('VP',seg(10,13))),
link(5,'S',r('S',seg(10,13))),
link(6,'NP',r('NP',seg(8,13))),
link(7,'VP',r('VP',seg(7,13))),
link(8,'S',r('S',seg(1,14))), link(9,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( ?, [
pos('.'), root(?),loc(14),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,14))), link(2,'CORENLP',r('CORENLP',seg(1,14))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ sentence80 is runtime(2.82).
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ i_sentence=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ clausify80=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ any_to_ace_str="Do the residents of western countries have the right to live in Europe ?".
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ try_ace_drs=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ simplify80=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ try_ace_fol=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ results80=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ any_to_ace_str="Do the residents of western countries have the right to live in Europe? .".
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ try_ace_eng=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ compile80=failure.
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'S',
[ 'VP',
['VB','Do'],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.',?]]],
_4610138).
%~ call_residue_vars=[].
%~ ?- c88("Do the residents of western countries have the right to live in Europe?").
%~ e2c_80=failure.
%~ c88 is runtime(3.307).
%~ c88=(?-c88("Do the residents of western countries have the right to live in Europe?")).
%~ ?-c88("The residents of western countries have the right to live in Europe.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("The residents of western countries have the right to live in Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]]. */
%~ ?- c88("The residents of western countries have the right to live in Europe.").
/* into_lexical_segs = [ w( the, [
pos(dt), root(the),loc(1),lnks(4),txt("The"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( residents, [
pos(nns), root(resident),loc(2),lnks(4),
txt("residents"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))), link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(plural,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"residents"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
cycWord(xResideTheWord),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,residents,resident,human+pl-count),
talk_db(noun1,resident,residents)]),
w( of, [
pos(in), root(of),loc(3),lnks(4),txt("of"),
truecase('LOWER'),link(1,'PP',r('PP',seg(3,5))),
link(2,'NP',r('NP',seg(1,5))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xOfTheWord,"of"),cycWord(xOfTheWord),
cycTerm(possessiveRelation,rtUnderspecifiedPrepositionPredicate,rtBinaryPredicate),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate), fsr(of-prep,origin,[]),concept(fn,origin),
fsr(of-prep,partitive,[]),concept(fn,partitive),
ttholds(inflPreposition,'TTWord_Of',"of"),
talk_db(preposition,of)]),
w( western, [
pos(jj), root(western),loc(4),lnks(5),txt("western"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularDegree,xWesternTheWord,"western"),
cycWord(xWesternTheWord),
cycTerm(vWestGenerally,vtGeographicalDirectionGeneral,vtGeographicalDirection),
ac(singular,xWesternTheWord,"western"),
cycTerm(cwWesternStoryGeneric,tSet,ttThing),
cycTerm(cwPropositionalConceptualWorkWesternGenre,ttPCWTypeByGenre,ttThing),
ac(regularDegree,xWesternTheWord,western),
ac(singular,xWesternTheWord,western),
clex_word(noun,western,western,neutr+sg-count),
clex_word(adj,western,western,unknown),
fsr( western-a,
part_orientational,
[ [ [ [ whole-c, poss,gen],
[ part-c, np,dep]],
1],
[ [ [ whole-c, poss,gen],
[ part-c, n,head]],
7],
[ [ [ whole-c, np,ext],
[ part-c, n,head]],
1],
[ [ [ part-c, n,head],
[ whole-c, pp,dep]],
29]]),
concept(fn,part_orientational),
ttholds(inflAdjectiveUnchecked,'TTWord_Western',"western"),
ttholds(inflNounSingular,'TTWord_Western',"western"),
talk_db(adj,western)]),
w( countries, [
pos(nns), root(country),loc(5),lnks(5),
txt("countries"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,5))),
link(2,'PP',r('PP',seg(3,5))), link(3,'NP',r('NP',seg(1,5))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(massNumber,xCountryTheWord,country),
cycWord(xCountryTheWord),
ac(singular,xCountryTheWord,country),
clex_word(noun,countries,country,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Country',"countries")]),
w( have, [
alt(pos(vbp)), root(have),pos(vb),loc(6),lnks(3),
txt("have"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xHaveTheWord,"have"),cycWord(xHaveTheWord),
cycTerm(possesses,rtCoexistingObjectsPredicate,rtIndividualLevelPredicate),
ac(infinitive,xHaveTheWord,have),
clex_word(verb,have,have,tv+infpl),
fsr( have-v,
birth,
[ [ [ [ mother-c, np,ext],
[ child-c, np,obj]],
3],
[ [ [ parents-c, np,ext],
[ child-c, np,obj]],
1]]),
concept(fn,birth),
fsr( have-v,
have_associated,
[ [ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ concessive-e, sub,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ cause-e, vping,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
10],
[ [ [ cause-e, pp,dep],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ circumstances-e, vping,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ cause-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ topical_entity-c, np,ext],
[ entity-c, np,dep],
[ topical_entity-c, np,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ topical_entity-c, np,ext],
[ time-p, avp,dep],
[ entity-c, np,dep],
[ topical_entity-c, np,dep]],
1]]), concept(fn,have_associated),fsr(have-v,inclusion,[]),
concept(fn,inclusion),
fsr( have-v,
ingestion,
[ [ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ place-p, pp,dep]],
2],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj]],
16],
[ [ [ ingestor-c, np,ext],
[ ingestibles-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ ingestibles-c, np,obj],
[ ingestor-c, cni,null]],
2]]),
concept(fn,ingestion),
fsr( have-v,
possession,
[ [ [ [ owner-c, np,ext],
[ possession-c, np,obj]],
16]]),
concept(fn,possession),
ttholds(inflNounSingularUnchecked,'TTWord_Have',"have"),
ttholds(inflVerb,'TTWord_Have',"have"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Have',"have"),
ttholds(inflVerbPluralPresent,'TTWord_Have',"have"),
trans_LF( have,
Have&Have15, Trans,Have&_725936,
Trans10,
trans_pred(Have,have,Trans,Trans10),
[], Have4, LF),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=base, agr=Agr5,aspect=perfect]),
type_wrd_sem( aux_have_verb,
have;'\'ve',
[ form=finite, slash=t,agr=3+sg,tense=present,
aspect=perfect]),
verbnet_map_wn(have,[],'devour-39.4-1'),
concept(vn,'devour-39.4-1'),
verbnet_map_wn(have,['have%2:40:04'],'own-100'),
concept(vn,'own-100'),
listof(concept(wn),['have%2:40:04']),
verbnet_to_framenet('own-100',have,'have.01'),
concept(fn,'have.01'),
verbnet_to_framenet('own-100',have,'have.02'),
concept(fn,'have.02'),
verbnet_to_framenet('own-100',have,'have.03'),
concept(fn,'have.03'),
verbnet_to_framenet('own-100',have,'have.05'),
concept(fn,'have.05'),
verbnet_word(have,'devour-39.4-1',"have"),
verbnet_word(have,'own-100',"have")]),
w( the, [
pos(dt), root(the),loc(7),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr6],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( right, [
pos(nn), root(right),loc(8),lnks(4),txt("right"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,12))),
link(2,'VP',r('VP',seg(6,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xRightTheWord,"right"), cycWord(xRightTheWord),ac(singular,xRightTheWord,"right"),
cycTerm(tRightsAbstract,tSet,ttThing),
cycTerm(ttSituationTypeByUserRights,ttTypeType,ttAtemporalNecessarilyEssentialCollectionType),
cycTerm(cwEntitlement,ttTemporalStuffType,ttKEClarifyingCollectionType),
ac(regularAdverb,xRightTheWord,right),
ac(singular,xRightTheWord,right),
clex_word(verb,right,right,tv+infpl),
clex_word(noun,right,right,neutr+Neutr-mass),
clex_word(adj,right,right,unknown), fsr(right-a,correctness,[]),concept(fn,correctness),
fsr(right-a,morality_evaluation,[]),
concept(fn,morality_evaluation),
fsr( right-a,
part_orientational,
[ [ [ [ part-c, n,head],
[ whole-c, pp,dep]],
8],
[ [ [ part-c, n,head],
[ whole-c, dni,null]],
3]]),
concept(fn,part_orientational), fsr(right-a,suitability,[]),concept(fn,suitability),
fsr(right-adv,direction,[]),concept(fn,direction),
fsr(right-n,change_direction,[]),
concept(fn,change_direction),
fsr( right-n,
part_orientational,
[ [ [ [ whole-c, pp,dep],
[ part-c, dni,null]],
6]]),
ttholds(inflExpletiveUnchecked,'TTWord_Right',"right"),
ttholds(inflAdjective,'TTWord_Right',"right"),
ttholds(inflAdverb,'TTWord_Right',"right"),
ttholds(inflNounSingular,'TTWord_Right',"right"),
ttholds(inflInterjection,'TTWord_Right',"right"),
flexicon(interjection,[sem=yes],right),
talk_db(adj,right)]),
w( to, [
pos(to), root(to),loc(9),lnks(6),txt("to"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'S',r('S',seg(9,12))),
link(3,'NP',r('NP',seg(7,12))),
link(4,'VP',r('VP',seg(6,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xToTheWord,"to"),cycWord(xToTheWord),
cycTerm(toUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(to-prep,goal,[]),concept(fn,goal),
fsr(to-prep,locative_relation,[]),
concept(fn,locative_relation),
ttholds(inflExpletiveUnchecked,'TTWord_To',"to"),
ttholds(inflPreposition,'TTWord_To',"to"),
aux_lf(to,infinitival/nonfinite,Lf,Lf),
aux_lf(to,_726458/_726460,Lf13,Lf13)]),
w( live, [
pos(vb), root(live),loc(10),lnks(7),txt("live"),
truecase('LOWER'),link(1,'VP',r('VP',seg(10,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'S',r('S',seg(9,12))),
link(4,'NP',r('NP',seg(7,12))),
link(5,'VP',r('VP',seg(6,12))),
link(6,'S',r('S',seg(1,13))), link(7,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xLiveTheWord,"live"),cycWord(xLiveTheWord),
cycTerm(actLiving,ttAnimalCapabilityType,ttFirstOrderCollection),
cycTerm(stateResidingSomewhere,tSemiDirectedPathSystem,ttFirstOrderCollection),
ac(nonGradableAdjectiveForm,xLiveTheWord,"live"),
ac(infinitive,xLiveTheWord,live),
ac(nonGradableAdjectiveForm,xLiveTheWord,live),
clex_word(verb,live,live,iv+infpl),
clex_word(verb,live,live,tv+infpl),
clex_word(adj,live,live,unknown),
fnpattern(live,46000000,residence,[theme:resident,location:goal]),
concept(fn,residence),
fnpattern(live,46000000,residence,[theme:resident,location:location]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:goal]),
fnpattern(live,46000000,residence,[theme:'co-resident',location:location]),
fsr( live-v,
residence,
[ [ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
10],
[ [ [ location-c, pp,dep],
[ resident-c, cni,null]],
1],
[ [ [ location-c, avp,dep],
[ location-c, avp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep],
[ co_resident-c, pp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
4],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep]],
5],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
34],
[ [ [ location-c, np,ext],
[ resident-c, cni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, pp,dep],
[ location-c, pp,dep]],
2],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, ajp,dep]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, avp,dep]],
1],
[ [ [ location-c, pp,dep],
[ location-c, pp,dep],
[ co_resident-c, np,ext],
[ resident-c, np,ext]],
1]]),
ttholds(inflAdjective,'TTWord_Live',"live"),
ttholds(inflVerb,'TTWord_Live',"live"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Live',"live"),
ttholds(inflVerbPluralPresent,'TTWord_Live',"live"),
talk_db(adj,live),
verbnet_map_wn(live,['live%2:42:08','live%2:42:04','live%2:42:01'],'exist-47.1-1'),
concept(vn,'exist-47.1-1'),
listof(concept(wn),['live%2:42:08','live%2:42:04','live%2:42:01']),
verbnet_map_wn(live,['live%2:42:04'],'gorge-39.6'),
concept(vn,'gorge-39.6'),
listof(concept(wn),['live%2:42:04']),
verbnet_map_wn(live,['live%2:42:08'],'lodge-46'),
concept(vn,'lodge-46'),
listof(concept(wn),['live%2:42:08']),
verbnet_to_framenet('exist-47.1-1',live,'live.01'),
concept(fn,'live.01'),
verbnet_to_framenet('exist-47.1-1',live,'live.02'),
concept(fn,'live.02'),
verbnet_to_framenet('exist-47.1-1',live,'live.03'),
concept(fn,'live.03'),
verbnet_to_framenet('gorge-39.6',live,'live.03'),
verbnet_to_framenet('lodge-46',live,'live.02'),
verbnet_word(live,'exist-47.1-1',"live"),
verbnet_word(live,'gorge-39.6',"live"),
verbnet_word(live,'lodge-46',"live")]),
w( in, [
pos(in), root(in),loc(11),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(10,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'S',r('S',seg(9,12))),
link(5,'NP',r('NP',seg(7,12))),
link(6,'VP',r('VP',seg(6,12))),
link(7,'S',r('S',seg(1,13))), link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(10,12))),
link(4,'VP',r('VP',seg(9,12))),
link(5,'S',r('S',seg(9,12))),
link(6,'NP',r('NP',seg(7,12))),
link(7,'VP',r('VP',seg(6,12))),
link(8,'S',r('S',seg(1,13))), link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("The residents of western countries have the right to live in Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Det,det(the(pl)),[],resident),
[ prep_phrase( Prep21,
prep(of),
np( 3+sg,
np_head(Generic,generic,[],western),
[ reduced_rel( Wh_S,
s( np(3+pl,np_head(Generic4,generic,[],country),[]),
verb(
aux+aux(have,[pres+fin]), aux(have,[pres+fin]),active,
pres+fin,
[],
[ aux(have,[pres+fin]),
root]),
[ arg(dirO,np(3+sg,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S19,
s( np( 3+sg,
np_head(Det10,det(the(sg)),[],right),
[ prep_phrase(Prep,prep(to),np_head(Generic12,generic,[],Head))]),
verb(main+tv,live,active,Fin+fin,[],[root]),
[ arg(dirO,np(3+sg,wh(Wh_S19),[]))],
[]))]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+sg,nameOf(Europe,europe,[]),[]))],
[])). */
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ i_sentence=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ clausify80=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ any_to_ace_str="The residents of western countries have the right to live in Europe .".
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ try_ace_drs=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ simplify80=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ try_ace_fol=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ results80=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ any_to_ace_str="The residents of western countries have the right to live in Europe.".
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ try_ace_eng=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ compile80=failure.
