_________   ® ® ®   ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®   ® ® ®    _________ learned(circle)  _______________________________                 ® ® ®                       ® ® ® ® ® ® ®                 ® ® ® ® ® ® ® ® ®             ® ® ® ® ® ® ® ® ® ® ®           ® ® ® ® ® ® ® ® ® ® ®           ® ® ® ® ® ® ® ® ® ® ®             ® ® ® ® ® ® ® ® ®                 ® ® ® ® ® ® ®                       ® ® ®                                            _______________________________ learned(round)  _________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________ learned(hollow)  _________     ®       ® ® ®   ® ® ® ® ®   ® ® ®       ®      _________ learned(diamond)  _________   ®   ®   ® ® ® ® ® ® ® ® ® ®   ® ® ®       ®      _________ learned(heart)  _________   ® ® ®   ® ® ® ® ® ® ® ® ® ®   ® ® ®       ®      _________ learned(spade)  _________         ®       ® ®     ® ® ®   ® ® ® ® ® ® ® ® ®  _________ learned(right_triangle)  _________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________ learned(building)  _____________       ®           ® ® ®       ® ® ® ® ®   ® ® ® ® ® ® ®  _____________ learned(triangle) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v(e41c6fd3)) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e41c6fd3),[lmDSL([(iz(_29074,spaceship),color(_29074,cyan),vert_pos(_29074,spaceship)-->iz(_29098,spaceship)),vert_pos(_29098,spaceship)])]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  _____________________________________________  _____________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________________  _____________________________________________ test(v(e41c6fd3)*(trn+0)+in) test(v(e41c6fd3)*(trn+0)+out) IN OUT grid_dim=grid_size(23, 13). grid_dim=grid_size(23, 13). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 251.0). cc:0=cc(black, 251.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(red, 16.0). cc:2=cc(red, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0).  _____________________________________________  _____________________________________________ С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С Ꮈ Ꮈ С С С С С С С С С С ʂ ʂ ʂ ʂ ʛ ʛ ʂ ʂ ʂ ʂ ʂ ϭ ϭ ʂ ʂ ʂ ʂ Ј Ј ʂ ʂ ʂ ʂ С С С С С С С С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С С Ꮡ Ꮡ С С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С Ꮈ С С Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʂ ʂ ʛ ʂ ʂ ʂ ϭ ʂ ʂ ϭ ʂ ʂ Ј ʂ ʂ Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С Ꮡ С С Ꮡ С С С С С С С С С С Ꮺ Ꮺ С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ С С Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ  _____________________________________________  _____________________________________________ common(v(e41c6fd3)*(trn+0)+in) common(v(e41c6fd3)*(trn+0)+out) IN OUT grid_dim=grid_size(23, 13). grid_dim=grid_size(23, 13). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 251.0). cc:0=cc(black, 251.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(red, 16.0). cc:2=cc(red, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0). compare_objs1([perfect]). % Outline: Ꮈ mass(16) color_count(cyan,16.0) size(4,5) loc_xy(11,2) squares outline polygon layer(in) nth(13) % Outline: ϭ mass(16) color_count(cyan,16.0) size(4,5) loc_xy(11,2) squares outline polygon layer(out) nth(10) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: С mass(251) color_count(black,251.0) size(23,13) loc_xy(1,1) squares outline polygon layer(in) nth(12) % Outline: Ꮺ mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,8) squares outline polygon layer(in) nth(15) % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,4) squares outline polygon layer(in) nth(14) _________________________________________________________________________________ groupB=3. % Outline: ʂ mass(251) color_count(black,251.0) size(23,13) loc_xy(1,1) squares outline polygon layer(out) nth(8) % Outline: Ј mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,2) squares outline polygon layer(out) nth(11) % Outline: ʛ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,2) squares outline polygon layer(out) nth(9) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,4) squares outline polygon layer(in) nth(14) % Outline: ʛ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,2) squares outline polygon layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 6)). sameness. % Outline: Ꮺ mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,8) squares outline polygon layer(in) nth(15) % Outline: Ј mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,2) squares outline polygon layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ change_obj(' Ꮺ', ' Ј', [loc_xy(0, diff(+ 6))]), change_obj(' Ꮡ', ' ʛ', [loc_xy(0, diff(+ 2))])].  _____________________________________________  _____________________________________________ С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С Ꮈ Ꮈ С С С С С С С С С С ʂ ʂ ʂ ʂ ʛ ʛ ʂ ʂ ʂ ʂ ʂ ϭ ϭ ʂ ʂ ʂ ʂ Ј Ј ʂ ʂ ʂ ʂ С С С С С С С С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С С Ꮡ Ꮡ С С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С Ꮈ Ꮈ Ꮈ Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʂ ʂ ʂ ϭ ϭ ϭ ϭ ʂ ʂ Ј Ј Ј Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С Ꮈ С С Ꮈ С С С С С С С С С ʂ ʂ ʂ ʛ ʂ ʂ ʛ ʂ ʂ ʂ ϭ ʂ ʂ ϭ ʂ ʂ Ј ʂ ʂ Ј ʂ ʂ ʂ С С С Ꮡ Ꮡ Ꮡ Ꮡ С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С Ꮡ С С Ꮡ С С С С С С С С С С Ꮺ Ꮺ С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ Ꮺ Ꮺ Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С Ꮺ С С Ꮺ С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ  _____________________________________________  _____________________________________________ better(v(e41c6fd3)*(trn+0)+in) better(v(e41c6fd3)*(trn+0)+out) IN OUT grid_dim=grid_size(23, 13). grid_dim=grid_size(23, 13). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 251.0). cc:0=cc(black, 251.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(red, 16.0). cc:2=cc(red, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0). compare_objs1([perfect]). % Outline: Ꮈ mass(16) color_count(cyan,16.0) size(4,5) loc_xy(11,2) squares outline polygon layer(in) nth(13) % Outline: ϭ mass(16) color_count(cyan,16.0) size(4,5) loc_xy(11,2) squares outline polygon layer(out) nth(10) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ꮺ mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,8) squares outline polygon layer(in) nth(15) % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,4) squares outline polygon layer(in) nth(14) % Outline: С mass(251) color_count(black,251.0) size(23,13) loc_xy(1,1) squares outline polygon layer(in) nth(12) _________________________________________________________________________________ groupB=3. % Outline: Ј mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,2) squares outline polygon layer(out) nth(11) % Outline: ʛ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,2) squares outline polygon layer(out) nth(9) % Outline: ʂ mass(251) color_count(black,251.0) size(23,13) loc_xy(1,1) squares outline polygon layer(out) nth(8) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,4) squares outline polygon layer(in) nth(14) % Outline: ʛ mass(16) color_count(red,16.0) size(4,5) loc_xy(4,2) squares outline polygon layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 6)). sameness. % Outline: Ꮺ mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,8) squares outline polygon layer(in) nth(15) % Outline: Ј mass(16) color_count(yellow,16.0) size(4,5) loc_xy(17,2) squares outline polygon layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ change_obj(' Ꮺ', ' Ј', [loc_xy(0, diff(+ 6))]), change_obj(' Ꮡ', ' ʛ', [loc_xy(0, diff(+ 2))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e41c6fd3),[lmDSL([(iz(_657394,spaceship),color(_657394,cyan),vert_pos(_657394,spaceship)-->iz(_657418,spaceship)),vert_pos(_657418,spaceship)])]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v(e41c6fd3)*(trn+1)+in) test(v(e41c6fd3)*(trn+1)+out) IN OUT grid_dim=grid_size(30, 14). grid_dim=grid_size(30, 14). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 356.0). cc:0=cc(black, 356.0). cc:1=cc(purple, 16.0). cc:1=cc(purple, 16.0). cc:2=cc(green, 16.0). cc:2=cc(green, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0). cc:4=cc(blue, 16.0). cc:4=cc(blue, 16.0).  ___________________________________________________________  ___________________________________________________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ Ꮺ ᐈ ᐈ Ꮺ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ С С ϭ ϭ ϭ ϭ Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ꮡ Ꮡ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ Ꮺ ᐡ ᐡ Ꮺ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ Ј ϭ Ј Ј ϭ Ј ϭ ϭ С ϭ С С ϭ С Ꮈ ϭ Ꮈ Ꮈ ϭ Ꮈ Ꮡ ϭ Ꮡ Ꮡ ϭ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ Ꮺ Ꮺ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Ј Ј ϭ ϭ С С С С С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ Ꮺ ᑁ ᑁ Ꮺ ᑁ ϭ ϭ ϭ ϭ Ј Ј ϭ ϭ Ј Ј ϭ ϭ С С ϭ ϭ С С Ꮈ Ꮈ ϭ ϭ Ꮈ Ꮈ Ꮡ Ꮡ ϭ ϭ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ Ꮺ ᑚ ᑚ Ꮺ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ Ꮺ Ꮺ ᑁ ᑁ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  ___________________________________________________________  ___________________________________________________________ common(v(e41c6fd3)*(trn+1)+in) common(v(e41c6fd3)*(trn+1)+out) IN OUT grid_dim=grid_size(30, 14). grid_dim=grid_size(30, 14). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 356.0). cc:0=cc(black, 356.0). cc:1=cc(purple, 16.0). cc:1=cc(purple, 16.0). cc:2=cc(green, 16.0). cc:2=cc(green, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0). cc:4=cc(blue, 16.0). cc:4=cc(blue, 16.0). compare_objs1([perfect]). % Outline: ᐡ mass(16) color_count(cyan,16.0) size(6,4) loc_xy(5,7) squares outline polygon layer(in) nth(17) % Outline: Ј mass(16) color_count(cyan,16.0) size(6,4) loc_xy(5,7) squares outline polygon layer(out) nth(11) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: Ꮺ mass(354) color_count(black,354.0) size(30,14) loc_xy(1,1) squares outline polygon layer(in) nth(15) % Outline: ᑚ mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,11) squares outline polygon layer(in) nth(19) % Outline: ᑁ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,9) squares outline polygon layer(in) nth(18) % Outline: ᐈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,3) squares outline polygon layer(in) nth(16) % Squares: ᑴ mass(2) color_count(black,2.0) size(2,1) loc_xy(15,14) squares nonsquare filled_squared layer(in) nth(20) _________________________________________________________________________________ groupB=4. % Outline: ϭ mass(356) color_count(black,356.0) size(30,14) loc_xy(1,1) squares outline polygon layer(out) nth(10) % Outline: Ꮡ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,7) squares outline polygon layer(out) nth(14) % Outline: Ꮈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,7) squares outline polygon layer(out) nth(13) % Outline: С mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,7) squares outline polygon layer(out) nth(12) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 4)). sameness. % Outline: ᐈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,3) squares outline polygon layer(in) nth(16) % Outline: Ꮈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,7) squares outline polygon layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: ᑁ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,9) squares outline polygon layer(in) nth(18) % Outline: Ꮡ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,7) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 4)). sameness. % Outline: ᑚ mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,11) squares outline polygon layer(in) nth(19) % Outline: С mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,7) squares outline polygon layer(out) nth(12) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑴ', ' Ꮺ'], [' ϭ']), change_obj(' ᑚ', ' С', [loc_xy(0, diff(+ 4))]), change_obj(' ᑁ', ' Ꮡ', [loc_xy(0, diff(+ 2))]), change_obj(' ᐈ', ' Ꮈ', [loc_xy(0, diff(- 4))])].  ___________________________________________________________  ___________________________________________________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ Ꮺ ᐈ ᐈ Ꮺ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ С С ϭ ϭ ϭ ϭ Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ꮡ Ꮡ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ Ꮺ ᐡ ᐡ Ꮺ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ Ј ϭ Ј Ј ϭ Ј ϭ ϭ С ϭ С С ϭ С Ꮈ ϭ Ꮈ Ꮈ ϭ Ꮈ Ꮡ ϭ Ꮡ Ꮡ ϭ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ Ꮺ Ꮺ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Ј Ј ϭ ϭ С С С С С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ Ꮺ ᑁ ᑁ Ꮺ ᑁ ϭ ϭ ϭ ϭ Ј Ј ϭ ϭ Ј Ј ϭ ϭ С С ϭ ϭ С С Ꮈ Ꮈ ϭ ϭ Ꮈ Ꮈ Ꮡ Ꮡ ϭ ϭ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ Ꮺ ᑚ ᑚ Ꮺ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑁ ᑁ Ꮺ Ꮺ ᑁ ᑁ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  ___________________________________________________________  ___________________________________________________________ better(v(e41c6fd3)*(trn+1)+in) better(v(e41c6fd3)*(trn+1)+out) IN OUT grid_dim=grid_size(30, 14). grid_dim=grid_size(30, 14). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 356.0). cc:0=cc(black, 356.0). cc:1=cc(purple, 16.0). cc:1=cc(purple, 16.0). cc:2=cc(green, 16.0). cc:2=cc(green, 16.0). cc:3=cc(cyan, 16.0). cc:3=cc(cyan, 16.0). cc:4=cc(blue, 16.0). cc:4=cc(blue, 16.0). compare_objs1([perfect]). % Outline: ᐡ mass(16) color_count(cyan,16.0) size(6,4) loc_xy(5,7) squares outline polygon layer(in) nth(17) % Outline: Ј mass(16) color_count(cyan,16.0) size(6,4) loc_xy(5,7) squares outline polygon layer(out) nth(11) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Squares: ᑴ mass(2) color_count(black,2.0) size(2,1) loc_xy(15,14) squares nonsquare filled_squared layer(in) nth(20) % Outline: ᑚ mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,11) squares outline polygon layer(in) nth(19) % Outline: ᑁ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,9) squares outline polygon layer(in) nth(18) % Outline: ᐈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,3) squares outline polygon layer(in) nth(16) % Outline: Ꮺ mass(354) color_count(black,354.0) size(30,14) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=4. % Outline: Ꮡ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,7) squares outline polygon layer(out) nth(14) % Outline: Ꮈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,7) squares outline polygon layer(out) nth(13) % Outline: С mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,7) squares outline polygon layer(out) nth(12) % Outline: ϭ mass(356) color_count(black,356.0) size(30,14) loc_xy(1,1) squares outline polygon layer(out) nth(10) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 4)). sameness. % Outline: ᐈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,3) squares outline polygon layer(in) nth(16) % Outline: Ꮈ mass(16) color_count(blue,16.0) size(6,4) loc_xy(19,7) squares outline polygon layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: ᑁ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,9) squares outline polygon layer(in) nth(18) % Outline: Ꮡ mass(16) color_count(green,16.0) size(6,4) loc_xy(25,7) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 4)). sameness. % Outline: ᑚ mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,11) squares outline polygon layer(in) nth(19) % Outline: С mass(16) color_count(purple,16.0) size(6,4) loc_xy(13,7) squares outline polygon layer(out) nth(12) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑴ', ' Ꮺ'], [' ϭ']), change_obj(' ᑚ', ' С', [loc_xy(0, diff(+ 4))]), change_obj(' ᑁ', ' Ꮡ', [loc_xy(0, diff(+ 2))]), change_obj(' ᐈ', ' Ꮈ', [loc_xy(0, diff(- 4))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e41c6fd3),[lmDSL([(iz(_677060,spaceship),color(_677060,cyan),vert_pos(_677060,spaceship)-->iz(_677084,spaceship)),vert_pos(_677084,spaceship)])]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v(e41c6fd3)*(trn+2)+in) test(v(e41c6fd3)*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 420.0). cc:0=cc(black, 420.0). cc:1=cc(yellow, 12.0). cc:1=cc(yellow, 12.0). cc:2=cc(red, 12.0). cc:2=cc(red, 12.0). cc:3=cc(green, 12.0). cc:3=cc(green, 12.0). cc:4=cc(cyan, 12.0). cc:4=cc(cyan, 12.0). cc:5=cc(blue, 12.0). cc:5=cc(blue, 12.0).  ___________________________________________________________  ___________________________________________________________ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ ᐡ ᐡ Ꮡ Ꮡ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑚ ᑚ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ ᑚ ᑚ ᑚ ᑚ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ ᐡ ᐡ ᑴ ᑴ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑚ ᑚ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ ᑚ ᑚ ᑚ ᑚ Ꮡ Ꮡ ᒍ ᒍ ᓝ ᓝ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᓝ ᓝ ᓝ ᓝ ᒍ ᒍ Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  ___________________________________________________________  ___________________________________________________________ common(v(e41c6fd3)*(trn+2)+in) common(v(e41c6fd3)*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 420.0). cc:0=cc(black, 420.0). cc:1=cc(yellow, 12.0). cc:1=cc(yellow, 12.0). cc:2=cc(red, 12.0). cc:2=cc(red, 12.0). cc:3=cc(green, 12.0). cc:3=cc(green, 12.0). cc:4=cc(cyan, 12.0). cc:4=cc(cyan, 12.0). cc:5=cc(blue, 12.0). cc:5=cc(blue, 12.0). compare_objs1([perfect]). % Outline: ᒦ mass(12) color_count(cyan,12.0) size(4,4) loc_xy(14,3) squares outline polygon layer(in) nth(22) % Outline: ᐡ mass(12) color_count(cyan,12.0) size(4,4) loc_xy(14,3) squares outline polygon layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: ᒍ mass(420) color_count(black,420.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(21) % Outline: Ą mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,9) squares outline polygon layer(in) nth(26) % Outline: ᓶ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,8) squares outline polygon layer(in) nth(25) % Outline: ᓝ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,6) squares outline polygon layer(in) nth(24) % Outline: ᒿ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,4) squares outline polygon layer(in) nth(23) _________________________________________________________________________________ groupB=6. % Outline: Ꮡ mass(418) color_count(black,418.0) size(30,16) loc_xy(1,1) squares outline polygon layer(out) nth(14) % Outline: ᑚ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,3) squares outline polygon layer(out) nth(19) % Outline: ᑁ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,3) squares outline polygon layer(out) nth(18) % Outline: ᐈ mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,3) squares outline polygon layer(out) nth(16) % Outline: Ꮺ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,3) squares outline polygon layer(out) nth(15) % Squares: ᑴ mass(2) color_count(black,2.0) size(2,1) loc_xy(17,5) squares nonsquare filled_squared layer(out) nth(20) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 3)). sameness. % Outline: ᓝ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,6) squares outline polygon layer(in) nth(24) % Outline: Ꮺ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,3) squares outline polygon layer(out) nth(15) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 1)). sameness. % Outline: ᒿ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,4) squares outline polygon layer(in) nth(23) % Outline: ᑚ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,3) squares outline polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 5)). sameness. % Outline: ᓶ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,8) squares outline polygon layer(in) nth(25) % Outline: ᑁ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,3) squares outline polygon layer(out) nth(18) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 6)). sameness. % Outline: Ą mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,9) squares outline polygon layer(in) nth(26) % Outline: ᐈ mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,3) squares outline polygon layer(out) nth(16) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᒍ'], [' ᑴ', ' Ꮡ']), change_obj(' Ą', ' ᐈ', [loc_xy(0, diff(+ 6))]), change_obj(' ᓶ', ' ᑁ', [loc_xy(0, diff(+ 5))]), change_obj(' ᒿ', ' ᑚ', [loc_xy(0, diff(+ 1))]), change_obj(' ᓝ', ' Ꮺ', [loc_xy(0, diff(+ 3))])].  ___________________________________________________________  ___________________________________________________________ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ ᐡ ᐡ Ꮡ Ꮡ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑚ ᑚ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ ᑚ ᑚ ᑚ ᑚ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ ᐡ ᐡ ᑴ ᑴ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑚ ᑚ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ ᑚ ᑚ ᑚ ᑚ Ꮡ Ꮡ ᒍ ᒍ ᓝ ᓝ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᓝ ᓝ ᓝ ᓝ ᒍ ᒍ Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᓶ ᓶ ᓶ ᓶ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ą Ą Ą Ą ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  ___________________________________________________________  ___________________________________________________________ better(v(e41c6fd3)*(trn+2)+in) better(v(e41c6fd3)*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 420.0). cc:0=cc(black, 420.0). cc:1=cc(yellow, 12.0). cc:1=cc(yellow, 12.0). cc:2=cc(red, 12.0). cc:2=cc(red, 12.0). cc:3=cc(green, 12.0). cc:3=cc(green, 12.0). cc:4=cc(cyan, 12.0). cc:4=cc(cyan, 12.0). cc:5=cc(blue, 12.0). cc:5=cc(blue, 12.0). compare_objs1([perfect]). % Outline: ᒦ mass(12) color_count(cyan,12.0) size(4,4) loc_xy(14,3) squares outline polygon layer(in) nth(22) % Outline: ᐡ mass(12) color_count(cyan,12.0) size(4,4) loc_xy(14,3) squares outline polygon layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: Ą mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,9) squares outline polygon layer(in) nth(26) % Outline: ᓶ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,8) squares outline polygon layer(in) nth(25) % Outline: ᓝ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,6) squares outline polygon layer(in) nth(24) % Outline: ᒿ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,4) squares outline polygon layer(in) nth(23) % Outline: ᒍ mass(420) color_count(black,420.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(21) _________________________________________________________________________________ groupB=6. % Squares: ᑴ mass(2) color_count(black,2.0) size(2,1) loc_xy(17,5) squares nonsquare filled_squared layer(out) nth(20) % Outline: ᑚ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,3) squares outline polygon layer(out) nth(19) % Outline: ᑁ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,3) squares outline polygon layer(out) nth(18) % Outline: ᐈ mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,3) squares outline polygon layer(out) nth(16) % Outline: Ꮺ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,3) squares outline polygon layer(out) nth(15) % Outline: Ꮡ mass(418) color_count(black,418.0) size(30,16) loc_xy(1,1) squares outline polygon layer(out) nth(14) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 3)). sameness. % Outline: ᓝ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,6) squares outline polygon layer(in) nth(24) % Outline: Ꮺ mass(12) color_count(blue,12.0) size(4,4) loc_xy(3,3) squares outline polygon layer(out) nth(15) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 1)). sameness. % Outline: ᒿ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,4) squares outline polygon layer(in) nth(23) % Outline: ᑚ mass(12) color_count(green,12.0) size(4,4) loc_xy(25,3) squares outline polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 5)). sameness. % Outline: ᓶ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,8) squares outline polygon layer(in) nth(25) % Outline: ᑁ mass(12) color_count(red,12.0) size(4,4) loc_xy(18,3) squares outline polygon layer(out) nth(18) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 6)). sameness. % Outline: Ą mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,9) squares outline polygon layer(in) nth(26) % Outline: ᐈ mass(12) color_count(yellow,12.0) size(4,4) loc_xy(8,3) squares outline polygon layer(out) nth(16) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᒍ'], [' ᑴ', ' Ꮡ']), change_obj(' Ą', ' ᐈ', [loc_xy(0, diff(+ 6))]), change_obj(' ᓶ', ' ᑁ', [loc_xy(0, diff(+ 5))]), change_obj(' ᒿ', ' ᑚ', [loc_xy(0, diff(+ 1))]), change_obj(' ᓝ', ' Ꮺ', [loc_xy(0, diff(+ 3))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e41c6fd3),[lmDSL([(iz(_878386,spaceship),color(_878386,cyan),vert_pos(_878386,spaceship)-->iz(_878410,spaceship)),vert_pos(_878410,spaceship)])]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v(e41c6fd3)*(tst+0)+in) test(v(e41c6fd3)*(tst+0)+out) IN OUT grid_dim=grid_size(30, 17). grid_dim=grid_size(30, 17). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 450.0). cc:0=cc(black, 450.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(green, 15.0). cc:2=cc(green, 15.0). cc:3=cc(cyan, 15.0). cc:3=cc(cyan, 15.0). cc:4=cc(blue, 15.0). cc:4=cc(blue, 15.0).  ___________________________________________________________  ___________________________________________________________ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ С С Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ С С ᐈ ᐈ ᐈ ᐈ ᐈ С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С Ꮈ С С С С С С Ꮡ ᐡ ᐡ ᐡ ᐡ Ꮺ С С С С С С ᐈ С С С С С С ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ С С С Ꮈ Ꮈ Ꮈ С С С С Ꮡ Ꮡ Ꮡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ С С С С ᐈ ᐈ ᐈ С С С С С ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ С С Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ С С ᐈ ᐈ ᐈ ᐈ ᐈ С С С С ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С Ꮈ С С С С С С Ꮡ С С С С Ꮺ С С С С С С ᐈ С С С С С С ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С  ___________________________________________________________  ___________________________________________________________ common(v(e41c6fd3)*(tst+0)+in) common(v(e41c6fd3)*(tst+0)+out) IN OUT grid_dim=grid_size(30, 17). grid_dim=grid_size(30, 17). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 450.0). cc:0=cc(black, 450.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(green, 15.0). cc:2=cc(green, 15.0). cc:3=cc(cyan, 15.0). cc:3=cc(cyan, 15.0). cc:4=cc(blue, 15.0). cc:4=cc(blue, 15.0). compare_objs1([perfect]). % Outline: ᑴ mass(15) color_count(cyan,15.0) size(5,5) loc_xy(22,8) squares outline polygon layer(in) nth(20) % Outline: ᐈ mass(15) color_count(cyan,15.0) size(5,5) loc_xy(22,8) squares outline polygon layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Outline: ᑁ mass(450) color_count(black,450.0) size(30,17) loc_xy(1,1) squares outline polygon layer(in) nth(18) % Outline: ᒦ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,13) squares outline polygon layer(in) nth(22) % Outline: ᒍ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,10) squares outline polygon layer(in) nth(21) % Outline: ᑚ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,3) squares outline polygon layer(in) nth(19) _________________________________________________________________________________ groupB=5. % Outline: С mass(444) color_count(black,444.0) size(30,17) loc_xy(1,1) squares outline polygon layer(out) nth(12) % Outline: Ꮺ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,8) squares outline polygon layer(out) nth(15) % Outline: Ꮡ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,8) squares outline polygon layer(out) nth(14) % Outline: Ꮈ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,8) squares outline polygon layer(out) nth(13) % Polygon: ᐡ mass(6) color_count(black,6.0) size(4,2) loc_xy(13,9) squares polygon layer(out) nth(17) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 5)). sameness. % Outline: ᒦ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,13) squares outline polygon layer(in) nth(22) % Outline: Ꮡ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,8) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: ᒍ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,10) squares outline polygon layer(in) nth(21) % Outline: Ꮈ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,8) squares outline polygon layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). sameness. % Outline: ᑚ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,3) squares outline polygon layer(in) nth(19) % Outline: Ꮺ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,8) squares outline polygon layer(out) nth(15) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑁ'], [' ᐡ', ' С']), change_obj(' ᑚ', ' Ꮺ', [loc_xy(0, diff(- 5))]), change_obj(' ᒍ', ' Ꮈ', [loc_xy(0, diff(+ 2))]), change_obj(' ᒦ', ' Ꮡ', [loc_xy(0, diff(+ 5))])].  ___________________________________________________________  ___________________________________________________________ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ С С Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ С С ᐈ ᐈ ᐈ ᐈ ᐈ С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С Ꮈ С С С С С С Ꮡ ᐡ ᐡ ᐡ ᐡ Ꮺ С С С С С С ᐈ С С С С С С ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ С С С Ꮈ Ꮈ Ꮈ С С С С Ꮡ Ꮡ Ꮡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ С С С С ᐈ ᐈ ᐈ С С С С С ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ С С Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ С С Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ С С ᐈ ᐈ ᐈ ᐈ ᐈ С С С С ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С Ꮈ С С С С С С Ꮡ С С С С Ꮺ С С С С С С ᐈ С С С С С С ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С  ___________________________________________________________  ___________________________________________________________ better(v(e41c6fd3)*(tst+0)+in) better(v(e41c6fd3)*(tst+0)+out) IN OUT grid_dim=grid_size(30, 17). grid_dim=grid_size(30, 17). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 450.0). cc:0=cc(black, 450.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(green, 15.0). cc:2=cc(green, 15.0). cc:3=cc(cyan, 15.0). cc:3=cc(cyan, 15.0). cc:4=cc(blue, 15.0). cc:4=cc(blue, 15.0). compare_objs1([perfect]). % Outline: ᑴ mass(15) color_count(cyan,15.0) size(5,5) loc_xy(22,8) squares outline polygon layer(in) nth(20) % Outline: ᐈ mass(15) color_count(cyan,15.0) size(5,5) loc_xy(22,8) squares outline polygon layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Outline: ᒦ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,13) squares outline polygon layer(in) nth(22) % Outline: ᒍ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,10) squares outline polygon layer(in) nth(21) % Outline: ᑚ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,3) squares outline polygon layer(in) nth(19) % Outline: ᑁ mass(450) color_count(black,450.0) size(30,17) loc_xy(1,1) squares outline polygon layer(in) nth(18) _________________________________________________________________________________ groupB=5. % Polygon: ᐡ mass(6) color_count(black,6.0) size(4,2) loc_xy(13,9) squares polygon layer(out) nth(17) % Outline: Ꮺ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,8) squares outline polygon layer(out) nth(15) % Outline: Ꮡ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,8) squares outline polygon layer(out) nth(14) % Outline: Ꮈ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,8) squares outline polygon layer(out) nth(13) % Outline: С mass(444) color_count(black,444.0) size(30,17) loc_xy(1,1) squares outline polygon layer(out) nth(12) _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 5)). sameness. % Outline: ᒦ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,13) squares outline polygon layer(in) nth(22) % Outline: Ꮡ mass(15) color_count(blue,15.0) size(5,5) loc_xy(10,8) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(+ 2)). sameness. % Outline: ᒍ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,10) squares outline polygon layer(in) nth(21) % Outline: Ꮈ mass(15) color_count(green,15.0) size(5,5) loc_xy(3,8) squares outline polygon layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). sameness. % Outline: ᑚ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,3) squares outline polygon layer(in) nth(19) % Outline: Ꮺ mass(15) color_count(yellow,15.0) size(5,5) loc_xy(15,8) squares outline polygon layer(out) nth(15) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑁ'], [' ᐡ', ' С']), change_obj(' ᑚ', ' Ꮺ', [loc_xy(0, diff(- 5))]), change_obj(' ᒍ', ' Ꮈ', [loc_xy(0, diff(+ 2))]), change_obj(' ᒦ', ' Ꮡ', [loc_xy(0, diff(+ 5))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t('25d487eb')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('25d487eb'),[lmDSL([rocketship])]) [ +shape_match, +color_match, -mask_match, -rotation_match, draw_line_from_point, direction_guessing, color_guessing, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____________________________  _____________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________  _____________________________ test(t('25d487eb')*(trn+0)+in) test(t('25d487eb')*(trn+0)+out) IN OUT grid_dim=grid_size(15, 10). grid_dim=grid_size(15, 10). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 141.0). cc:0=cc(black, 132.0). cc:1=cc(red, 8.0). cc:1=cc(blue, 10.0). cc:2=cc(blue, 1.0). cc:2=cc(red, 8.0).  _____________________________  _____________________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ɋ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ɋ Ȗ Ȗ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _____________________________  _____________________________ common(t('25d487eb')*(trn+0)+in) common(t('25d487eb')*(trn+0)+out) IN OUT grid_dim=grid_size(15, 10). grid_dim=grid_size(15, 10). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 141.0). cc:0=cc(black, 132.0). cc:1=cc(red, 8.0). cc:1=cc(blue, 10.0). cc:2=cc(blue, 1.0). cc:2=cc(red, 8.0). compare_objs1([perfect]). % Outline: Ȗ mass(8) color_count(red,8.0) size(3,5) loc_xy(4,3) rectangluar outline polygon layer(in) nth(5) % Outline: Ȗ mass(8) color_count(red,8.0) size(3,5) loc_xy(4,3) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,5) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,5) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(141) color_count(black,141.0) size(15,10) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Outline: Ǽ mass(132) color_count(black,132.0) size(15,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) % Hv_Line(h): ȱ mass(9) color_count(blue,9.0) size(9,1) loc_xy(7,5) hv_line(h) nonsquare filled_squared layer(out) nth(6) _________________________________________________________________________________ disjointed([' Ꮺ'], [' ȱ', ' Ǽ']).  _____________________________  _____________________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ɋ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ɋ Ȗ Ȗ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _____________________________  _____________________________ better(t('25d487eb')*(trn+0)+in) better(t('25d487eb')*(trn+0)+out) IN OUT grid_dim=grid_size(15, 10). grid_dim=grid_size(15, 10). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 141.0). cc:0=cc(black, 132.0). cc:1=cc(red, 8.0). cc:1=cc(blue, 10.0). cc:2=cc(blue, 1.0). cc:2=cc(red, 8.0). compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,5) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,5) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ȗ mass(8) color_count(red,8.0) size(3,5) loc_xy(4,3) rectangluar outline polygon layer(in) nth(5) % Outline: Ȗ mass(8) color_count(red,8.0) size(3,5) loc_xy(4,3) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(141) color_count(black,141.0) size(15,10) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Hv_Line(h): ȱ mass(9) color_count(blue,9.0) size(9,1) loc_xy(7,5) hv_line(h) nonsquare filled_squared layer(out) nth(6) % Outline: Ǽ mass(132) color_count(black,132.0) size(15,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) _________________________________________________________________________________ disjointed([' Ꮺ'], [' ȱ', ' Ǽ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('25d487eb'),[lmDSL([rocketship])]) [ +shape_match, +color_match, -mask_match, -rotation_match, draw_line_from_point, direction_guessing, color_guessing, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _______________________  _______________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________  _______________________ test(t('25d487eb')*(trn+1)+in) test(t('25d487eb')*(trn+1)+out) IN OUT grid_dim=grid_size(12, 12). grid_dim=grid_size(12, 12). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 128.0). cc:0=cc(black, 123.0). cc:1=cc(cyan, 15.0). cc:1=cc(cyan, 15.0). cc:2=cc(green, 1.0). cc:2=cc(green, 6.0).  _______________________  _______________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ ȱ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ꮺ Ꮺ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _______________________  _______________________ common(t('25d487eb')*(trn+1)+in) common(t('25d487eb')*(trn+1)+out) IN OUT grid_dim=grid_size(12, 12). grid_dim=grid_size(12, 12). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 128.0). cc:0=cc(black, 123.0). cc:1=cc(cyan, 15.0). cc:1=cc(cyan, 15.0). cc:2=cc(green, 1.0). cc:2=cc(green, 6.0). compare_objs1([perfect]). % Outline: ȱ mass(15) color_count(cyan,15.0) size(7,4) loc_xy(4,6) rectangluar outline polygon layer(in) nth(6) % Outline: ȱ mass(15) color_count(cyan,15.0) size(7,4) loc_xy(4,6) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,9) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(128) color_count(black,128.0) size(12,12) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Outline: Ǽ mass(123) color_count(black,123.0) size(12,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) % Hv_Line(v): Ȗ mass(5) color_count(green,5.0) size(1,5) loc_xy(7,1) nonsquare hv_line(v) filled_squared layer(out) nth(5) _________________________________________________________________________________ disjointed([' Ꮺ'], [' Ȗ', ' Ǽ']).  _______________________  _______________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ ȱ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ꮺ Ꮺ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _______________________  _______________________ better(t('25d487eb')*(trn+1)+in) better(t('25d487eb')*(trn+1)+out) IN OUT grid_dim=grid_size(12, 12). grid_dim=grid_size(12, 12). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 128.0). cc:0=cc(black, 123.0). cc:1=cc(cyan, 15.0). cc:1=cc(cyan, 15.0). cc:2=cc(green, 1.0). cc:2=cc(green, 6.0). compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,9) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ȱ mass(15) color_count(cyan,15.0) size(7,4) loc_xy(4,6) rectangluar outline polygon layer(in) nth(6) % Outline: ȱ mass(15) color_count(cyan,15.0) size(7,4) loc_xy(4,6) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(128) color_count(black,128.0) size(12,12) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Hv_Line(v): Ȗ mass(5) color_count(green,5.0) size(1,5) loc_xy(7,1) nonsquare hv_line(v) filled_squared layer(out) nth(5) % Outline: Ǽ mass(123) color_count(black,123.0) size(12,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) _________________________________________________________________________________ disjointed([' Ꮺ'], [' Ȗ', ' Ǽ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('25d487eb'),[lmDSL([rocketship])]) [ +shape_match, +color_match, -mask_match, -rotation_match, draw_line_from_point, direction_guessing, color_guessing, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _______________________  _______________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________  _______________________ test(t('25d487eb')*(trn+2)+in) test(t('25d487eb')*(trn+2)+out) IN OUT grid_dim=grid_size(12, 15). grid_dim=grid_size(12, 15). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 171.0). cc:0=cc(black, 161.0). cc:1=cc(green, 8.0). cc:1=cc(red, 11.0). cc:2=cc(red, 1.0). cc:2=cc(green, 8.0).  _______________________  _______________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ȗ Ȗ Ɋ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ȗ Ȗ Ɋ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _______________________  _______________________ common(t('25d487eb')*(trn+2)+in) common(t('25d487eb')*(trn+2)+out) IN OUT grid_dim=grid_size(12, 15). grid_dim=grid_size(12, 15). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 171.0). cc:0=cc(black, 161.0). cc:1=cc(green, 8.0). cc:1=cc(red, 11.0). cc:2=cc(red, 1.0). cc:2=cc(green, 8.0). compare_objs1([perfect]). % Outline: Ȗ mass(8) color_count(green,8.0) size(5,3) loc_xy(3,3) rectangluar outline polygon layer(in) nth(5) % Outline: Ȗ mass(8) color_count(green,8.0) size(5,3) loc_xy(3,3) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,3) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,3) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(171) color_count(black,171.0) size(12,15) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Outline: Ǽ mass(161) color_count(black,161.0) size(12,15) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) % Hv_Line(v): ȱ mass(10) color_count(red,10.0) size(1,10) loc_xy(5,6) nonsquare hv_line(v) filled_squared layer(out) nth(6) _________________________________________________________________________________ disjointed([' Ꮺ'], [' ȱ', ' Ǽ']).  _______________________  _______________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ȗ Ȗ Ɋ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ȗ Ȗ Ɋ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ȗ Ȗ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ȗ Ȗ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ȗ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _______________________  _______________________ better(t('25d487eb')*(trn+2)+in) better(t('25d487eb')*(trn+2)+out) IN OUT grid_dim=grid_size(12, 15). grid_dim=grid_size(12, 15). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 171.0). cc:0=cc(black, 161.0). cc:1=cc(green, 8.0). cc:1=cc(red, 11.0). cc:2=cc(red, 1.0). cc:2=cc(green, 8.0). compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,3) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,3) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ȗ mass(8) color_count(green,8.0) size(5,3) loc_xy(3,3) rectangluar outline polygon layer(in) nth(5) % Outline: Ȗ mass(8) color_count(green,8.0) size(5,3) loc_xy(3,3) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(171) color_count(black,171.0) size(12,15) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Hv_Line(v): ȱ mass(10) color_count(red,10.0) size(1,10) loc_xy(5,6) nonsquare hv_line(v) filled_squared layer(out) nth(6) % Outline: Ǽ mass(161) color_count(black,161.0) size(12,15) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) _________________________________________________________________________________ disjointed([' Ꮺ'], [' ȱ', ' Ǽ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('25d487eb'),[lmDSL([rocketship])]) [ +shape_match, +color_match, -mask_match, -rotation_match, draw_line_from_point, direction_guessing, color_guessing, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____________________  _____________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________  _____________________ test(t('25d487eb')*(tst+0)+in) test(t('25d487eb')*(tst+0)+out) IN OUT grid_dim=grid_size(11, 16). grid_dim=grid_size(11, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 160.0). cc:0=cc(black, 149.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(cyan, 1.0). cc:2=cc(cyan, 12.0).  _____________________  _____________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ ȱ ȱ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ꮺ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ǽ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _____________________  _____________________ common(t('25d487eb')*(tst+0)+in) common(t('25d487eb')*(tst+0)+out) IN OUT grid_dim=grid_size(11, 16). grid_dim=grid_size(11, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 160.0). cc:0=cc(black, 149.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(cyan, 1.0). cc:2=cc(cyan, 12.0). compare_objs1([perfect]). % Outline: ȱ mass(15) color_count(yellow,15.0) size(7,4) loc_xy(2,12) rectangluar outline polygon layer(in) nth(6) % Outline: ȱ mass(15) color_count(yellow,15.0) size(7,4) loc_xy(2,12) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(160) color_count(black,160.0) size(11,16) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Outline: Ǽ mass(149) color_count(black,149.0) size(11,16) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) % Hv_Line(v): Ȗ mass(11) color_count(cyan,11.0) size(1,11) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(out) nth(5) _________________________________________________________________________________ disjointed([' Ꮺ'], [' Ȗ', ' Ǽ']).  _____________________  _____________________ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ȗ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ǽ Ꮺ Ꮺ ȱ ȱ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ ȱ ȱ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ǽ Ꮺ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ꮺ Ꮺ Ꮺ Ǽ ȱ ȱ ȱ Ɋ ȱ ȱ ȱ Ǽ Ǽ Ǽ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ  _____________________  _____________________ better(t('25d487eb')*(tst+0)+in) better(t('25d487eb')*(tst+0)+out) IN OUT grid_dim=grid_size(11, 16). grid_dim=grid_size(11, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 160.0). cc:0=cc(black, 149.0). cc:1=cc(yellow, 15.0). cc:1=cc(yellow, 15.0). cc:2=cc(cyan, 1.0). cc:2=cc(cyan, 12.0). compare_objs1([perfect]). % Point: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) point layer(in) nth(7) % Point: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(7) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ȱ mass(15) color_count(yellow,15.0) size(7,4) loc_xy(2,12) rectangluar outline polygon layer(in) nth(6) % Outline: ȱ mass(15) color_count(yellow,15.0) size(7,4) loc_xy(2,12) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ꮺ mass(160) color_count(black,160.0) size(11,16) loc_xy(1,1) squares outline polygon layer(in) nth(15) _________________________________________________________________________________ groupB=2. % Hv_Line(v): Ȗ mass(11) color_count(cyan,11.0) size(1,11) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(out) nth(5) % Outline: Ǽ mass(149) color_count(black,149.0) size(11,16) loc_xy(1,1) rectangluar outline polygon layer(out) nth(4) _________________________________________________________________________________ disjointed([' Ꮺ'], [' Ȗ', ' Ǽ']). AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t(c444b776)) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(c444b776),[detect_grid]) [ +shape_match, +color_match, -mask_match, -rotation_match, detect_grid, separate_images, find_the_intruder, image_repetition, training, '(2, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____________________________________  _____________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________  _____________________________________ test(t(c444b776)*(trn+0)+in) test(t(c444b776)*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 314.0). cc:0=cc(black, 284.0). cc:1=cc(yellow, 37.0). cc:1=cc(yellow, 37.0). cc:2=cc(orange, 3.0). cc:2=cc(orange, 12.0). cc:3=cc(green, 3.0). cc:3=cc(green, 12.0). cc:4=cc(red, 2.0). cc:4=cc(red, 8.0). cc:5=cc(cyan, 2.0). cc:5=cc(cyan, 8.0).  _____________________________________  _____________________________________ в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ ſ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ƅ Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ŗ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň ś Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ŗ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň ś Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ɖ Ľ Ľ Ľ Ǝ Ľ Ľ Ľ ł Ň Ɠ Ň Ň Ň Ƙ Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ ū Ɲ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ű Ƣ Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ ū Ľ Ľ Ƨ Ľ ł Ň Ň Ň Ň Ű Ň Ň Ƭ Ň в в в в в в в в в ł м м м м м м м м м Ľ Ʊ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň ƶ Ň Ň Ň Ň Ň Ň Ň ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ő ő ő ő ő ő ő ő ő Ō Ō Ō Ō Ō ƻ Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō ƻ Ō Ō Ō ł ő ő ő ő ő ǀ ő ő ő Ō Ō Ō š Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō š Ō Ō Ō Ō Ō ł ő ő ő Ŧ ő ő ő ő ő Ō Ō š Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō š Ō Ō Ō Ō Ō Ō ł ő ő Ŧ ő ő ő ő ő ő Ō Dž Ō Ō Ō NJ Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Dž Ō Ō Ō NJ Ō Ō Ō ł ő Ǐ ő ő ő ǔ ő ő ő Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ő ő ő ő ő ő ő ő ő Ō Ō Ō ŵ Ǚ Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō ŵ Ǚ Ō Ō Ō Ō ł ő ő ő ź Ǟ ő ő ő ő Ō Ō Ō Ō ŵ Ō Ō ǣ Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō ŵ Ō Ō ǣ Ō ł ő ő ő ő ź ő ő Ǩ ő Ō ǭ Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō ǭ Ō Ō Ō Ō Ō Ō Ō ł ő Dz ő ő ő ő ő ő ő  _____________________________________  _____________________________________ common(t(c444b776)*(trn+0)+in) common(t(c444b776)*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 314.0). cc:0=cc(black, 284.0). cc:1=cc(yellow, 37.0). cc:1=cc(yellow, 37.0). cc:2=cc(orange, 3.0). cc:2=cc(orange, 12.0). cc:3=cc(green, 3.0). cc:3=cc(green, 12.0). cc:4=cc(red, 2.0). cc:4=cc(red, 8.0). cc:5=cc(cyan, 2.0). cc:5=cc(cyan, 8.0). compare_objs1([perfect]). % Outline: Ō mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(in) nth(40) % Outline: Ō mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(40) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ł mass(37) color_count(yellow,37.0) size(19,19) loc_xy(1,1) rectangluar outline polygon layer(in) nth(38) % Outline: ł mass(37) color_count(yellow,37.0) size(19,19) loc_xy(1,1) rectangluar outline polygon layer(out) nth(38) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ŵ mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,17) rectangluar polygon layer(in) nth(48) % Polygon: ŵ mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,17) rectangluar polygon layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: š mass(2) color_count(red,2.0) size(2,2) loc_xy(3,13) rectangluar polygon layer(in) nth(44) % Polygon: š mass(2) color_count(red,2.0) size(2,2) loc_xy(3,13) rectangluar polygon layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ƻ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(62) % Point: ƻ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(62) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(2,15) point layer(in) nth(64) % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(2,15) point layer(out) nth(64) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: NJ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(65) % Point: NJ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(65) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǚ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,17) point layer(in) nth(68) % Point: Ǚ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,17) point layer(out) nth(68) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(in) nth(70) % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(70) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǭ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(72) % Point: ǭ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(72) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: ц mass(81) color_count(black,81.0) size(9,9) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(128) % Outline: м mass(81) color_count(black,81.0) size(9,9) loc_xy(11,1) squares rectangluar outline filled_squared layer(in) nth(126) % Outline: в mass(81) color_count(black,81.0) size(9,9) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(124) _________________________________________________________________________________ groupB=27. % Outline: Ľ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(37) % Outline: Ň mass(71) color_count(black,71.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(out) nth(39) % Outline: ő mass(71) color_count(black,71.0) size(9,9) loc_xy(11,11) rectangluar outline polygon layer(out) nth(41) % Polygon: Ŗ mass(2) color_count(red,2.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(42) % Polygon: ś mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(out) nth(43) % Polygon: Ŧ mass(2) color_count(red,2.0) size(2,2) loc_xy(13,13) rectangluar polygon layer(out) nth(45) % Polygon: ū mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,7) rectangluar polygon layer(out) nth(46) % Polygon: Ű mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,7) rectangluar polygon layer(out) nth(47) % Polygon: ź mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(out) nth(49) % Point: Dz mass(1) color_count(orange,1.0) size(1,1) loc_xy(12,19) point layer(out) nth(73) % Point: Ǩ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(71) % Point: Ǟ mass(1) color_count(orange,1.0) size(1,1) loc_xy(15,17) point layer(out) nth(69) % Point: ǔ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(67) % Point: Ǐ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,15) point layer(out) nth(66) % Point: ǀ mass(1) color_count(orange,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(63) % Point: ƶ mass(1) color_count(orange,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(61) % Point: Ʊ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(60) % Point: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(59) % Point: Ƨ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(58) % Point: Ƣ mass(1) color_count(orange,1.0) size(1,1) loc_xy(15,7) point layer(out) nth(57) % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,7) point layer(out) nth(56) % Point: Ƙ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,5) point layer(out) nth(55) % Point: Ɠ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,5) point layer(out) nth(54) % Point: Ǝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,5) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(out) nth(52) % Point: Ƅ mass(1) color_count(orange,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(51) % Point: ſ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(50) _________________________________________________________________________________ disjointed( [' в', ' м', ' ц'], [ ' Ɖ', ' Ǝ', ' Ƨ', ' Ɠ', ' Ǐ', ' Ƙ', ' ǔ', ' Ƭ', ' Ǩ', ' Ʊ', ' Ɲ', ' ſ', ' ƶ', ' Dz', ' Ƣ', ' Ǟ', ' Ƅ', ' ǀ', ' ū', ' Ű', ' ź', ' Ŗ', ' ś', ' Ŧ', ' Ľ', ' Ň', ' ő']).  _____________________________________  _____________________________________ в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ ſ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ƅ Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ŗ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň ś Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ŗ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň ś Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ɖ Ľ Ľ Ľ Ǝ Ľ Ľ Ľ ł Ň Ɠ Ň Ň Ň Ƙ Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ ū Ɲ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ű Ƣ Ň Ň Ň Ň в в в в в в в в в ł м м м м м м м м м Ľ Ľ Ľ Ľ ū Ľ Ľ Ƨ Ľ ł Ň Ň Ň Ň Ű Ň Ň Ƭ Ň в в в в в в в в в ł м м м м м м м м м Ľ Ʊ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ł Ň ƶ Ň Ň Ň Ň Ň Ň Ň ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł ł Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ő ő ő ő ő ő ő ő ő Ō Ō Ō Ō Ō ƻ Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō ƻ Ō Ō Ō ł ő ő ő ő ő ǀ ő ő ő Ō Ō Ō š Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō š Ō Ō Ō Ō Ō ł ő ő ő Ŧ ő ő ő ő ő Ō Ō š Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō š Ō Ō Ō Ō Ō Ō ł ő ő Ŧ ő ő ő ő ő ő Ō Dž Ō Ō Ō NJ Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Dž Ō Ō Ō NJ Ō Ō Ō ł ő Ǐ ő ő ő ǔ ő ő ő Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō Ō Ō Ō Ō Ō ł ő ő ő ő ő ő ő ő ő Ō Ō Ō ŵ Ǚ Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō ŵ Ǚ Ō Ō Ō Ō ł ő ő ő ź Ǟ ő ő ő ő Ō Ō Ō Ō ŵ Ō Ō ǣ Ō ł ц ц ц ц ц ц ц ц ц Ō Ō Ō Ō ŵ Ō Ō ǣ Ō ł ő ő ő ő ź ő ő Ǩ ő Ō ǭ Ō Ō Ō Ō Ō Ō Ō ł ц ц ц ц ц ц ц ц ц Ō ǭ Ō Ō Ō Ō Ō Ō Ō ł ő Dz ő ő ő ő ő ő ő  _____________________________________  _____________________________________ better(t(c444b776)*(trn+0)+in) better(t(c444b776)*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 314.0). cc:0=cc(black, 284.0). cc:1=cc(yellow, 37.0). cc:1=cc(yellow, 37.0). cc:2=cc(orange, 3.0). cc:2=cc(orange, 12.0). cc:3=cc(green, 3.0). cc:3=cc(green, 12.0). cc:4=cc(red, 2.0). cc:4=cc(red, 8.0). cc:5=cc(cyan, 2.0). cc:5=cc(cyan, 8.0). compare_objs1([perfect]). % Point: ƻ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(62) % Point: ƻ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(62) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(2,15) point layer(in) nth(64) % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(2,15) point layer(out) nth(64) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: NJ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(65) % Point: NJ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(65) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǚ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,17) point layer(in) nth(68) % Point: Ǚ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,17) point layer(out) nth(68) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(in) nth(70) % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(70) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǭ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(72) % Point: ǭ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(72) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ŵ mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,17) rectangluar polygon layer(in) nth(48) % Polygon: ŵ mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,17) rectangluar polygon layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: š mass(2) color_count(red,2.0) size(2,2) loc_xy(3,13) rectangluar polygon layer(in) nth(44) % Polygon: š mass(2) color_count(red,2.0) size(2,2) loc_xy(3,13) rectangluar polygon layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ł mass(37) color_count(yellow,37.0) size(19,19) loc_xy(1,1) rectangluar outline polygon layer(in) nth(38) % Outline: ł mass(37) color_count(yellow,37.0) size(19,19) loc_xy(1,1) rectangluar outline polygon layer(out) nth(38) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ō mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(in) nth(40) % Outline: Ō mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(40) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: ц mass(81) color_count(black,81.0) size(9,9) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(128) % Outline: м mass(81) color_count(black,81.0) size(9,9) loc_xy(11,1) squares rectangluar outline filled_squared layer(in) nth(126) % Outline: в mass(81) color_count(black,81.0) size(9,9) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(124) _________________________________________________________________________________ groupB=27. % Point: Dz mass(1) color_count(orange,1.0) size(1,1) loc_xy(12,19) point layer(out) nth(73) % Point: Ǩ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(71) % Point: Ǟ mass(1) color_count(orange,1.0) size(1,1) loc_xy(15,17) point layer(out) nth(69) % Point: ǔ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(67) % Point: Ǐ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,15) point layer(out) nth(66) % Point: ǀ mass(1) color_count(orange,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(63) % Point: ƶ mass(1) color_count(orange,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(61) % Point: Ʊ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(60) % Point: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(59) % Point: Ƨ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(58) % Point: Ƣ mass(1) color_count(orange,1.0) size(1,1) loc_xy(15,7) point layer(out) nth(57) % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(5,7) point layer(out) nth(56) % Point: Ƙ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,5) point layer(out) nth(55) % Point: Ɠ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,5) point layer(out) nth(54) % Point: Ǝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,5) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(out) nth(52) % Point: Ƅ mass(1) color_count(orange,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(51) % Point: ſ mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(50) % Polygon: Ŗ mass(2) color_count(red,2.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(42) % Polygon: ś mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(out) nth(43) % Polygon: Ŧ mass(2) color_count(red,2.0) size(2,2) loc_xy(13,13) rectangluar polygon layer(out) nth(45) % Polygon: ū mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,7) rectangluar polygon layer(out) nth(46) % Polygon: Ű mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,7) rectangluar polygon layer(out) nth(47) % Polygon: ź mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(out) nth(49) % Outline: Ľ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(37) % Outline: Ň mass(71) color_count(black,71.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(out) nth(39) % Outline: ő mass(71) color_count(black,71.0) size(9,9) loc_xy(11,11) rectangluar outline polygon layer(out) nth(41) _________________________________________________________________________________ disjointed( [' в', ' м', ' ц'], [ ' Ɖ', ' Ǝ', ' Ƨ', ' Ɠ', ' Ǐ', ' Ƙ', ' ǔ', ' Ƭ', ' Ǩ', ' Ʊ', ' Ɲ', ' ſ', ' ƶ', ' Dz', ' Ƣ', ' Ǟ', ' Ƅ', ' ǀ', ' ū', ' Ű', ' ź', ' Ŗ', ' ś', ' Ŧ', ' Ľ', ' Ň', ' ő']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(c444b776),[detect_grid]) [ +shape_match, +color_match, -mask_match, -rotation_match, detect_grid, separate_images, find_the_intruder, image_repetition, training, '(2, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________________  _________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________  _________________ test(t(c444b776)*(trn+1)+in) test(t(c444b776)*(trn+1)+out) IN OUT grid_dim=grid_size(9, 19). grid_dim=grid_size(9, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 152.0). cc:0=cc(black, 142.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 9.0). cc:2=cc(red, 4.0). cc:2=cc(red, 8.0). cc:3=cc(silver, 3.0). cc:3=cc(silver, 6.0). cc:4=cc(blue, 3.0). cc:4=cc(blue, 6.0).  _________________  _________________ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ą ᑚ ĉ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ą ᑚ ĉ ᑚ ᑚ ᑚ Ď ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ď ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ē ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ē ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ę ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ę ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑚ ĝ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑚ ĝ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ģ ᒦ ĩ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ Į ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ij ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ĸ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᓶ ᒦ ᒦ ᒦ ᒦ Ľ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᓶ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ  _________________  _________________ common(t(c444b776)*(trn+1)+in) common(t(c444b776)*(trn+1)+out) IN OUT grid_dim=grid_size(9, 19). grid_dim=grid_size(9, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 152.0). cc:0=cc(black, 142.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 9.0). cc:2=cc(red, 4.0). cc:2=cc(red, 8.0). cc:3=cc(silver, 3.0). cc:3=cc(silver, 6.0). cc:4=cc(blue, 3.0). cc:4=cc(blue, 6.0). compare_objs1([perfect]). % Outline: ᑚ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(in) nth(19) % Outline: ᑚ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(19) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ᒍ mass(9) color_count(yellow,9.0) size(9,1) loc_xy(1,10) hv_line(h) nonsquare filled_squared layer(in) nth(21) % Hv_Line(h): ᒍ mass(9) color_count(yellow,9.0) size(9,1) loc_xy(1,10) hv_line(h) nonsquare filled_squared layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ᓝ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,7) rectangluar polygon layer(in) nth(24) % Polygon: ᓝ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,7) rectangluar polygon layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ᑴ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,8) hv_line(h) nonsquare filled_squared layer(in) nth(20) % Hv_Line(h): ᑴ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,8) hv_line(h) nonsquare filled_squared layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(26) % Point: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(26) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(27) % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(27) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ď mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,3) point layer(in) nth(28) % Point: Ď mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,3) point layer(out) nth(28) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ē mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) point layer(in) nth(29) % Point: ē mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(29) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ę mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,6) point layer(in) nth(30) % Point: Ę mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,6) point layer(out) nth(30) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,7) point layer(in) nth(31) % Point: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,7) point layer(out) nth(31) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ǔ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(67) _________________________________________________________________________________ groupB=9. % Outline: ᒦ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(22) % Hv_Line(h): ᒿ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(out) nth(23) % Polygon: ᓶ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,17) rectangluar polygon layer(out) nth(25) % Point: Ľ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,17) point layer(out) nth(37) % Point: ĸ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,16) point layer(out) nth(36) % Point: ij mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(35) % Point: Į mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,13) point layer(out) nth(34) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(33) % Point: ģ mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(32) _________________________________________________________________________________ disjointed( [' ǔ'], [ ' Į', ' ĸ', ' ij', ' ĩ', ' Ľ', ' ģ', ' ᒿ', ' ᓶ', ' ᒦ']).  _________________  _________________ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ą ᑚ ĉ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ą ᑚ ĉ ᑚ ᑚ ᑚ Ď ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ď ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ē ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ē ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ę ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ Ę ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑚ ĝ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑚ ĝ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ ᑚ ᓝ ᑚ ᑚ ᑚ ᑴ ᑴ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ģ ᒦ ĩ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ Į ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ij ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ĸ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᓶ ᒦ ᒦ ᒦ ᒦ Ľ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᓶ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒦ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ  _________________  _________________ better(t(c444b776)*(trn+1)+in) better(t(c444b776)*(trn+1)+out) IN OUT grid_dim=grid_size(9, 19). grid_dim=grid_size(9, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 152.0). cc:0=cc(black, 142.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 9.0). cc:2=cc(red, 4.0). cc:2=cc(red, 8.0). cc:3=cc(silver, 3.0). cc:3=cc(silver, 6.0). cc:4=cc(blue, 3.0). cc:4=cc(blue, 6.0). compare_objs1([perfect]). % Point: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(26) % Point: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(26) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(27) % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(27) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ď mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,3) point layer(in) nth(28) % Point: Ď mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,3) point layer(out) nth(28) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ē mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) point layer(in) nth(29) % Point: ē mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(29) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ę mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,6) point layer(in) nth(30) % Point: Ę mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,6) point layer(out) nth(30) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,7) point layer(in) nth(31) % Point: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,7) point layer(out) nth(31) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ᓝ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,7) rectangluar polygon layer(in) nth(24) % Polygon: ᓝ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,7) rectangluar polygon layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ᑴ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,8) hv_line(h) nonsquare filled_squared layer(in) nth(20) % Hv_Line(h): ᑴ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,8) hv_line(h) nonsquare filled_squared layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ᒍ mass(9) color_count(yellow,9.0) size(9,1) loc_xy(1,10) hv_line(h) nonsquare filled_squared layer(in) nth(21) % Hv_Line(h): ᒍ mass(9) color_count(yellow,9.0) size(9,1) loc_xy(1,10) hv_line(h) nonsquare filled_squared layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ᑚ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(in) nth(19) % Outline: ᑚ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(19) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ǔ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(67) _________________________________________________________________________________ groupB=9. % Point: Ľ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,17) point layer(out) nth(37) % Point: ĸ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,16) point layer(out) nth(36) % Point: ij mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(35) % Point: Į mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,13) point layer(out) nth(34) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(33) % Point: ģ mass(1) color_count(silver,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(32) % Hv_Line(h): ᒿ mass(2) color_count(silver,2.0) size(2,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(out) nth(23) % Polygon: ᓶ mass(2) color_count(red,2.0) size(2,2) loc_xy(2,17) rectangluar polygon layer(out) nth(25) % Outline: ᒦ mass(71) color_count(black,71.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(22) _________________________________________________________________________________ disjointed( [' ǔ'], [ ' Į', ' ĸ', ' ij', ' ĩ', ' Ľ', ' ģ', ' ᒿ', ' ᓶ', ' ᒦ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(c444b776),[detect_grid]) [ +shape_match, +color_match, -mask_match, -rotation_match, detect_grid, separate_images, find_the_intruder, image_repetition, training, '(2, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________________________________________________________  _________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________________  _________________________________________________________ test(t(c444b776)*(tst+0)+in) test(t(c444b776)*(tst+0)+out) IN OUT grid_dim=grid_size(29, 19). grid_dim=grid_size(29, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 438.0). cc:1=cc(yellow, 65.0). cc:1=cc(yellow, 65.0). cc:2=cc(red, 4.0). cc:2=cc(red, 24.0). cc:3=cc(purple, 2.0). cc:3=cc(purple, 12.0). cc:4=cc(green, 2.0). cc:4=cc(green, 12.0).  _________________________________________________________  _________________________________________________________ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ ǀ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ƻ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ ǀ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Dž Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ǐ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź NJ ź ź ź ź ź Ǝ ź ſ Ƅ Ǐ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ɖ ǔ Ɖ Ɖ Ɖ Ɖ Ɖ Ƙ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ǟ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź Ǚ ź ź ź ź ź Ǝ ź ſ Ƅ Ǟ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ɖ ǣ Ɖ Ɖ Ɖ Ɖ Ɖ Ƙ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ ǭ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź Ǩ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ ǭ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Dz Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ǽ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź Ƿ ź ź ź ź ź ź ſ Ƅ Ƅ Ǽ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ȃ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ȍ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ȇ ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ȍ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ȑ Ɖ Ɖ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ȗ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ ț Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƞ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ȧ Ɲ Ɲ Ɲ Ɲ Ɲ Ƭ Ɲ ſ Ƣ Ȭ Ƣ Ƣ Ƣ Ƣ Ƣ Ʊ Ƣ ſ Ƨ ȱ Ƨ Ƨ Ƨ Ƨ Ƨ ƶ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ ȶ Ɲ Ɲ Ɲ Ɲ Ɲ Ƭ Ɲ ſ Ƣ Ȼ Ƣ Ƣ Ƣ Ƣ Ƣ Ʊ Ƣ ſ Ƨ ɀ Ƨ Ƨ Ƨ Ƨ Ƨ ƶ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ʌ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ɋ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ ɏ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ ɔ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ ə Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ ɞ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ɤ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ɩ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ɮ Ƨ Ƨ  _________________________________________________________  _________________________________________________________ common(t(c444b776)*(tst+0)+in) common(t(c444b776)*(tst+0)+out) IN OUT grid_dim=grid_size(29, 19). grid_dim=grid_size(29, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 438.0). cc:1=cc(yellow, 65.0). cc:1=cc(yellow, 65.0). cc:2=cc(red, 4.0). cc:2=cc(red, 24.0). cc:3=cc(purple, 2.0). cc:3=cc(purple, 12.0). cc:4=cc(green, 2.0). cc:4=cc(green, 12.0). compare_objs1([perfect]). % Outline: Ƅ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(in) nth(51) % Outline: Ƅ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ſ mass(65) color_count(yellow,65.0) size(29,19) loc_xy(1,1) rectangluar outline polygon layer(in) nth(50) % Outline: ſ mass(65) color_count(yellow,65.0) size(29,19) loc_xy(1,1) rectangluar outline polygon layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): Ɠ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,3) nonsquare hv_line(v) filled_squared layer(in) nth(54) % Hv_Line(v): Ɠ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,3) nonsquare hv_line(v) filled_squared layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǀ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,2) point layer(in) nth(63) % Point: ǀ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,2) point layer(out) nth(63) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǐ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,3) point layer(in) nth(66) % Point: Ǐ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,3) point layer(out) nth(66) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǟ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(in) nth(69) % Point: Ǟ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(69) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǭ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) point layer(in) nth(72) % Point: ǭ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) point layer(out) nth(72) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǽ mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(in) nth(75) % Point: Ǽ mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(out) nth(75) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ȍ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(78) % Point: Ȍ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(78) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: ԓ mass(81) color_count(black,81.0) size(9,9) loc_xy(21,11) squares rectangluar outline filled_squared layer(in) nth(167