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['DT','The'],
['NNS',residents]],
[ 'PP',
['IN',of],
[ 'NP',
['JJ',western],
['NNS',countries]]]],
[ 'VP',
['VB',have],
[ 'NP',
['DT',the],
['NN',right],
[ 'S',
[ 'VP',
['TO',to],
[ 'VP',
['VB',live],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
['.','.']]],
_4719196).
%~ call_residue_vars=[].
%~ ?- c88("The residents of western countries have the right to live in Europe.").
%~ e2c_80=failure.
%~ c88=(?-c88("The residents of western countries have the right to live in Europe.")).
%~ ?-c88("No Scandinavian delegate finished the report on time.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['JJ','Scandinavian'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* into_lexical_segs = [ w( no, [
pos(dt), root(no),loc(1),lnks(3),txt("No"),
ner('MISC'),truecase('INIT_UPPER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xNoTheWord,"no"),cycWord(xNoTheWord),
cycTerm(iNoNLAttr,tNLQuantAttribute,ttThing),
ac(regularAdverb,xNoTheWord,"no"), ac(singular,xNoTheWord,"no"),fsr(no-a,quantity,[]),
concept(fn,quantity),
ttholds(inflExpletiveUnchecked,'TTWord_No',"no"),
ttholds(inflAdverb,'TTWord_No',"no"),
ttholds(inflDeterminer,'TTWord_No',"no"),
ttholds(inflInterjection,'TTWord_No',"no"),
explitVocab(no,interjects),
flexicon( det,
[ sem=no, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=n],
no),
flexicon(interjection,[sem=no],no),
talk_db(adj,no)]),
w( scandinavian, [
pos(jj), root(scandinavian),loc(2),lnks(3),
txt("Scandinavian"),ner('MISC'),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
talk_db(adj,scandinavian)]),
w( delegate, [
pos(nn), root(delegate),loc(3),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(4),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(6),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(4),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr2-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(no),[adj(scandinavian)],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det2,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy( QualifiedBy,
Np_head,
np_head(Det,det(no),[adj(scandinavian)],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_90387,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_90387&Frame_9038713-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_90387&Frame_9038714-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90387&Frame_9038714-Generic3) &
'`'(generic_pred(frame_90387,Frame_90387,prep(on),Prep_Report,Generic3)))],
Frame_90387&Frame_9038713-Generic)])). */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90387,Frame_90387,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(Det,det(no),[adj(scandinavian)],delegate)) ,
modalized( in_past,
( generic_pred(frame_90387,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ any_to_ace_str="No Scandinavian delegate in the past finishing the report on time .".
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ try_ace_drs=failure.
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90387,Frame_90387,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(no),[adj(scandinavian)],delegate)) ,
modalized(in_past,generic_pred(frame_90387,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ try_ace_fol=failure.
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ results80=[[false]].
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ any_to_ace_str="No Scandinavian delegate finished the report on time.".
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ try_ace_eng=failure.
%~ ?- c88("No Scandinavian delegate finished the report on time.").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_90387,Frame_90387,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(no),[adj(scandinavian)],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90387,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','No'],
['JJ','Scandinavian'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_2677992).
%~ call_residue_vars=[].
%~ ?- c88("No Scandinavian delegate finished the report on time.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90387,Frame_90387,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(no),[adj(scandinavian)],delegate)) ,
modalized(in_past,generic_pred(frame_90387,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Did any delegate finish the report on time?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Did any delegate finish the report on time?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]]. */
%~ ?- c88("Did any delegate finish the report on time?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( any, [
pos(dt), root(any),loc(2),lnks(3),txt("any"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnyTheWord,"any"),
cycWord(xAnyTheWord),
cycTerm(iAnyNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAnyTheWord,"any"), fsr(any-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Any',"any"),
flexicon( det,
[ sem=any, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
any),
talk_db(pronoun,any)]),
w( delegate, [
pos(nn), root(delegate),loc(3),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finish, [
pos(vb), root(finish),loc(4),lnks(3),txt("finish"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(6),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr3-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr4-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did any delegate finish the report on time?").
/* sentence80 = q( s( np(3+sg,np_head(Det,det(any),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Did any delegate finish the report on time?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_90398,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_90398&Frame_9039816-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_90398&Frame_9039817-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90398&Frame_9039817-Generic4) &
'`'(generic_pred(frame_90398,Frame_90398,prep(on),Prep_Report,Generic4)))],
Frame_90398&Frame_9039816-Generic)])). */
%~ ?- c88("Did any delegate finish the report on time?").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90398,Frame_90398,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_90398,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ any_to_ace_str="in the past any delegate finish the report on time ?".
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_drs=failure.
%~ ?- c88("Did any delegate finish the report on time?").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90398,Frame_90398,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_90398,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_fol=failure.
%~ ?- c88("Did any delegate finish the report on time?").
%~ results80=[[false]].
%~ ?- c88("Did any delegate finish the report on time?").
%~ any_to_ace_str="Did any delegate finish the report on time? .".
%~ ?- c88("Did any delegate finish the report on time?").
%~ try_ace_eng=failure.
%~ ?- c88("Did any delegate finish the report on time?").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_90398,Frame_90398,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90398,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did any delegate finish the report on time?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NN',delegate]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]],
_1944318).
%~ call_residue_vars=[].
%~ ?- c88("Did any delegate finish the report on time?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90398,Frame_90398,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_90398,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Some delegate finished the report on time.").
%~ list_undefined([]).
%~ ?- c88("Some delegate finished the report on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some delegate finished the report on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegate, [
pos(nn), root(delegate),loc(2),lnks(3),
txt("delegate"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xDelegateTheWord,"delegate"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegate,delegate,iv+infpl),
clex_word(verb,delegate,delegate,tv+infpl),
clex_word(noun,delegate,delegate,human+sg-count),
talk_db(adj,delegate)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( report, [
pos(nn), root(report),loc(5),lnks(4),txt("report"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xReportTheWord,"report"),
cycWord(xReportTheWord),
cycTerm(tWrittenReportOnSituation,ttTemporalStuffType,ttSpatiallyDisjointObjectType),
cycTerm(cwWrittenReportOnSituationCW,ttFactEntrySourceTypeDefault,tSet),
cycTerm(cwNewsArticle,ttKEClarifyingCollectionType,tSet),
ac(singular,xReportTheWord,report),
clex_word(verb,report,report,iv+infpl),
clex_word(verb,report,report,tv+infpl),
clex_word(noun,report,report,neutr+Neutr-mass),
fnpattern( report,
37070100,
statement,
[ agent : speaker, topic:message,recipient:addressee]),
concept(fn,statement),
fnpattern(report,37070100,statement,[agent:speaker,topic:topic,recipient:addressee]),
fsr( report-n,
statement,
[ [ [ [ speaker-c, poss,gen],
[ message-c, pp,dep]],
3],
[ [ [ topic-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, poss,gen],
[ addressee-e, pp,dep]],
5],
[ [ [ speaker-c, np,ext],
[ topic-c, pping,dep]],
1],
[ [ [ speaker-c, pp,dep],
[ topic-c, pp,dep]],
2],
[ [ [ speaker-c, poss,gen],
[ message-c, sfin,dep]],
3],
[ [ [ addressee-e, np,ext],
[ message-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, np,dep]],
1],
[ [ [ topic-c, ajp,dep],
[ speaker-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
5],
[ [ [ speaker-c, poss,gen]],
1],
[ [ [ speaker-c, poss,gen],
[ topic-c, pp,dep]],
6],
[ [ [ topic-c, np,ext]],
1],
[ [ [ addressee-e, np,ext],
[ topic-c, pp,dep]],
2],
[ [ [ message-c, pp,dep]],
6],
[ [ [ speaker-c, poss,gen],
[ message-c, pping,dep]],
1],
[ [ [ addressee-e, pp,dep]],
3],
[ [ [ message-c, sfin,dep]],
6],
[ [ [ topic-c, pp,dep]],
18],
[ [ [ message-c, pping,dep]],
4],
[ [ [ speaker-c, np,ext],
[ addressee-e, pp,dep],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, pp,dep]],
14]]),
fsr( report-n,
text,
[ [ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
3],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ author-p, pp,dep],
[ title-e, np,appositive]],
1],
[ [ [ time_of_creation-e, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pping,dep],
[ author-p, pp,dep]],
1],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target]],
1],
[ [ [ genre-e, a,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
3],
[ [ [ author-p, poss,gen],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
4],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep],
[ author-p, pp,dep]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
2],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
2],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ containing_text-e, pp,dep]],
1],
[ [ [ time_of_creation-e, ajp,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
1],
[ [ [ time_of_creation-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep]],
2],
[ [ [ author-p, poss,gen],
[ title-e, np,appositive]],
1],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
15],
[ [ [ containing_text-e, target,target],
[ text-c, target,target],
[ author-p, pp,dep],
[ topic-p, pp,dep]],
1],
[ [ [ containing_text-e, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ topic-p, pp,dep]],
1],
[ [ [ topic-p, n,dep],
[ containing_text-e, target,target],
[ text-c, target,target],
[ time_of_creation-e, pp,dep]],
1]]), concept(fn,text),fsr(report-v,reporting,[]),
concept(fn,reporting),
fsr( report-v,
statement,
[ [ [ [ message-c, sfin,dep],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj],
[ addressee-e, pp,dep]],
7],
[ [ [ message-c, np,ext],
[ message-c, vping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ medium-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, sfin,dep]],
10],
[ [ [ message-c, np,ext],
[ message-c, vpto,dep],
[ speaker-c, cni,null]],
3],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext]],
5],
[ [ [ message-c, np,ext],
[ message-c, pping,dep],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, quo,dep],
[ speaker-c, np,ext],
[ message-c, quo,dep]],
1],
[ [ [ speaker-c, np,ext],
[ topic-c, pp,dep]],
1],
[ [ [ medium-c, np,ext],
[ message-c, sfin,dep]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ message-c, pp,dep],
[ speaker-c, cni,null]],
1],
[ [ [ topic-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,obj],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, avp,dep],
[ speaker-c, np,ext]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, vping,dep]],
6],
[ [ [ message-c, np,obj],
[ speaker-c, cni,null]],
1],
[ [ [ message-c, np,ext],
[ medium-c, pp,dep],
[ speaker-c, cni,null]],
2],
[ [ [ message-c, np,ext],
[ speaker-c, pp,dep]],
1],
[ [ [ message-c, sfin,dep],
[ speaker-c, np,ext]],
1],
[ [ [ message-c, np,ext],
[ speaker-c, cni,null]],
2],
[ [ [ speaker-c, np,ext],
[ speaker-c, np,ext],
[ message-c, np,obj]],
1],
[ [ [ speaker-c, np,ext],
[ message-c, np,obj]],
11],
[ [ [ message-c, np,obj],
[ addressee-e, pp,dep],
[ speaker-c, cni,null]],
2]]),
ttholds(inflNounSingularUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Report',"report"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Report',"report"),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'characterize-29.2-1-2'),
concept(vn,'characterize-29.2-1-2'),
listof(concept(wn),['report%2:32:00','report%2:32:04']),
verbnet_map_wn(report,['report%2:32:01'],'consider-29.9-1'),
concept(vn,'consider-29.9-1'),
listof(concept(wn),['report%2:32:01']),
verbnet_map_wn(report,['report%2:32:00','report%2:32:04'],'say-37.7-1'),
concept(vn,'say-37.7-1'),
verbnet_to_framenet('characterize-29.2-1-2',report,'report.01'),
concept(fn,'report.01'),
verbnet_to_framenet('consider-29.9-1',report,'report.01'),
verbnet_to_framenet('say-37.7-1',report,'report.01'),
verbnet_word(report,'characterize-29.2-1-2',"report"),
verbnet_word(report,'consider-29.9-1',"report"),
verbnet_word(report,'say-37.7-1',"report")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr2-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegate finished the report on time.").
/* sentence80 = decl( s( np(3+sg,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],report),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some delegate finished the report on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_90409,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_90409&Frame_9040915-Prep_Report, '`'(ti(report,Prep_Report)),'`'(true),
[ ( quantS( voidQ,
Frame_90409&Frame_9040916-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90409&Frame_9040916-Generic3) &
'`'(generic_pred(frame_90409,Frame_90409,prep(on),Prep_Report,Generic3)))],
Frame_90409&Frame_9040915-Generic)])). */
%~ ?- c88("Some delegate finished the report on time.").
/* clausify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90409,Frame_90409,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_90409,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Report))))). */
%~ ?- c88("Some delegate finished the report on time.").
%~ any_to_ace_str="Some delegate in the past finishing the report on time .".
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some delegate finished the report on time.").
/* simplify80 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90409,Frame_90409,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_90409,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some delegate finished the report on time.").
%~ results80=[[false]].
%~ ?- c88("Some delegate finished the report on time.").
%~ any_to_ace_str="Some delegate finished the report on time.".
%~ ?- c88("Some delegate finished the report on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some delegate finished the report on time.").
/* compile80 = ( ( ( database80(ti(report,Generic_Prep_Report)) ,
database80( generic_pred(frame_90409,Frame_90409,prep(on),Generic_Prep_Report,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90409,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegate finished the report on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NN',delegate]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',report]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952676).
%~ call_residue_vars=[_24778,_24674,_24612].
%~ ?- c88("Some delegate finished the report on time.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(report,Generic_Prep_Report) ,
generic_pred(frame_90409,Frame_90409,prep(on),Generic_Prep_Report,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_90409,thing,finish,Finish_QualifiedBy,Generic_Prep_Report)))). */
%~ ?-c88("Some Irish delegates finished the survey on time.").
%~ list_undefined([]).
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Irish'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( irish, [
pos(jj), root(irish),loc(2),lnks(3),txt("Irish"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('Ireland'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
fsr(irish-a,origin,[]),concept(fn,origin),
fsr(irish-n,people_by_origin,[]), concept(fn,people_by_origin),talk_db(adj,irish),
talk_db(sing_only,irish)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(4),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(6),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[adj(irish)],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det2,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
`( qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[adj(irish)],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_90420,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_90420&Frame_9042013-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_90420&Frame_9042014-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90420&Frame_9042014-Generic3) &
'`'(generic_pred(frame_90420,Frame_90420,prep(on),Prep_Survey,Generic3)))],
Frame_90420&Frame_9042013-Generic)])). */
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90420,Frame_90420,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Mg_QualifiedBy,
Np_head,
np_head(Det,det(some),[adj(irish)],delegate)) ,
modalized( in_past,
( generic_pred(frame_90420,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ any_to_ace_str="Some Irish delegates in the past finishing the survey on time .".
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90420,Frame_90420,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(some),[adj(irish)],delegate)) ,
modalized(in_past,generic_pred(frame_90420,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ results80=[[false]].
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ any_to_ace_str="Some Irish delegates finished the survey on time.".
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some Irish delegates finished the survey on time.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_90420,Frame_90420,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(some),[adj(irish)],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90420,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['JJ','Irish'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_2349136).
%~ call_residue_vars=[].
%~ ?- c88("Some Irish delegates finished the survey on time.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90420,Frame_90420,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy( Finish_QualifiedBy,
Np_head,
np_head(Det,det(some),[adj(irish)],delegate)) ,
modalized(in_past,generic_pred(frame_90420,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Did any delegates finish the survey on time?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Did any delegates finish the survey on time?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]]. */
%~ ?- c88("Did any delegates finish the survey on time?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,9))),
link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( any, [
pos(dt), root(any),loc(2),lnks(3),txt("any"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xAnyTheWord,"any"),
cycWord(xAnyTheWord),
cycTerm(iAnyNLAttr,tNLQuantAttribute,ttThing),
ac(pronounStrings,xAnyTheWord,"any"), fsr(any-a,quantity,[]),concept(fn,quantity),
ttholds(inflDeterminerUnchecked,'TTWord_Any',"any"),
flexicon( det,
[ sem=any, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
any),
talk_db(pronoun,any)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finish, [
alt(pos(vbp)), root(finish),pos(vb),loc(4),lnks(3),
txt("finish"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,8))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xFinishTheWord,"finish"),
cycWord(xFinishTheWord),
cycTerm( nartR(tColOfSubcollectionOfWithRelationToTypeFn,actApplyingStuffToSurface,objectPlaced,tObjectFinish),
ttFirstOrderCollection,
ttSetOrCollection),
cycTerm(eventEndingOfTemporalThing,ttTemporalObjectType,ttClarifyingCollectionType),
ac(infinitive,xFinishTheWord,finish),
clex_word(verb,finish,finish,iv+infpl),
clex_word(verb,finish,finish,tv+infpl),
clex_word(noun,finish,finish,neutr+Neutr-mass),
fnpattern(finish,55010300,activity_finish,[agent:agent,theme:activity]),
concept(fn,activity_finish),
fsr( finish-v,
activity_finish,
[ [ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ time-p, avp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ time-p, avp,dep],
[ activity-c, dni,null]],
2],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ degree-p, avp,dep],
[ activity-c, np,obj]],
1],
[ [ [ activity-c, np,ext],
[ time-p, avp,dep],
[ explanation-e, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ manner-p, avp,dep],
[ place-p, pp,dep],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj]],
6],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ time-p, np,dep]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, vping,dep]],
2],
[ [ [ agent-c, np,ext],
[ subevent-e, pp,dep],
[ activity-c, dni,null]],
3],
[ [ [ activity-c, np,ext],
[ degree-p, avp,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, np,ext],
[ agent-c, np,ext],
[ activity-c, dni,null]],
1],
[ [ [ agent-c, np,ext],
[ activity-c, np,obj],
[ depictive-e, vping,dep]],
1],
[ [ [ activity-c, np,obj],
[ agent-c, cni,null]],
1],
[ [ [ activity-c, np,ext],
[ time-p, pp,dep],
[ agent-c, cni,null]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Finish',"finish"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Finish',"finish"),
verbnet_map_wn(finish,['finish%2:30:02','finish%2:34:00','finish%2:30:03'],'stop-55.4-1'),
concept(vn,'stop-55.4-1'),
listof(concept(wn),['finish%2:30:02','finish%2:34:00','finish%2:30:03']),
verbnet_to_framenet('stop-55.4-1',finish,'finish.01'),
concept(fn,'finish.01'),
verbnet_word(finish,'stop-55.4-1',"finish")]),
w( the, [
pos(dt), root(the),loc(5),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(6),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(7),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,8))),
link(2,'VP',r('VP',seg(4,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(8),lnks(5),txt("time"),
truecase('INIT_UPPER'),corefed,#(2),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(8,8))),
link(2,'PP',r('PP',seg(7,8))), link(3,'VP',r('VP',seg(4,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr3-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( ?, [
pos('.'), root(?),loc(9),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did any delegates finish the survey on time?").
/* sentence80 = q( s( np(3+pl,np_head(Det,det(any),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Did any delegates finish the survey on time?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_90431,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
Frame_90431&Frame_9043116-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_90431&Frame_9043117-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90431&Frame_9043117-Generic4) &
'`'(generic_pred(frame_90431,Frame_90431,prep(on),Prep_Survey,Generic4)))],
Frame_90431&Frame_9043116-Generic)])). */
%~ ?- c88("Did any delegates finish the survey on time?").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90431,Frame_90431,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_90431,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Did any delegates finish the survey on time?").
%~ any_to_ace_str="in the past any delegates finish the survey on time ?".
%~ ?- c88("Did any delegates finish the survey on time?").
%~ try_ace_drs=failure.
%~ ?- c88("Did any delegates finish the survey on time?").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90431,Frame_90431,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_90431,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Did any delegates finish the survey on time?").
%~ try_ace_fol=failure.
%~ ?- c88("Did any delegates finish the survey on time?").
%~ results80=[[false]].
%~ ?- c88("Did any delegates finish the survey on time?").
%~ any_to_ace_str="Did any delegates finish the survey on time? .".
%~ ?- c88("Did any delegates finish the survey on time?").
%~ try_ace_eng=failure.
%~ ?- c88("Did any delegates finish the survey on time?").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_90431,Frame_90431,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90431,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Did any delegates finish the survey on time?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['DT',any],
['NNS',delegates]],
[ 'VP',
['VB',finish],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.',?]]],
_1943202).
%~ call_residue_vars = [ _19234, _19212,_19190,_19176,_19154,_19132].
%~ ?- c88("Did any delegates finish the survey on time?").
/* e2c_80 = asserted( exists( Exists_ActFinishing,
exists( Exists_TimeFn_Infpl,
exists( Exists_Time,
exists( Exists_Survey_On,
exists( Doer_Exists_Delegate,
=>(
( iza(Doer_Exists_Delegate,'Delegate') &
p(on,Exists_Survey_On,Exists_Time) &
holdsIn( Exists_TimeFn_Infpl,
( iza(Exists_ActFinishing,actFinishing) &
doer(Exists_ActFinishing,Doer_Exists_Delegate) &
patient(Exists_ActFinishing,Exists_Survey_On))) &
iza(Exists_TimeFn_Infpl,timeFn(infpl)) &
the(Exists_Survey_On) &
iza(Exists_Survey_On,'Survey') &
iza(Exists_Time,time) &
~numberOf(Doer_Exists_Delegate,1)),
answer(yes)))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90431,Frame_90431,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(any),[],delegate)) ,
modalized(in_past,generic_pred(frame_90431,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Some delegates finished the survey on time.").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Some delegates finished the survey on time.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* into_lexical_segs = [ w( some, [
pos(dt), root(some),loc(1),lnks(3),txt("Some"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xSomeTheWord,"some"),
cycWord(xSomeTheWord),
cycTerm(iSomeNLAttr,tNLGenQuantAttribute,tNLQuantAttribute),
ac(regularAdverb,xSomeTheWord,"some"),
fsr(some-art,relational_quantity,[]),
concept(fn,relational_quantity),
ttholds(inflDeterminerPlural,'TTWord_A',"some"),
ttholds(inflAdverb,'TTWord_Some',"some"),
ttholds(inflDeterminer,'TTWord_Some',"some"),
ttholds(inflPronounPlural,'TTWord_Some',"some"),
flexicon( det,
[ sem=some, agr=sg+pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
some),
talk_db(adj,some)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,8))),
link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( finished, [
pos(vbd), root(finish),loc(3),lnks(3),txt("finished"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,7))),
link(2,'S',r('S',seg(1,8))), link(3,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(infinitive,xFinishTheWord,finish),
cycWord(xFinishTheWord),
clex_word(verb,finished,finish,tv+pp),
clex_word(adj,finished,finished,unknown),
fsr(finished-a,activity_done_state,[]),
concept(fn,activity_done_state),
fsr(finished-a,process_completed_state,[]),
concept(fn,process_completed_state),
ttholds(inflVerbUnchecked,'TTWord_Finish',"finished"),
ttholds(inflVerbPastUnchecked,'TTWord_Finish',"finished"),
talk_db(adj,finished),
talk_db(transitive,finish,finishes,finished,finishing,finished),
talk_db(intransitive,finish,finishes,finished,finishing,finished)]),
w( the, [
pos(dt), root(the),loc(4),lnks(4),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(5),lnks(4),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( on, [
pos(in), root(on),loc(6),lnks(4),txt("on"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'VP',r('VP',seg(3,7))),link(3,'S',r('S',seg(1,8))),
link(4,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(prepositionStrings,xOnTheWord,"on"),cycWord(xOnTheWord),
cycTerm(onUnderspecifiedsurface,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
ac(regularAdverb,xOnTheWord,"on"), fsr(on-prep,accuracy,[]),concept(fn,accuracy),
fsr(on-prep,being_in_operation,[]),
concept(fn,being_in_operation),
fsr( on-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
5],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ figure-c, sfin,ext],
[ ground-c, np,dep]],
3]]),
concept(fn,locative_relation),
fsr( on-prep,
means,
[ [ [ [ agent-c, sfin,head],
[ means-c, np,dep]],
2],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep],
[ agent-c, cni,null]],
1],
[ [ [ agent-c, sfin,head],
[ purpose-c, sfin,head],
[ means-c, np,dep]],
1]]), concept(fn,means),fsr(on-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),fsr(on-prep,topic,[]),
concept(fn,topic),
ttholds(inflExpletiveUnchecked,'TTWord_On',"on"),
ttholds(inflAdjective,'TTWord_On',"on"),
ttholds(inflAdverb,'TTWord_On',"on"),
ttholds(inflPreposition,'TTWord_On',"on"),
type_wrd_sem5(preposition,on,on_date,[date,date],[]),
talk_db(preposition,on)]),
w( time, [
pos(nn), root(time),loc(7),lnks(5),txt("time"),
truecase('LOWER'),corefed,#(3),
txt(["time"]),type('NOMINAL'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))), link(3,'VP',r('VP',seg(3,7))),link(4,'S',r('S',seg(1,8))),
link(5,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
ac(massNumber,xTimeTheWord,"time"),cycWord(xTimeTheWord),
cycTerm(vtTimeQuantity,ttPrimitiveMeasurableQuantityType,iUI_ScalarIntervalsQuantityTopic),
cycTerm(timeOfTimeInterval,ttTemporalStuffType,ttKEClarifyingCollectionType),
cycTerm(cwPrisonSentencePunishment,ttMicrotheoryType,ttThing),
ac(singular,xTimeTheWord,"time"),
ac(massNumber,xTimeTheWord,time),
ac(singular,xTimeTheWord,time),
clex_word(verb,time,time,tv+infpl),
clex_word(noun,time,time,neutr+Neutr-mass),
fsr( time-n,
event_instance,
[ [ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, dni,null]],
9],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ event-c, sfin,dep]],
10],
[ [ [ instance_prop-p, a,dep],
[ instance-c, target,target],
[ instance_prop-p, pp,dep],
[ event-c, sfin,dep]],
1]]),
concept(fn,event_instance),
fsr( time-n,
measure_duration,
[ [ [ [ unit-c, target,target],
[ process-c, sforto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, pp,dep]],
3],
[ [ [ process-c, np,ext],
[ unit-c, target,target]],
2],
[ [ [ unit-c, target,target],
[ process-c, dni,null]],
4],
[ [ [ unit-c, target,target],
[ process-c, vpto,dep]],
4],
[ [ [ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vping,dep]],
3],
[ [ [ process-c, np,ext],
[ count-c, a,dep],
[ unit-c, target,target],
[ process-c, vpto,dep]],
1],
[ [ [ unit-c, target,target],
[ process-c, vping,dep]],
2]]),
concept(fn,measure_duration), fsr(time-n,point_in_time,[]),concept(fn,point_in_time),
fsr( time-n,
temporal_pattern,
[ [ [ [ subevent-c, vpbrst,dep],
[ pattern-c, target,target],
[ process-c, dni,null]],
1],
[ [ [ pattern-c, target,target],
[ process-c, pp,dep],
[ subevent-c, dni,null]],
1]]),
concept(fn,temporal_pattern),
fsr(time-n,timespan,[[[[descriptor-e,ajp,dep]],1]]),
concept(fn,timespan),
ttholds(inflExpletiveUnchecked,'TTWord_Time',"time"),
ttholds(inflNounSingular,'TTWord_Time',"time"),
verbnet_map_wn(time,[],'register-54.1'),
concept(vn,'register-54.1'),
verbnet_word(time,'register-54.1',"time")]),
w( '.', [
pos('.'), root('.'),loc(8),lnks(2),txt("."),
link(1,'S',r('S',seg(1,8))), link(2,'CORENLP',r('CORENLP',seg(1,8))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Some delegates finished the survey on time.").
/* sentence80 = decl( s( np(3+pl,np_head(Det,det(some),[],delegate),[]),
verb(main+tv,finish,active,past+fin,[],[root]),
[ arg( dirO,
np( 3+sg,
np_head(Det3,det(the(sg)),[],survey),
[ prep_phrase(Prep,prep(on),np(3+sg,np_head(Generic,generic,[],time),[]))]))],
[])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))),
'`'(true),
[],
Np_head-Mg),
identityQ([in_past,root]),
generic_pred(frame_90442,thing,mg(finish),Mg,Generic),
[ quantS( identityQ(IdentityQ2),
Frame_90442&Frame_9044215-Prep_Survey, '`'(ti(survey,Prep_Survey)),'`'(true),
[ ( quantS( voidQ,
Frame_90442&Frame_9044216-Time, '`'(bE(same,Time,time)),'`'(true),
[],
Frame_90442&Frame_9044216-Generic3) &
'`'(generic_pred(frame_90442,Frame_90442,prep(on),Prep_Survey,Generic3)))],
Frame_90442&Frame_9044215-Generic)])). */
%~ ?- c88("Some delegates finished the survey on time.").
/* clausify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90442,Frame_90442,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Mg_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized( in_past,
( generic_pred(frame_90442,thing,mg(finish),Mg_QualifiedBy,Generic_Prep_Survey))))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates in the past finishing the survey on time .".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_drs=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* simplify80 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90442,Frame_90442,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_90442,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_fol=failure.
%~ ?- c88("Some delegates finished the survey on time.").
%~ results80=[[false]].
%~ ?- c88("Some delegates finished the survey on time.").
%~ any_to_ace_str="Some delegates finished the survey on time.".
%~ ?- c88("Some delegates finished the survey on time.").
%~ try_ace_eng=failure.
%~ ?- c88("Some delegates finished the survey on time.").
/* compile80 = ( ( ( database80(ti(survey,Generic_Prep_Survey)) ,
database80( generic_pred(frame_90442,Frame_90442,prep(on),Generic_Prep_Survey,Generic_Time)) ,
database80(bE(same,Generic_Time,time)) ,
database80( qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate))) ,
database80( modalized(in_past,generic_pred(frame_90442,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Some delegates finished the survey on time.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['DT','Some'],
['NNS',delegates]],
[ 'VP',
['VBD',finished],
[ 'NP',
['DT',the],
['NN',survey]],
[ 'PP',
['IN',on],
[ 'NP',
['NN',time]]]],
['.','.']]],
_1952860).
%~ call_residue_vars = [ _21358, _21330,_21310,_21288,_21152,_21124,
%~ _21104,_21082].
%~ ?- c88("Some delegates finished the survey on time.").
/* e2c_80 = asserted( exists( Doer_Exists_Delegate,
exists( TimeFn_Past_ActFinishing,
exists( Exists_Time,
exists( Exists_Survey_On,
( p(on,Exists_Survey_On,Exists_Time) &
iza(TimeFn_Past_ActFinishing,actFinishing) &
doer(TimeFn_Past_ActFinishing,Doer_Exists_Delegate) &
objectFinished(TimeFn_Past_ActFinishing,Exists_Survey_On) &
iza(TimeFn_Past_ActFinishing,timeFn(vPast)) &
the(Exists_Survey_On) &
iza(Exists_Survey_On,'Survey') &
iza(Exists_Time,time) &
iza(Doer_Exists_Delegate,'Delegate') &
~numberOf(Doer_Exists_Delegate,1))))))). */
/* c88 = answer80([]) :-
ti(survey,Generic_Prep_Survey) ,
generic_pred(frame_90442,Frame_90442,prep(on),Generic_Prep_Survey,Generic_Time) ,
^( Generic_Time,
( bE(same,Generic_Time,time) ,
qualifiedBy(Finish_QualifiedBy,Np_head,np_head(Det,det(some),[],delegate)) ,
modalized(in_past,generic_pred(frame_90442,thing,finish,Finish_QualifiedBy,Generic_Prep_Survey)))). */
%~ ?-c88("Many British delegates obtained interesting results from the survey.").
%~ list_undefined([]).
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['JJ','British'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( british, [
pos(jj), root(british),loc(2),lnks(3),txt("British"),
ner('NATIONALITY'),truecase('INIT_UPPER'),
entitylink('United_Kingdom'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
talk_db(adj,british),talk_db(noun2,british),
talk_db(noun1,british,british)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(4),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,9))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( interesting, [
pos(jj), root(interesting),loc(5),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))), link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(6),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(7),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,9))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(8),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(9),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(10),lnks(2),txt("."),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many),adj(british)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S6,
s( np(3+pl,wh(Wh_S6),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(interesting))],
[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing18&Thing-Delegate_British_Many,
`( ( '`'(property(Delegate_British_Many,many,pos)) &
'`'(property(Delegate_British_Many,british,pos)) &
ti(delegate,Delegate_British_Many))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing18&Thing-Delegate_British_Many, '`'(true),'`'(true),
[],
thing&Thing18&Thing-Generic),
identityQ([]),
generic_pred(frame_90566,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg25-Mg,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
thing&Thing18&Thing-Delegate_British_Many, '`'(true),'`'(true),
[],
thing&Thing18&Thing-_1089456), identityQ([root]),true,
['`'(true)&'`'(property(_1047362,interesting,adj))&'`'(true)])],
thing&Thing18&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ6),
thing&Thing15-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing15-From_Prep)])). */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
( '`'(property(Delegate_British_Many,many,pos)) &
'`'(property(Delegate_British_Many,british,pos)) &
ti(delegate,Delegate_British_Many)) ,
generic_pred(frame_90566,thing,mg(obtain),Mg,Delegate_British_Many) ,
property(Delegate_British_Many,interesting,adj) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Delegate_British_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many British delegates in the past obtaining interesting results from the survey .".
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Delegate_British_Many,many,pos) ,
property(Delegate_British_Many,british,pos) ,
ti(delegate,Delegate_British_Many) ,
generic_pred(frame_90566,thing,obtain,Intrans_pred_prep_Obtain,Delegate_British_Many) ,
property(Delegate_British_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Delegate_British_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many British delegates obtained interesting results from the survey.".
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Delegate_British_Many,many,pos)) ,
database80(property(Delegate_British_Many,british,pos)) ,
database80(ti(delegate,Delegate_British_Many)) ,
database80(generic_pred(frame_90566,thing,obtain,Obtain,Delegate_British_Many)) ,
database80(property(Delegate_British_Many,interesting,adj)) ,
database80( intrans_pred_prep(thing,Thing,result,Delegate_British_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['JJ','British'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_3910484).
%~ call_residue_vars=[].
%~ ?- c88("Many British delegates obtained interesting results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Delegate_British_Many,many,pos) ,
property(Delegate_British_Many,british,pos) ,
ti(delegate,Delegate_British_Many) ,
generic_pred(frame_90566,thing,obtain,Intrans_pred_prep_Obtain,Delegate_British_Many) ,
property(Delegate_British_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Delegate_British_Many,from,Prep_From_Survey)). */
%~ ?-c88("Did many delegates obtain interesting results from the survey?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.11 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]]. */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,10))),
link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( many, [
pos(jj), root(many),loc(2),lnks(3),txt("many"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,10))), link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"),
ttholds(inflPronoun,'TTWord_Many',"many"),
talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtain, [
alt(pos(vbp)), root(obtain),pos(vb),loc(4),lnks(3),
txt("obtain"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,9))),link(2,'S',r('S',seg(1,10))),
link(3,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(infinitive,xObtainTheWord,"obtain"),
cycWord(xObtainTheWord),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
ac(infinitive,xObtainTheWord,obtain),
clex_word(verb,obtain,obtain,tv+infpl),
fnpattern(obtain,13052100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( obtain-v,
getting,
[ [ [ [ theme-c, np,ext],
[ time-p, avp,dep],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ time-p, avp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, sforto,dep]],
1],
[ [ [ theme-c, np,obj],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ place-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ time-p, pping,dep]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ purpose-e, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ recipient-c, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ recipient-c, cni,null]],
1],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ manner-p, avp,dep],
[ means-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ reason-e, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pping,dep],
[ recipient-c, cni,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ means-p, pp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ means-p, pping,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pping,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, sub,dep]],
1],
[ [ [ recipient-c, np,ext],
[ time-p, pp,dep],
[ time-p, avp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ purpose-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ means-p, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep]],
1],
[ [ [ theme-c, np,ext],
[ source-p, pp,dep],
[ recipient-c, cni,null]],
7],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
3],
[ [ [ time-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,ext],
[ manner-p, avp,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep],
[ means-p, pp,dep]],
2],
[ [ [ purpose-e, vpto,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ source-p, pp,dep],
[ source-p, pp,dep],
[ recipient-c, np,ext],
[ theme-c, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ source-p, ini,null]],
5]]),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Obtain',"obtain"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Obtain',"obtain"),
verbnet_map_wn(obtain,['obtain%2:40:00'],'obtain-13.5.2-1'),
concept(vn,'obtain-13.5.2-1'),
listof(concept(wn),['obtain%2:40:00']),
verbnet_to_framenet('obtain-13.5.2-1',obtain,'obtain.01'),
concept(fn,'obtain.01'),
verbnet_word(obtain,'obtain-13.5.2-1',"obtain")]),
w( interesting, [
pos(jj), root(interesting),loc(5),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,6))), link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(6),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(7),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,9))),
link(2,'VP',r('VP',seg(4,9))),link(3,'S',r('S',seg(1,10))),
link(4,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(8),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(9),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,9))),
link(2,'PP',r('PP',seg(7,9))), link(3,'VP',r('VP',seg(4,9))),link(4,'S',r('S',seg(1,10))),
link(5,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( ?, [
pos('.'), root(?),loc(10),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,10))), link(2,'CORENLP',r('CORENLP',seg(1,10))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* sentence80 = q( s( np(3+pl,np_head(Generic,generic,[adj(many)],delegate),[]),
verb(main+tv,obtain,active,past+fin,[],[past+fin]),
[ arg( dirO,
np( 3+pl,
np_head(Generic2,generic,[adj(interesting)],result),
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))]))],
[])). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* i_sentence = question80( [],
pred(
quantS( identityQ(IdentityQ),
_4727060&_4727062-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[],
_4719974&_4719976-Mg),
identityQ([in_past,past+fin]),
generic_pred(frame_90578,thing,mg(obtain),Mg,Generic),
[ quantS( identityQ(IdentityQ3),
thing&Thing-Prep_Result_Interesting,
'`'('`'(property(Prep_Result_Interesting,interesting,adj))&ti(result,Prep_Result_Interesting)),
'`'(true),
[ ( quantS( identityQ(IdentityQ4),
thing&Thing12-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing12-Generic5) &
'`'(generic_pred(frame_90578,thing,prep(from),Prep_Result_Interesting,Generic5)))],
thing&Thing-Generic)])). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* clausify80 = answer80([]) :-
'`'(property(Prep_Result_Interesting,interesting,adj))&ti(result,Prep_Result_Interesting) ,
generic_pred(frame_90578,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
'`'(property(Mg_Delegate_Many,many,pos))&ti(delegate,Mg_Delegate_Many) ,
modalized( in_past,
( generic_pred(frame_90578,thing,mg(obtain),Mg_Delegate_Many,Prep_Result_Interesting))). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ any_to_ace_str="in the past many delegates obtain interesting results from the survey ?".
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_drs=failure.
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* simplify80 = answer80([]) :-
property(Prep_Result_Interesting,interesting,adj) ,
ti(result,Prep_Result_Interesting) ,
generic_pred(frame_90578,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_90578,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)). */
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_fol=failure.
%~ missing(database80(property(_30776,interesting,adj))).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ results80=[[false]].
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ any_to_ace_str="Did many delegates obtain interesting results from the survey? .".
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ try_ace_eng=failure.
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
/* compile80 = ( ( ( database80(property(Prep_Result_Interesting,interesting,adj)) ,
database80(ti(result,Prep_Result_Interesting)) ,
database80(generic_pred(frame_90578,thing,prep(from),Prep_Result_Interesting,Generic_Survey)) ,
database80(ti(survey,Generic_Survey)) ,
database80(property(Obtain_Delegate_Many,many,pos)) ,
database80(ti(delegate,Obtain_Delegate_Many)) ,
database80( modalized( in_past,
generic_pred(frame_90578,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_8806,interesting,adj))).
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',many],
['NNS',delegates]],
[ 'VP',
['VB',obtain],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.',?]]],
_3156006).
%~ call_residue_vars=[].
%~ ?- c88("Did many delegates obtain interesting results from the survey?").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Prep_Result_Interesting,interesting,adj) ,
ti(result,Prep_Result_Interesting) ,
generic_pred(frame_90578,thing,prep(from),Prep_Result_Interesting,Generic_Survey) ,
ti(survey,Generic_Survey) ,
property(Obtain_Delegate_Many,many,pos) ,
ti(delegate,Obtain_Delegate_Many) ,
modalized( in_past,
generic_pred(frame_90578,thing,obtain,Obtain_Delegate_Many,Prep_Result_Interesting)). */
%~ ?-c88("Many delegates obtained interesting results from the survey.").
%~ list_undefined([]).
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* into_lexical_segs = [ w( many, [
pos(jj), root(many),loc(1),lnks(3),txt("Many"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xManyTheWord,"many"),
cycWord(xManyTheWord),
cycTerm(iManyNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vManyQuant,vtPositiveIntegerExtent,ttThing),
ac(pronounStrings,xManyTheWord,"many"),
ac(regularAdverb,xManyTheWord,"many"), fsr(many-a,quantity,[]),concept(fn,quantity),
fsr(many-n,quantity,[]),
ttholds(inflAdjective,'TTWord_Many',"many"), ttholds(inflPronoun,'TTWord_Many',"many"),talk_db(adj,many)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,9))),
link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( obtained, [
pos(vbd), root(obtain),loc(3),lnks(3),txt("obtained"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,8))),
link(2,'S',r('S',seg(1,9))), link(3,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(infinitive,xObtainTheWord,obtain),
cycWord(xObtainTheWord),
clex_word(verb,obtained,obtain,tv+pp),
clex_word(adj,obtained,obtained,unknown),
ttholds(inflVerbUnchecked,'TTWord_Obtain',"obtained"),
ttholds(inflVerbPastUnchecked,'TTWord_Obtain',"obtained"),
talk_db(transitive,obtain,obtains,obtained,obtaining,obtained),
talk_db(intransitive,obtain,obtains,obtained,obtaining,obtained)]),
w( interesting, [
pos(jj), root(interesting),loc(4),lnks(4),
txt("interesting"),truecase('LOWER'),
link(1,'NP',r('NP',seg(4,5))), link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(regularDegree,xInterestTheWord,"interesting"),
cycWord(xInterestTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xInterestTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(regularDegree,xInterestTheWord,interesting),
ac(singular,xInterestTheWord,interest),
clex_word(adj_prep(to),interesting,interesting,unknown),
clex_word(adj_prep(for),interesting,interesting,unknown),
clex_word(adj,interesting,interesting,unknown),
fsr( interesting-a,
mental_stimulus_stimulus_focus,
[ [ [ [ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, ini,null]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-c, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-c, dni,null]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,dep],
[ experiencer-c, ini,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, ini,null]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-c, dni,null]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-c, dni,null]],
1]]),
concept(fn,mental_stimulus_stimulus_focus),
fsr( interesting-a,
stimulus_focus,
[ [ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, pp,ext]],
2],
[ [ [ stimulus-c, sfin,dep]],
3],
[ [ [ degree-p, avp,dep],
[ experiencer-p, pp,dep],
[ stimulus-c, np,ext]],
1],
[ [ [ stimulus-c, np,ext]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
2],
[ [ [ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, vpto,dep]],
4],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ experiencer-p, pp,dep]],
2],
[ [ [ stimulus-c, np,ext],
[ circumstances-e, pp,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head],
[ experiencer-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ comparison_set-e, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ parameter-p, pp,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep]],
3],
[ [ [ stimulus-c, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ experiencer-p, pp,dep],
[ circumstances-e, sinterrog,dep]],
1],
[ [ [ stimulus-c, np,ext],
[ parameter-p, pp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, vpto,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep]],
3],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ degree-p, vpto,dep]],
1],
[ [ [ degree-p, poss,gen],
[ degree-p, avp,dep],
[ stimulus-c, n,head]],
1],
[ [ [ stimulus-c, np,ext],
[ degree-p, avp,dep],
[ stimulus-c, sfin,dep]],
1],
[ [ [ degree-p, avp,dep],
[ stimulus-c, n,head]],
22],
[ [ [ stimulus-c, np,ext],
[ stimulus-c, np,ext]],
2]]),
concept(fn,stimulus_focus),
ttholds(inflAdjective,'TTWord_Interesting',"interesting"),
talk_db(adj,interesting),
talk_db(noun_or_verb,interests,interesting,interest),
talk_db(transitive,interest,interests,interested,interesting,interested)]),
w( results, [
pos(nns), root(result),loc(5),lnks(4),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( from, [
pos(in), root(from),loc(6),lnks(4),txt("from"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,8))),
link(2,'VP',r('VP',seg(3,8))),link(3,'S',r('S',seg(1,9))),
link(4,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(prepositionStrings,xFromTheWord,"from"),
cycWord(xFromTheWord),
cycTerm(temporallyBetweenInclusive,rtTernaryPredicate,iELRelationReversible),
cycTerm(fromUnderspecifiedlocation,rtUnderspecifiedPrepositionPredicate,rtAsymmetricBinaryPredicate), fsr(from-prep,evidence,[]),concept(fn,evidence),
fsr(from-prep,origin,[]),concept(fn,origin),
fsr( from-prep,
time_vector,
[ [ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,dep],
[ event-c, sinterrog,dep],
[ landmark_event-c, sinterrog,dep]],
1],
[ [ [ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head],
[ distance-c, dni,null]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,head],
[ landmark_event-c, sfin,head]],
1],
[ [ [ distance-c, np,ext],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ event-c, sfin,dep],
[ landmark_event-c, sfin,dep]],
1],
[ [ [ event-c, srel,head],
[ landmark_event-c, srel,head],
[ direction-c, target,target],
[ landmark_event-c, np,obj],
[ distance-c, dni,null]],
1]]),
concept(fn,time_vector),
ttholds(inflPrepositionUnchecked,'TTWord_From',"from"),
talk_db(preposition,from)]),
w( the, [
pos(dt), root(the),loc(7),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( survey, [
pos(nn), root(survey),loc(8),lnks(5),txt("survey"),
truecase('LOWER'),link(1,'NP',r('NP',seg(7,8))),
link(2,'PP',r('PP',seg(6,8))), link(3,'VP',r('VP',seg(3,8))),link(4,'S',r('S',seg(1,9))),
link(5,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
ac(singular,xSurveyTheWord,"survey"),
cycWord(xSurveyTheWord),
cycTerm(actSurvey,ttTemporalObjectType,ttFirstOrderCollection),
cycTerm(cwPollResultsCW,tSet,ttThing),
ac(singular,xSurveyTheWord,survey),
clex_word(verb,survey,survey,tv+infpl),
clex_word(noun,survey,survey,neutr+sg-count),
fnpattern( survey,
35040000,
scrutiny,
[ agent : cognizer, location:ground,theme:phenomenon]),
concept(fn,scrutiny),
fsr( survey-n,
scrutiny,
[ [ [ [ cognizer-c, n,dep],
[ ground-c, pp,dep]],
3],
[ [ [ phenomenon-e, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ ground-c, n,dep],
[ cognizer-c, cni,null]],
3],
[ [ [ means-p, n,dep],
[ ground-c, pp,dep],
[ cognizer-c, cni,null]],
1],
[ [ [ cognizer-c, poss,gen],
[ ground-c, n,dep]],
3],
[ [ [ cognizer-c, n,dep],
[ ground-c, dni,null]],
2],
[ [ [ cognizer-c, np,ext],
[ ground-c, pp,dep]],
4],
[ [ [ ground-c, pp,dep],
[ cognizer-c, cni,null]],
12],
[ [ [ cognizer-c, cni,null],
[ ground-c, dni,null]],
1],
[ [ [ cognizer-c, pp,dep],
[ ground-c, dni,null]],
5],
[ [ [ cognizer-c, poss,gen],
[ ground-c, dni,null]],
4],
[ [ [ cognizer-c, poss,gen],
[ ground-c, pp,dep]],
3],
[ [ [ cognizer-c, np,ext],
[ phenomenon-e, pp,dep]],
2]]),
fsr( survey-v,
scrutiny,
[ [ [ [ cognizer-c, np,ext],
[ ground-c, np,obj]],
9],
[ [ [ cognizer-c, np,ext],
[ manner-p, avp,dep],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ manner-p, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ purpose-e, vpto,dep]],
3],
[ [ [ ground-c, np,ext],
[ manner-p, avp,dep],
[ cognizer-c, pp,dep]],
1],
[ [ [ cognizer-c, np,ext],
[ ground-c, np,obj],
[ phenomenon-e, pp,dep]],
4],
[ [ [ ground-c, np,ext],
[ cognizer-c, cni,null]],
4]]),
verbnet_map_wn( survey,
['survey%2:31:00','survey%2:39:00','survey%2:39:13'],
'investigate-35.4'),
concept(vn,'investigate-35.4'),
listof(concept(wn),['survey%2:31:00','survey%2:39:00','survey%2:39:13']),
verbnet_map_wn(survey,['survey%2:39:00','survey%2:39:13'],'sight-30.2'),
concept(vn,'sight-30.2'),
listof(concept(wn),['survey%2:39:00','survey%2:39:13']),
verbnet_to_framenet('investigate-35.4',survey,'survey.01'),
concept(fn,'survey.01'),
verbnet_to_framenet('sight-30.2',survey,'survey.01'),
verbnet_word(survey,'investigate-35.4',"survey"),
verbnet_word(survey,'sight-30.2',"survey")]),
w( '.', [
pos('.'), root('.'),loc(9),lnks(2),txt("."),
link(1,'S',r('S',seg(1,9))), link(2,'CORENLP',r('CORENLP',seg(1,9))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(many)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,obtain,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S6,
s( np(3+pl,wh(Wh_S6),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(interesting))],
[]))]),
verb(main+iv,result,active,pres+fin,[],[root]),
[],
[ prep_phrase(Prep,prep(from),np(3+sg,np_head(Det,det(the(sg)),[],survey),[]))])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
thing&Thing17&Thing-Delegate_Many,
'`'('`'(property(Delegate_Many,many,pos))&ti(delegate,Delegate_Many)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-Generic),
identityQ([]),
generic_pred(frame_90702,thing,mg(obtain),Mg,Generic),
[ quantS(voidQ,Mg24-Mg,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
thing&Thing17&Thing-Delegate_Many, '`'(true),'`'(true),
[],
thing&Thing17&Thing-_3845902), identityQ([root]),true,
['`'(true)&'`'(property(_3803942,interesting,adj))&'`'(true)])],
thing&Thing17&Thing-Result),
identityQ([root]),
intrans_pred_prep(thing,Thing,result,Result,from,From_Prep),
[ quantS( identityQ(IdentityQ6),
thing&Thing14-Survey, '`'(ti(survey,Survey)),'`'(true),
[],
thing&Thing14-From_Prep)])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* clausify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
'`'(property(Interesting_Delegate_Many,many,pos))&ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_90702,thing,mg(obtain),Mg,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Mg,
( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates in the past obtaining interesting results from the survey .".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_drs=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* simplify80 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_90702,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_fol=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ results80=[[false]].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ any_to_ace_str="Many delegates obtained interesting results from the survey.".
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ try_ace_eng=failure.
%~ ?- c88("Many delegates obtained interesting results from the survey.").
/* compile80 = ( ( ( database80(ti(survey,Prep_From_Survey)) ,
database80(property(Interesting_Delegate_Many,many,pos)) ,
database80(ti(delegate,Interesting_Delegate_Many)) ,
database80(generic_pred(frame_90702,thing,obtain,Obtain,Interesting_Delegate_Many)) ,
database80(property(Interesting_Delegate_Many,interesting,adj)) ,
database80( intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Many'],
['NNS',delegates]],
[ 'VP',
['VBD',obtained],
[ 'NP',
['JJ',interesting],
['NNS',results]],
[ 'PP',
['IN',from],
[ 'NP',
['DT',the],
['NN',survey]]]],
['.','.']]],
_2794652).
%~ call_residue_vars=[].
%~ ?- c88("Many delegates obtained interesting results from the survey.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
ti(survey,Prep_From_Survey) ,
property(Interesting_Delegate_Many,many,pos) ,
ti(delegate,Interesting_Delegate_Many) ,
generic_pred(frame_90702,thing,obtain,Intrans_pred_prep_Obtain,Interesting_Delegate_Many) ,
property(Interesting_Delegate_Many,interesting,adj) ,
^( Intrans_pred_prep_Obtain,
intrans_pred_prep(thing,Thing,result,Interesting_Delegate_Many,from,Prep_From_Survey)). */
%~ ?-c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ list_undefined([]).
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['JJ','Portuguese'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]]. */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( portuguese, [
pos(jj), root(portuguese),loc(2),lnks(3),
txt("Portuguese"),ner('NATIONALITY'),
truecase('INIT_UPPER'),entitylink('Portuguese_language'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
fsr(portuguese-a,origin,[]),concept(fn,origin),
talk_db(adj,portuguese)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(4),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(5),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(6),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(7),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(8),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(9),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(10),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(11),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( '.', [
pos('.'), root('.'),loc(12),lnks(2),txt("."),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several),adj(portuguese)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,get,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S9,
s( np(3+pl,np_head(Det,det(the(pl)),[],result),[]),
verb(main+tv,publish,active,past+fin,[],[root]),
[ arg(dirO,np(3+pl,wh(Wh_S9),[]))],
[]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(Generic11,generic,[adj(major),adj(national)],newspaper),[]))],
[])). */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_1484608&_1484610-Delegate_Portuguese_Several,
`( ( '`'(property(Delegate_Portuguese_Several,several,pos)) &
'`'(property(Delegate_Portuguese_Several,portuguese,pos)) &
ti(delegate,Delegate_Portuguese_Several))),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
_1547032&_1547034-Delegate_Portuguese_Several, '`'(true),'`'(true),
[],
_1539190&_1539192-Generic),
identityQ([]),
generic_pred(frame_90710,thing,mg(get),Mg24,Generic),
[ quantS(voidQ,Mg2426-Mg24,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))),
'`'(true),
[],
Np_head-_1581788),
identityQ([in_past,root]),
generic_pred(frame_90711,thing,mg(publish),_1476712,Generic5),
[ quantS( identityQ(IdentityQ6),
_1613182&_1613184-Delegate_Portuguese_Several, '`'(true),'`'(true),
[],
_1605340&_1605342-Generic5)])],
_1476554&_1476556-Mg),
identityQ([root]),
generic_pred(frame_90709,thing,mg(in),Mg,Generic7),
[ quantS( identityQ(IdentityQ8),
thing&Thing-Newspaper_National_Major,
`( ( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major))),
'`'(true),
[],
thing&Thing-Generic7)])). */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* clausify80 = answer80([]) :-
( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major)) ,
( '`'(property(Delegate_Portuguese_Several,several,pos)) &
'`'(property(Delegate_Portuguese_Several,portuguese,pos)) &
ti(delegate,Delegate_Portuguese_Several)) ,
generic_pred(frame_90710,thing,mg(get),Mg,Delegate_Portuguese_Several) ,
modalized( in_past,
( generic_pred(frame_90711,thing,mg(publish),Mg7,Delegate_Portuguese_Several))) ,
qualifiedBy(Mg7,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Mg,
( generic_pred(frame_90709,thing,mg(in),Delegate_Portuguese_Several,Newspaper_National_Major))). */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several Portuguese delegates in the past getting the results in the past publishing in major national newspapers .".
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ try_ace_drs=failure.
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* simplify80 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(Delegate_Portuguese_Several,several,pos) ,
property(Delegate_Portuguese_Several,portuguese,pos) ,
ti(delegate,Delegate_Portuguese_Several) ,
generic_pred(frame_90710,thing,get,Generic_Get,Delegate_Portuguese_Several) ,
modalized(in_past,generic_pred(frame_90711,thing,publish,Publish,Delegate_Portuguese_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_90709,thing,in,Delegate_Portuguese_Several,Newspaper_National_Major)). */
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_41688,major,adj))).
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ results80=[[false]].
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several Portuguese delegates got the results published in major national newspapers.".
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ try_ace_eng=failure.
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
/* compile80 = ( ( ( database80(property(Newspaper_National_Major,major,adj)) ,
database80(property(Newspaper_National_Major,national,adj)) ,
database80(ti(newspaper,Newspaper_National_Major)) ,
database80(property(Delegate_Portuguese_Several,several,pos)) ,
database80(property(Delegate_Portuguese_Several,portuguese,pos)) ,
database80(ti(delegate,Delegate_Portuguese_Several)) ,
database80(generic_pred(frame_90710,thing,get,Get,Delegate_Portuguese_Several)) ,
database80( modalized(in_past,generic_pred(frame_90711,thing,publish,Publish,Delegate_Portuguese_Several))) ,
database80(qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result))) ,
database80( generic_pred(frame_90709,thing,in,Delegate_Portuguese_Several,Newspaper_National_Major))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9360,major,adj))).
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['JJ','Portuguese'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]],
_6416888).
%~ call_residue_vars=[].
%~ ?- c88("Several Portuguese delegates got the results published in major national newspapers.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(Delegate_Portuguese_Several,several,pos) ,
property(Delegate_Portuguese_Several,portuguese,pos) ,
ti(delegate,Delegate_Portuguese_Several) ,
generic_pred(frame_90710,thing,get,Generic_Get,Delegate_Portuguese_Several) ,
modalized(in_past,generic_pred(frame_90711,thing,publish,Publish,Delegate_Portuguese_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_90709,thing,in,Delegate_Portuguese_Several,Newspaper_National_Major)). */
%~ ?-c88("Did several delegates get the results published in major national newspapers?").
% /tmp/text_to_best_tree.tmp compiled into parser_penn_trees 0.12 sec, 1 clauses
%~ list_undefined([]).
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.',?]]]. */
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
/* into_lexical_segs = [ w( did, [
pos(vbd), root(do),loc(1),lnks(2),txt("Did"),
truecase('INIT_UPPER'),link(1,'S',r('S',seg(1,12))),
link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(pastTenseUniversal,xDoTheWord,"did"),cycWord(xDoTheWord),
ac(infinitive,xDoTheWord,do),
ttholds(inflVerbPast,'TTWord_Do',"did"),
aux_lf(did,(Fin+fin)/nonfinite,Lf,Lf),
talk_db(transitive,do,does,did,doing,done),
talk_db(intransitive,do,does,did,doing,done)]),
w( several, [
pos(jj), root(several),loc(2),lnks(3),txt("several"),
truecase('LOWER'),link(1,'NP',r('NP',seg(2,3))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(3),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(2,3))),link(2,'S',r('S',seg(1,12))),
link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( get, [
alt(pos(vbp)), root(get),pos(vb),loc(4),lnks(3),
txt("get"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,11))),
link(2,'S',r('S',seg(1,12))), link(3,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(infinitive,xGetTheWord,"get"),cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
clex_word(verb,get,get,tv+infpl),
clex_word(verb,get,get,dv('')+infpl),
fnpattern(get,13051100,getting,[agent:recipient,theme:theme,source:source]),
concept(fn,getting),
fsr( get-v,
arriving,
[ [ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, sub,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, avp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ source-p, pp,dep]],
1],
[ [ [ manner-p, avp,dep],
[ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, dni,null]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ goal-c, pp,dep],
[ theme-c, cni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, avp,dep],
[ time-p, np,dep],
[ time-p, sub,dep],
[ goal-c, dni,null]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
3],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ path-p, pp,dep],
[ goal-c, dni,null]],
2],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, pp,dep]],
7],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ goal-c, avp,dep],
[ time-p, pp,dep]],
1],
[ [ [ cotheme-e, np,ext],
[ theme-c, np,ext],
[ source-p, pp,dep],
[ goal-c, pp,dep]],
1]]),
concept(fn,arriving),
fsr( get-v,
becoming,
[ [ [ [ transitional_period-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ time-p, pp,dep]],
2],
[ [ [ place-p, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
2],
[ [ [ place-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ reason-e, pp,dep],
[ time-p, np,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
8],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep],
[ cause-e, pp,dep]],
1],
[ [ [ cause-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, np,obj]],
1],
[ [ [ time-p, pp,dep],
[ transitional_period-e, avp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, avp,dep]],
1],
[ [ [ duration_of_final_state-e, ajp,dep],
[ entity-c, cni,null]],
2],
[ [ [ time-p, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
2],
[ [ [ entity-c, np,ext],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ circumstances-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, avp,dep]],
1],
[ [ [ circumstances-e, sing,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ duration_of_final_state-e, pp,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, pp,dep]],
1],
[ [ [ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ circumstances-e, sub,dep],
[ entity-c, np,ext],
[ duration_of_final_state-e, ajp,dep],
[ transitional_period-e, pp,dep]],
1]]), concept(fn,becoming),fsr(get-v,birth,[]),
concept(fn,birth),fsr(get-v,board_vehicle,[]),
concept(fn,board_vehicle),fsr(get-v,bringing,[]),
concept(fn,bringing),fsr(get-v,disembarking,[]),
concept(fn,disembarking),
fsr( get-v,
getting,
[ [ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ source-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ means-p, pping,dep],
[ source-p, ini,null],
[ recipient-c, cni,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ reason-e, pp,dep],
[ source-p, ini,null]],
2],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ place-p, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, pp,dep]],
4],
[ [ [ theme-c, np,obj],
[ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ time-p, avp,dep],
[ reason-e, pp,dep],
[ theme-c, np,obj],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ time-p, np,dep],
[ source-p, ini,null]],
1],
[ [ [ theme-c, np,obj],
[ recipient-c, np,ext],
[ means-p, pping,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ purpose-e, pp,dep]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ means-p, pp,dep],
[ time-p, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ result-e, pp,dep],
[ source-p, ini,null]],
1],
[ [ [ recipient-c, np,ext],
[ source-p, np,obj]],
1],
[ [ [ recipient-c, np,ext],
[ theme-c, np,obj],
[ source-p, ini,null]],
4]]), fsr(get-v,grasp,[]),concept(fn,grasp),
ttholds(inflExpletiveUnchecked,'TTWord_Get',"get"),
ttholds(inflVerb,'TTWord_Get',"get"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Get',"get"),
ttholds(inflVerbPluralPresent,'TTWord_Get',"get"),
verbnet_map_wn(get,['get%2:30:00','get%2:30:01','get%2:39:00'],'become-109.1'),
concept(vn,'become-109.1'),
listof(concept(wn),['get%2:30:00','get%2:30:01','get%2:39:00']),
verbnet_map_wn(get,['get%2:30:00'],'convert-26.6.2'),
concept(vn,'convert-26.6.2'),
listof(concept(wn),['get%2:30:00']),
verbnet_map_wn( get,
['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13'],
'get-13.5.1-1'),
concept(vn,'get-13.5.1-1'),
listof(concept(wn),['get%2:40:00','get%2:35:03','get%2:40:14','get%2:40:13']),
verbnet_to_framenet('become-109.1',get,'get.03'),
concept(fn,'get.03'),
verbnet_to_framenet('convert-26.6.2',get,'get.02'),
concept(fn,'get.02'),
verbnet_to_framenet('convert-26.6.2',get,'get.03'),
verbnet_to_framenet('get-13.5.1-1',get,'get.01'),
concept(fn,'get.01'),
verbnet_word(get,'become-109.1',"get"),
verbnet_word(get,'convert-26.6.2',"get"),
verbnet_word(get,'get-13.5.1-1',"get")]),
w( the, [
pos(dt), root(the),loc(5),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(6),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(5,6))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(7),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(7,11))),
link(2,'NP',r('NP',seg(5,11))),
link(3,'VP',r('VP',seg(4,11))),
link(4,'S',r('S',seg(1,12))), link(5,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(8),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(8,11))),
link(2,'VP',r('VP',seg(7,11))),
link(3,'NP',r('NP',seg(5,11))),
link(4,'VP',r('VP',seg(4,11))),
link(5,'S',r('S',seg(1,12))), link(6,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(9),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(10),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(11),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(9,11))),
link(2,'PP',r('PP',seg(8,11))),
link(3,'VP',r('VP',seg(7,11))),
link(4,'NP',r('NP',seg(5,11))),
link(5,'VP',r('VP',seg(4,11))),
link(6,'S',r('S',seg(1,12))), link(7,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( ?, [
pos('.'), root(?),loc(12),lnks(2),txt("?"),
link(1,'S',r('S',seg(1,12))), link(2,'CORENLP',r('CORENLP',seg(1,12))),lex_winfo,
terminator_lex(?,?),char_type_sentence(?,ask)])]. */
%~ time_limit_exceeded.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ sentence80=time_limit_exceeded.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ i_sentence=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ clausify80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ any_to_ace_str="in the past several delegates get the results in the past publishing in major national newspapers ?".
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_drs=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ simplify80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_fol=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ results80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ any_to_ace_str="Did several delegates get the results published in major national newspapers? .".
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ try_ace_eng=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ compile80=failure.
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ capture80=failure.
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
['VBD','Did'],
[ 'NP',
['JJ',several],
['NNS',delegates]],
[ 'VP',
['VB',get],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.',?]]],
_4635544).
%~ call_residue_vars=[].
%~ ?- c88("Did several delegates get the results published in major national newspapers?").
%~ e2c_80=failure.
%~ c88=(?-c88("Did several delegates get the results published in major national newspapers?")).
%~ ?-c88("Several delegates got the results published in major national newspapers.").
%~ list_undefined([]).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* into_lexical_segs = [ w( several, [
pos(jj), root(several),loc(1),lnks(3),txt("Several"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xSeveralTheWord,"several"),
cycWord(xSeveralTheWord),
cycTerm(iSeveralNLAttr,tNLGenQuantAttribute,tIndividual),
ac(pronounStrings,xSeveralTheWord,"several"),
cycTerm(vSeveralQuant,vtPositiveIntegerExtent,ttThing), fsr(several-a,quantity,[]),concept(fn,quantity),
fsr(several-n,quantity,[]),
ttholds(inflDeterminer,'TTWord_Several',"several"),
ttholds(inflPronounPlural,'TTWord_Several',"several"),
flexicon( det,
[ sem=several, agr=pl,wh=n,det_type=quant,
preagr=n,can_be_np=y],
several),
talk_db(adj,several)]),
w( delegates, [
pos(nns), root(delegate),loc(2),lnks(3),
txt("delegates"),truecase('LOWER'),
link(1,'NP',r('NP',seg(1,2))),link(2,'S',r('S',seg(1,11))),
link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xDelegateTheWord,"delegates"),
cycWord(xDelegateTheWord),
cycTerm(delegate,rtActorSlot,ttThing),
ac(singular,xDelegateTheWord,delegate),
clex_word(verb,delegates,delegate,iv+finsg),
clex_word(verb,delegates,delegate,tv+finsg),
clex_word(noun,delegates,delegate,human+pl-count),
talk_db(noun1,delegate,delegates),
talk_db(noun_or_verb,delegates,delegating,delegate),
talk_db(transitive,delegate,delegates,delegated,delegating,delegated)]),
w( got, [
pos(vbd), root(get),loc(3),lnks(3),txt("got"),
truecase('LOWER'),link(1,'VP',r('VP',seg(3,10))),
link(2,'S',r('S',seg(1,11))), link(3,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(pastTenseUniversal,xGetTheWord,"got"),
cycWord(xGetTheWord),
cycTerm(actAcquiringAnObject,ttHumanCapabilityType,ttTypicalHumanActivityTypeAtLeastOnce),
cycTerm(actGainingUserRights,ttKEClarifyingCollectionType,iUI_ChangesInUserRightsPossTransferTopic),
cycTerm(nartR(actCompletingFn,actDoingAnArithmeticOperation),ttPunctualEventType,ttSetOrCollection),
cycTerm(actArrivingAtAPlace,ttTemporalObjectType,ttThing),
cycTerm(eventIntrinsicStateChangeEvent,ttQAClarifyingCollectionType,ttFirstOrderCollection),
cycTerm(actCatchingSomethingHearing,ttTypicalHumanActivityTypeAtLeastOnce,ttFirstOrderCollection),
cycTerm('GettingSomething-HittingAnObject',ttFirstOrderCollection,ttThing),
cycTerm(eventCausingToBeInACertainCondition,ttFirstOrderCollection,ttThing),
cycTerm(actScoringPoints,ttTypicalHumanActivityTypeAtLeastOnce,ttSkilledActivityType),
cycTerm(actBeginningAnActivity,ttTypicalHumanActivityTypeAtLeastOnce,ttTemporalObjectType),
ac(infinitive,xGetTheWord,get),
ac(pastTenseUniversal,xGetTheWord,got),
clex_word(verb,got,get,tv+pp),
clex_word(verb,got,get,dv('')+pp),
clex_word(adj,got,got,unknown),
ttholds(inflVerb,'TTWord_Get',"got"),
ttholds(inflVerbPast,'TTWord_Get',"got"),
talk_db(transitive,get,gets,got,getting,got),
talk_db(intransitive,get,gets,got,getting,got)]),
w( the, [
pos(dt), root(the),loc(4),lnks(5),txt("the"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(determinerStrings,xTheTheWord,"the"),
cycWord(xTheTheWord),
ttholds(inflDeterminerPlural,'TTWord_The',"the"),
ttholds(inflDeterminerSingular,'TTWord_The',"the"),
flexicon( det,
[ sem=the_sing, agr=sg,article=y,wh=n,det_type=def,
preagr=n],
the),
flexicon( det,
[ sem=the_pl, agr=pl,article=y,wh=n,det_type=def,
preagr=y],
the),
flexicon(det,[agr=Agr],the),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)])]),
w( results, [
pos(nns), root(result),loc(5),lnks(5),txt("results"),
truecase('LOWER'),link(1,'NP',r('NP',seg(4,5))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xResultTheWord,"results"),
cycWord(xResultTheWord),
cycTerm(eventOutcomes,nartR(tColOfSingletonCollectionFn,eventOutcomes),rtAsymmetricBinaryPredicate),
cycTerm(eventResults,rtAsymmetricBinaryPredicate,rtTransitiveBinaryPredicate),
ac(singular,xResultTheWord,result),
clex_word(verb,results,result,iv+finsg),
clex_word(noun,results,result,neutr+pl-count),
ttholds(inflNounPluralUnchecked,'TTWord_Result',"results"),
ttholds(inflVerbThirdPersonSingularPresentUnchecked,'TTWord_Result',"results"),
talk_db(noun1,result,results),
talk_db(noun_or_verb,results,resulting,result),
talk_db(intransitive,result,results,resulted,resulting,resulted)]),
w( published, [
pos(vbn), root(publish),loc(6),lnks(5),
txt("published"),truecase('LOWER'),
link(1,'VP',r('VP',seg(6,10))),
link(2,'NP',r('NP',seg(4,10))),
link(3,'VP',r('VP',seg(3,10))),
link(4,'S',r('S',seg(1,11))), link(5,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xPublishTheWord,"published"),
cycWord(xPublishTheWord),
ac(infinitive,xPublishTheWord,publish),
ac(nonGradableAdjectiveForm,xPublishTheWord,published),
clex_word(verb,published,publish,tv+pp),
clex_word(adj,published,published,unknown),
ttholds(inflVerbUnchecked,'TTWord_Publish',"published"),
ttholds(inflVerbPastUnchecked,'TTWord_Publish',"published"),
ttholds(inflExpletiveUnchecked,'TTWord_Published',"published"),
talk_db(transitive,publish,publishes,published,publishing,published)]),
w( in, [
pos(in), root(in),loc(7),lnks(6),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(7,10))),
link(2,'VP',r('VP',seg(6,10))),
link(3,'NP',r('NP',seg(4,10))),
link(4,'VP',r('VP',seg(3,10))),
link(5,'S',r('S',seg(1,11))), link(6,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( major, [
pos(jj), root(major),loc(8),lnks(7),txt("major"),
truecase('LOWER'),link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(regularDegree,xMajorTheWord,"major"),
cycWord(xMajorTheWord),
cycTerm(tMajorBugzillaBugReport,ttBugzillaBugReportTypeBySeverity,ttTemporalStuffType),
ac(singular,xMajorTheWord,"major"),
cycTerm(mobMajorRank,mobCommissionedOfficerTypeByRank,ttUSMarinesRank),
ac(regularDegree,xMajorTheWord,major),
ac(singular,xMajorTheWord,major),
clex_word(verb,major,major,iv+infpl),
clex_word(noun,major,major,human+sg-count),
clex_word(adj,major,major,unknown),
fsr( major-a,
importance,
[ [ [ [ factor-c, n,head],
[ interested_party-c, pp,dep],
[ undertaking-c, dni,null]],
3],
[ [ [ factor-c, n,head],
[ field-c, dni,null]],
1],
[ [ [ field-c, a,dep],
[ factor-c, n,head],
[ time-e, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, dni,null]],
2],
[ [ [ field-c, a,dep],
[ factor-c, n,head]],
1],
[ [ [ interested_party-c, np,ext],
[ factor-c, n,head],
[ explanation-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ interested_party-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ field-c, ini,null]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep]],
5],
[ [ [ factor-c, n,head],
[ field-c, pp,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pp,dep],
[ reason-e, sub,dep]],
1],
[ [ [ factor-c, n,head],
[ undertaking-c, pping,dep]],
2]]),
concept(fn,importance),
ttholds(inflAdjective,'TTWord_Major',"major")]),
w( national, [
pos(jj), root(national),loc(9),lnks(7),
txt("national"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(nonGradableAdjectiveForm,xNationalTheWord,"national"),
cycWord(xNationalTheWord),
ac(regularDegree,xNationTheWord,"national"),
cycWord(xNationTheWord),
cycTerm(nartR(tColOfThingDescribableAsFn,xNationTheWord,xtAdjectiveGradable),tIntermediateVocabTerm,tCol),
ac(singular,xNationalTheWord,"national"),
cycTerm(citizens,rtCitizenshipDesignatingPredicate,rtCoexistingObjectsPredicate),
ac(nonGradableAdjectiveForm,xNationalTheWord,national),
ac(regularDegree,xNationTheWord,national),
ac(singular,xNationalTheWord,national),
clex_word(noun,national,national,human+sg-count),
clex_word(adj,national,national,unknown), fsr(national-a,origin,[]),concept(fn,origin),
fsr(national-a,political_locales,[]), concept(fn,political_locales),fsr(national-n,origin,[]),
fsr(national-n,people_by_jurisdiction,[]),
concept(fn,people_by_jurisdiction),
ttholds(inflAdjective,'TTWord_National',"national"),
ttholds(inflNounSingular,'TTWord_National',"national"),
talk_db(adj,national)]),
w( newspapers, [
pos(nns), root(newspaper),loc(10),lnks(7),
txt("newspapers"),truecase('LOWER'),
link(1,'NP',r('NP',seg(8,10))),
link(2,'PP',r('PP',seg(7,10))),
link(3,'VP',r('VP',seg(6,10))),
link(4,'NP',r('NP',seg(4,10))),
link(5,'VP',r('VP',seg(3,10))),
link(6,'S',r('S',seg(1,11))), link(7,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
ac(plural,xNewspaperTheWord,"newspapers"),
cycWord(xNewspaperTheWord),
cycTerm(tObjectNewspaperCopy,ttSpatiallyDisjointObjectType,ttExistingObjectType),
cycTerm(cwNewspaperIssue,tSet,ttClarifyingCollectionType),
cycTerm(tGroupedNewspaperSeries,ttExistingObjectType,ttDBPediaOWLClass),
ac(singular,xNewspaperTheWord,newspaper),
clex_word(noun,newspapers,newspaper,neutr+pl-count),
ttholds(inflNounPlural,'TTWord_Newspaper',"newspapers"),
talk_db(noun1,newspaper,newspapers)]),
w( '.', [
pos('.'), root('.'),loc(11),lnks(2),txt("."),
link(1,'S',r('S',seg(1,11))), link(2,'CORENLP',r('CORENLP',seg(1,11))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[adj(several)],delegate),
[ reduced_rel(Wh_S,s(np(3+pl,wh(Wh_S),[]),verb(main+tv,get,passive,inf,[],[]),[],[])),
reduced_rel( Wh_S9,
s( np(3+pl,np_head(Det,det(the(pl)),[],result),[]),
verb(main+tv,publish,active,past+fin,[],[root]),
[ arg(dirO,np(3+pl,wh(Wh_S9),[]))],
[]))]),
verb(main+tv,in,active,pres+fin,[],[root]),
[ arg(dirO,np(3+pl,np_head(Generic11,generic,[adj(major),adj(national)],newspaper),[]))],
[])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* i_sentence = assertion80( pred(
quantS( identityQ(IdentityQ),
_5646284&_5646286-Delegate_Several,
'`'('`'(property(Delegate_Several,several,pos))&ti(delegate,Delegate_Several)),
'`'(true),
[ pred(
quantS( identityQ(IdentityQ1),
_5705606&_5705608-Delegate_Several, '`'(true),'`'(true),
[],
_5698358&_5698360-Generic),
identityQ([]),
generic_pred(frame_90718,thing,mg(get),Mg23,Generic),
[ quantS(voidQ,Mg2325-Mg23,'`'(true),'`'(true),[],QuantS)]),
pred(
quantS( identityQ(IdentityQ4),
Np_head-QualifiedBy,
'`'(qualifiedBy(QualifiedBy,Np_head,np_head(Det,det(the(pl)),[],result))),
'`'(true),
[],
Np_head-_5740356),
identityQ([in_past,root]),
generic_pred(frame_90719,thing,mg(publish),_5638982,Generic5),
[ quantS( identityQ(IdentityQ6),
_5769968&_5769970-Delegate_Several, '`'(true),'`'(true),
[],
_5762720&_5762722-Generic5)])],
_5638824&_5638826-Mg),
identityQ([root]),
generic_pred(frame_90717,thing,mg(in),Mg,Generic7),
[ quantS( identityQ(IdentityQ8),
thing&Thing-Newspaper_National_Major,
`( ( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major))),
'`'(true),
[],
thing&Thing-Generic7)])). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* clausify80 = answer80([]) :-
( '`'(property(Newspaper_National_Major,major,adj)) &
'`'(property(Newspaper_National_Major,national,adj)) &
ti(newspaper,Newspaper_National_Major)) ,
'`'(property(Mg_Delegate_Several,several,pos))&ti(delegate,Mg_Delegate_Several) ,
generic_pred(frame_90718,thing,mg(get),Mg,Mg_Delegate_Several) ,
modalized( in_past,
true,generic_pred(frame_90719,thing,mg(publish),Mg6,Mg_Delegate_Several),true,true) ,
qualifiedBy(Mg6,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Mg,
( generic_pred(frame_90717,thing,mg(in),Mg_Delegate_Several,Newspaper_National_Major))). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates in the past getting the results in the past publishing in major national newspapers .".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_drs=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* simplify80 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_90718,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_90719,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_90717,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_fol=failure.
%~ missing(database80(property(_37886,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ results80=[[false]].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ any_to_ace_str="Several delegates got the results published in major national newspapers.".
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ try_ace_eng=failure.
%~ ?- c88("Several delegates got the results published in major national newspapers.").
/* compile80 = ( ( ( database80(property(Newspaper_National_Major,major,adj)) ,
database80(property(Newspaper_National_Major,national,adj)) ,
database80(ti(newspaper,Newspaper_National_Major)) ,
database80(property(In_Delegate_Several,several,pos)) ,
database80(ti(delegate,In_Delegate_Several)) ,
database80(generic_pred(frame_90718,thing,get,Get,In_Delegate_Several)) ,
database80( modalized(in_past,generic_pred(frame_90719,thing,publish,Publish,In_Delegate_Several))) ,
database80(qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result))) ,
database80(generic_pred(frame_90717,thing,in,In_Delegate_Several,Newspaper_National_Major))) ->
False_True=true ;
False_True=false) ,
respond([False_True])). */
%~ missing(database80(property(_9302,major,adj))).
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ capture80="false.".
penn_tree_to_segs(
[ 'CORENLP',
[ 'S',
[ 'NP',
['JJ','Several'],
['NNS',delegates]],
[ 'VP',
['VBD',got],
[ 'NP',
[ 'NP',
['DT',the],
['NNS',results]],
[ 'VP',
['VBN',published],
[ 'PP',
['IN',in],
[ 'NP',
['JJ',major],
['JJ',national],
['NNS',newspapers]]]]]],
['.','.']]],
_4200034).
%~ call_residue_vars=[].
%~ ?- c88("Several delegates got the results published in major national newspapers.").
%~ e2c_80=failure.
/* c88 = answer80([]) :-
property(Newspaper_National_Major,major,adj) ,
property(Newspaper_National_Major,national,adj) ,
ti(newspaper,Newspaper_National_Major) ,
property(In_Delegate_Several,several,pos) ,
ti(delegate,In_Delegate_Several) ,
generic_pred(frame_90718,thing,get,Generic_Get,In_Delegate_Several) ,
modalized(in_past,generic_pred(frame_90719,thing,publish,Publish,In_Delegate_Several)) ,
qualifiedBy(Publish,Np_head,np_head(Det,det(the(pl)),[],result)) ,
^( Generic_Get,
generic_pred(frame_90717,thing,in,In_Delegate_Several,Newspaper_National_Major)). */
%~ ?-c88("Most Europeans who are resident in Europe can travel freely within Europe.").
%~ list_undefined([]).
%~ ?- c88("Most Europeans who are resident in Europe can travel freely within Europe.").
/* text_to_corenlp_tree = [ 'CORENLP',
[ 'S',
[ 'NP',
[ 'NP',
['JJS','Most'],
['NNPS','Europeans']],
[ 'SBAR',
[ 'NP',
['WP',who]],
[ 'S',
[ 'VP',
['VB',are],
[ 'NP',
[ 'NP',
['JJ',resident]],
[ 'PP',
['IN',in],
[ 'NP',
['NNP','Europe']]]]]]]],
[ 'VP',
['MD',can],
[ 'VP',
['VB',travel],
[ 'ADVP',
['RB',freely]],
[ 'PP',
['IN',within],
[ 'NP',
['NNP','Europe']]]]],
['.','.']]]. */
%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(presentTenseUniversal,md).%~ compat_spp(singular,md).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).%~ compat_spp(regularAdverb,rb).
%~ ?- c88("Most Europeans who are resident in Europe can travel freely within Europe.").
/* into_lexical_segs = [ w( most, [
pos(jjs), root(most),loc(1),lnks(4),txt("Most"),
truecase('INIT_UPPER'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(determinerStrings,xMostTheWord,"most"),
cycWord(xMostTheWord),
cycTerm(iMostNLAttr,tNLGenQuantAttribute,tIndividual),
cycTerm(vMostQuant,vtPositiveIntegerExtent,ttThing),
ac(regularAdverb,xMostTheWord,"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Many',"most"),
ttholds(inflAdjectiveSuperlative,'TTWord_Much',"most"),
ttholds(inflAdverbSuperlative,'TTWord_Much',"most"), sup_op(most,notP([])+more),talk_db(adj,most)]),
w( europeans, [
pos(nnps), root('Europeans'),loc(2),lnks(4),
txt("Europeans"),ner('MISC'),truecase('INIT_UPPER'),
entitylink('Europe'),link(1,'NP',r('NP',seg(1,2))),
link(2,'NP',r('NP',seg(1,7))),link(3,'S',r('S',seg(1,13))),
link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
talk_db(noun1,european,europeans)]),
w( who, [
pos(wp), root(who),loc(3),lnks(5),txt("who"),
truecase('LOWER'),link(1,'NP',r('NP',seg(3,3))),
link(2,'SBAR',r('SBAR',seg(3,7))), link(3,'NP',r('NP',seg(1,7))),link(4,'S',r('S',seg(1,13))),
link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(pronounStrings,xWhoTheWord,"who"),cycWord(xWhoTheWord),
cycTerm(tAgent,ttTemporalStuffType,tSet),
ttholds(inflPronounUnchecked,'TTWord_Who',"who"),
pers_pron_lex(who,agent,3,_1544332,subjA),
flexicon(wh,[gender=male],who),
flexicon(wh,[gender=female],who),
type_wrd_sem(wh_personal_pronoun,who,[sem=who,agr=3,varg=subj+nonsubj]),
type_wrd_sem(relative_pronoun,who,[sem=agent,varg=subj+nonsubj]), whpron_dict(who,tAgent),whpron_dict(who,tThing),
talk_db(pronoun,who)]),
w( are, [
alt(pos(vbp)), root(be),pos(vb),loc(4),lnks(6),
txt("are"),truecase('LOWER'),
link(1,'VP',r('VP',seg(4,7))),link(2,'S',r('S',seg(4,7))),
link(3,'SBAR',r('SBAR',seg(3,7))), link(4,'NP',r('NP',seg(1,7))),link(5,'S',r('S',seg(1,13))),
link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Are',"are"),
ttholds(inflVerbPluralPresent,'TTWord_Be',"are"),
flexicon(bv,[person=2,agr=sg,verb_form=tensed],are),
flexicon(bv,[person=Person,agr=pl,verb_form=tensed],are)]),
w( resident, [
pos(jj), root(resident),loc(5),lnks(8),
txt("resident"),truecase('LOWER'),
link(1,'NP',r('NP',seg(5,5))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(agentiveSg,xResideTheWord,"resident"),
cycWord(xResideTheWord),
cycTerm(mobResidentMedical,mobPersonTypeByPositionInOrg,ttThing),
cycTerm(residentsRole,rtBinaryRolePredicate,ttThing),
cycTerm(residesInRegion,rtCoexistingObjectsPredicate,cycMRFluentProperty),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),"resident"),
cycWord(nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix)),
ac(agentiveSg,xResideTheWord,resident),
ac(singular,nartR(xWordWithSuffixFn,xResideTheWord,xEnt_NounProducingTheSuffix),resident),
clex_word(noun,resident,resident,human+sg-count),
clex_word(adj,resident,resident,unknown),
fsr( resident-n,
residence,
[ [ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, pp,dep]],
10],
[ [ [ location-c, n,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
4],
[ [ [ location-c, ajp,dep],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1],
[ [ [ co_resident-c, target,target],
[ resident-c, target,target],
[ location-c, dni,null]],
1],
[ [ [ co_resident-c, np,ext],
[ resident-c, np,ext],
[ location-c, pp,dep]],
4],
[ [ [ location-c, n,dep],
[ co_resident-c, n,head],
[ resident-c, n,head]],
1],
[ [ [ location-c, poss,gen],
[ co_resident-c, target,target],
[ resident-c, target,target]],
1]]),
concept(fn,residence)]),
w( in, [
pos(in), root(in),loc(6),lnks(8),txt("in"),
truecase('LOWER'),link(1,'PP',r('PP',seg(6,7))),
link(2,'NP',r('NP',seg(5,7))), link(3,'VP',r('VP',seg(4,7))),link(4,'S',r('S',seg(4,7))),
link(5,'SBAR',r('SBAR',seg(3,7))), link(6,'NP',r('NP',seg(1,7))),link(7,'S',r('S',seg(1,13))),
link(8,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xInTheWord,"in"),cycWord(xInTheWord),
cycTerm(inUnderspecifiedcontainer,rtUnderspecifiedPrepositionPredicate,rtTransitiveBinaryPredicate),
cycTerm( objectFoundInLocation,
cycKMFPlusPlusOWLProperty,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtRelativeLocationalPredicate,iCW_CycAnalyticEnvironmentTheProgram)),
cycTerm( temporallySubsumes,
nartR(tColOfSampleInstanceOfTypeForProgramFn,rtBinaryTemporalRelationPredicate,iCW_CycAnalyticEnvironmentTheProgram),
rtComplexTemporalPredicate),
ac(regularAdverb,xInTheWord,"in"),
ac(singular,xInTheWord,"in"),
fsr(in-prep,containment_relation,[]),
concept(fn,containment_relation),
fsr(in-prep,expected_location_of_person,[]),
concept(fn,expected_location_of_person), fsr(in-prep,fields,[]),concept(fn,fields),
fsr(in-prep,in,[]),concept(fn,in),
fsr( in-prep,
locative_relation,
[ [ [ [ figure-c, np,ext],
[ ground-c, np,dep]],
10],
[ [ [ figure-c, np,ext],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1],
[ [ [ direction-e, avp,dep],
[ figure-c, np,ext],
[ ground-c, np,dep]],
1]]), concept(fn,locative_relation),fsr(in-prep,medium,[]),
concept(fn,medium),fsr(in-prep,participation,[]),
concept(fn,participation),fsr(in-prep,taking_time,[]),
concept(fn,taking_time),
fsr(in-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( in-prep,
wearing,
[ [ [ [ clothing-c, np,dep]],
4],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ time-p, avp,dep],
[ clothing-c, np,obj]],
1],
[ [ [ wearer-c, np,ext],
[ clothing-c, np,dep]],
16]]),
concept(fn,wearing),
ttholds(inflExpletiveUnchecked,'TTWord_In',"in"),
ttholds(inflAdjective,'TTWord_In',"in"),
ttholds(inflAdverb,'TTWord_In',"in"),
ttholds(inflNounPlural,'TTWord_In',"in"),
ttholds(inflNounSingular,'TTWord_In',"in"),
ttholds(inflPreposition,'TTWord_In',"in"),
flexicon(timesuffix,[sem=morning,allows_minutes=y],[(in,the,morning)]),
flexicon(timesuffix,[sem=afternoon,allows_minutes=y],[(in,the,afternoon)]),
talk_db(preposition,in)]),
w( europe, [
pos(nnp), root('Europe'),loc(7),lnks(9),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(1),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(true)),
link(1,'NP',r('NP',seg(7,7))),
link(2,'PP',r('PP',seg(6,7))),
link(3,'NP',r('NP',seg(5,7))), link(4,'VP',r('VP',seg(4,7))),link(5,'S',r('S',seg(4,7))),
link(6,'SBAR',r('SBAR',seg(3,7))), link(7,'NP',r('NP',seg(1,7))),link(8,'S',r('S',seg(1,13))),
link(9,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( can, [
pos(md), root(can),loc(8),lnks(3),txt("can"),
truecase('LOWER'),link(1,'VP',r('VP',seg(8,12))),
link(2,'S',r('S',seg(1,13))), link(3,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(presentTenseUniversal,xCanTheModal,"can"), cycWord(xCanTheModal),ac(singular,xCanTheWord,"can"),
cycWord(xCanTheWord),
cycTerm(tObjectCan,ttArtifactTypeByGenericCategory,ttSpatiallyDisjointObjectType),
cycTerm(tPartTypeButtocks,ttUniqueAnatomicalPartType,ttAnimalBodyPartType),
ac(presentTenseUniversal,xCanTheModal,can),
ac(singular,xCanTheWord,can),
clex_word(verb,can,can,tv+infpl),
clex_word(noun,can,can,neutr+sg-count),
fsr( can-n,
containers,
[ [ [ [ container-c, target,target],
[ contents-p, pp,dep]],
13],
[ [ [ type-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target]],
3],
[ [ [ owner-p, poss,gen],
[ material-p, n,dep],
[ container-c, target,target]],
2],
[ [ [ owner-p, poss,gen],
[ container-c, target,target]],
3],
[ [ [ use-p, n,dep],
[ container-c, target,target]],
14],
[ [ [ container-c, target,target],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ use-p, n,dep],
[ container-c, target,target]],
1],
[ [ [ container-c, target,target],
[ contents-p, pp,dep],
[ relative_location-p, pp,dep]],
1],
[ [ [ material-p, n,dep],
[ container-c, target,target]],
6],
[[],1]]),
concept(fn,containers),
fsr( can-n,
measure_volume,
[ [ [ [ count-c, num,quant],
[ size-p, n,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
2],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pping,dep]],
1],
[ [ [ count-c, num,quant],
[ size-p, ajp,dep],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
1],
[ [ [ unit-c, target,target],
[ stuff-c, pp,dep]],
7],
[ [ [ unit-c, target,target],
[ count-c, pp,dep]],
1],
[ [ [ count-c, num,quant],
[ unit-c, target,target],
[ stuff-c, pp,dep]],
14]]), concept(fn,measure_volume),fsr(can-v,capability,[]),
concept(fn,capability),fsr(can-v,firing,[]),
concept(fn,firing),fsr(can-v,likelihood,[]),
concept(fn,likelihood),fsr(can-v,possibility,[]),
concept(fn,possibility),
fsr( can-v,
preserving,
[ [ [ [ undergoer-c, np,ext],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ place-p, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,ext],
[ medium-c, pp,dep],
[ agent-c, cni,null]],
1],
[ [ [ undergoer-c, np,obj],
[ agent-c, np,ext]],
1],
[ [ [ medium-c, pp,dep],
[ medium-c, pp,dep],
[ undergoer-c, np,ext],
[ agent-c, cni,null]],
1]]),
concept(fn,preserving),
ttholds(inflNounSingular,'TTWord_Can',"can"),
ttholds(inflVerbFirstPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbThirdPersonSingularPresent,'TTWord_Can',"can"),
ttholds(inflVerbPluralPresent,'TTWord_Can',"can"),
type_wrd_sem(modal_verb,can,[polarity=positive,modal_sem=can]),
verbnet_map_wn(can,['can%2:41:00'],'fire-10.10'),
concept(vn,'fire-10.10'),
listof(concept(wn),['can%2:41:00']),
verbnet_map_wn(can,['can%2:30:00'],'pocket-9.10'),
concept(vn,'pocket-9.10'),
listof(concept(wn),['can%2:30:00']),
verbnet_to_framenet('fire-10.10',can,'can.02'),
concept(fn,'can.02'),
verbnet_to_framenet('pocket-9.10',can,'can.01'), concept(fn,'can.01'),verbnet_word(can,'fire-10.10',"can"),
verbnet_word(can,'pocket-9.10',"can")]),
w( travel, [
pos(vb), root(travel),loc(9),lnks(4),txt("travel"),
truecase('LOWER'),link(1,'VP',r('VP',seg(9,12))),
link(2,'VP',r('VP',seg(8,12))),
link(3,'S',r('S',seg(1,13))), link(4,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(infinitive,xTravelTheWord,"travel"),
cycWord(xTravelTheWord),
cycTerm(eventMovementProcess,ttProcessType,ttCumulativeEventType),
cycTerm( eventTranslationLocationChange,
ttFirstOrderCollection,
iUI_KeyMovementCollectionsFromTheSecondaryLevelMovementTopic),
ac(infinitive,xTravelTheWord,travel),
clex_word(verb,travel,travel,iv+infpl),
clex_word(verb,travel,travel,tv+infpl),
clex_word(noun,travel,travel,neutr+Neutr-mass), fsr(travel-n,travel,[]),concept(fn,travel),
fsr( travel-v,
motion,
[ [ [ [ theme-c, np,ext],
[ speed-p, pp,dep]],
1]]),
concept(fn,motion),
fsr( travel-v,
travel,
[ [ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep]],
6],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ path-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ speed-p, avp,dep],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, np,obj]],
3],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ purpose-p, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ manner-p, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ mode_of_transportation-c, pp,dep],
[ purpose-p, vpto,dep],
[ goal-c, dni,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ area-c, pp,dep],
[ manner-p, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ distance-p, np,dep],
[ speed-p, avp,dep],
[ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ time-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ frequency-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ path-c, pp,dep]],
1],
[ [ [ duration-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ manner-p, avp,dep],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, np,dep],
[ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ path-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ baggage-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ distance-p, avp,dep],
[ area-c, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
2],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ path-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ manner-p, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ iterations-e, np,dep],
[ period_of_iterations-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ duration-p, pp,dep],
[ area-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, pp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, pp,dep],
[ reason-e, vping,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ frequency-e, n,dep],
[ goal-c, pp,dep],
[ source-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ source-c, pp,dep],
[ purpose-p, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, np,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ period_of_iterations-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ time-p, pp,dep],
[ co_participant-e, avp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, np,obj]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, avp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, avp,dep],
[ co_participant-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ goal-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ iterations-e, avp,dep],
[ period_of_iterations-e, avp,dep],
[ area-c, pp,dep]],
1],
[ [ [ path-c, np,ext],
[ traveler-c, cni,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep],
[ reason-e, vpto,dep]],
1],
[ [ [ traveler-c, np,ext],
[ path-c, avp,dep],
[ path-c, pp,dep],
[ goal-c, pp,dep]],
1],
[ [ [ period_of_iterations-e, pp,dep],
[ traveler-c, np,ext],
[ place-p, avp,dep],
[ goal-c, pp,dep],
[ purpose-p, avp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, vpto,dep],
[ duration-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ co_participant-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ mode_of_transportation-c, pp,dep],
[ goal-c, ini,null]],
2],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ frequency-e, avp,dep],
[ area-c, avp,dep],
[ purpose-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ area-c, pp,dep],
[ frequency-e, np,dep]],
1],
[ [ [ traveler-c, np,ext],
[ source-c, pp,dep],
[ goal-c, pp,dep],
[ mode_of_transportation-c, pp,dep]],
1],
[ [ [ traveler-c, n,head],
[ source-c, pp,dep],
[ reason-e, pp,dep]],
1],
[ [ [ time-p, pp,dep],
[ traveler-c, np,ext],
[ goal-c, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ area-c, pp,dep]],
2],
[ [ [ traveler-c, np,ext],
[ source-c, pping,dep],
[ goal-c, vpto,dep],
[ manner-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ goal-c, pp,dep],
[ time-p, pp,dep]],
1],
[ [ [ traveler-c, np,ext],
[ means-p, pp,dep],
[ travel_means-e, pp,dep],
[ goal-c, ini,null]],
1],
[ [ [ traveler-c, np,ext],
[ traveler-c, np,ext],
[ source-c, pp,dep]],
1]]),
ttholds(inflVerbUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbPluralPresentUnchecked,'TTWord_Travel',"travel"),
ttholds(inflVerbFirstPersonSingularPresentUnchecked,'TTWord_Travel',"travel"),
verbnet_map_wn(travel,['travel%2:38:00','travel%2:38:02'],'run-51.3.2-1'),
concept(vn,'run-51.3.2-1'),
listof(concept(wn),['travel%2:38:00','travel%2:38:02']),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.01'),
concept(fn,'travel.01'),
verbnet_to_framenet('run-51.3.2-1',travel,'travel.02'),
concept(fn,'travel.02'),
verbnet_word(travel,'run-51.3.2-1',"travel")]),
w( freely, [
pos(rb), root(freely),loc(10),lnks(5),txt("freely"),
truecase('LOWER'),link(1,'ADVP',r('ADVP',seg(10,10))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(regularAdverb,xFreeTheWord,"freely"),
cycWord(xFreeTheWord),
ac(regularAdverb,xFreeTheWord,freely),
ac(regularAdverb,xFreeTheWord,free), clex_word(adv,freely,freely,unknown),talk_db(adv,freely)]),
w( within, [
pos(in), root(within),loc(11),lnks(5),txt("within"),
truecase('LOWER'),link(1,'PP',r('PP',seg(11,12))),
link(2,'VP',r('VP',seg(9,12))),
link(3,'VP',r('VP',seg(8,12))),
link(4,'S',r('S',seg(1,13))), link(5,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ac(prepositionStrings,xWithinTheWord,"within"),
cycWord(xWithinTheWord),
fsr(within-prep,locative_relation,[]),
concept(fn,locative_relation),
fsr(within-prep,temporal_collocation,[]),
concept(fn,temporal_collocation),
fsr( within-prep,
within_distance,
[ [ [ [ distance-c, np,obj],
[ ground-c, pp,dep],
[ figure-c, np,ext]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, dni,null]],
2],
[ [ [ figure-c, np,ext],
[ distance-c, np,obj],
[ ground-c, pp,dep]],
16]]),
concept(fn,within_distance),
ttholds(inflPrepositionUnchecked,'TTWord_Within',"within"),
talk_db(preposition,within)]),
w( europe, [
pos(nnp), root('Europe'),loc(12),lnks(6),txt("Europe"),
ner('LOCATION'),truecase('INIT_UPPER'),
entitylink('Europe'),corefed,#(2),
txt(["Europe"]),type('PROPER'),
numb('SINGULAR'),gender('NEUTRAL'),
animacy('INANIMATE'),repm(@(false)),
link(1,'NP',r('NP',seg(12,12))),
link(2,'PP',r('PP',seg(11,12))),
link(3,'VP',r('VP',seg(9,12))),
link(4,'VP',r('VP',seg(8,12))),
link(5,'S',r('S',seg(1,13))), link(6,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
ttholds(inflNounSingular,'TTWord_Europe',"Europe")]),
w( '.', [
pos('.'), root('.'),loc(13),lnks(2),txt("."),
link(1,'S',r('S',seg(1,13))), link(2,'CORENLP',r('CORENLP',seg(1,13))),lex_winfo,
terminator_lex('.',Lex), char_type_sentence('.',tell),char_type_sentence('.',act)])]. */
%~ ?- c88("Most Europeans who are resident in Europe can travel freely within Europe.").
/* sentence80 = decl( s( np( 3+pl,
np_head(Generic,generic,[sup(most,adj(most))],european),
[ reduced_rel( Wh_S,
s( np(3+_2382222,pronoun(agent,3+_2382222),[]),
verb(
aux+aux(be,[pres+fin]), aux(be,[pres+fin]),active,pres+fin,
[],
[ aux(be,[pres+fin]),
root]),
[ arg(dirO,np(3+pl,wh(Wh_S),[]))],
[])),
reduced_rel( Wh_S10,
s( np(3+pl,wh(Wh_S10),[]),
verb(aux+aux(be,Aux_Be),aux(be,Aux_Be),active,pres+fin,[],[root]),
[ arg(arg_pred,adj(resident))],
[ prep_phrase(Prep,prep(in),np(3+sg,nameOf(Europe,europe,[]),[])),
adv(t(can,pres+fin,3+sg))]))]),
verb(main+tv,travel,active,pres+fin,[],[root]),
[adv(freely)],
[ prep_phrase(Prep14,prep(within),np(3+sg,nameOf(Europe12,europe,[]),[]))])). */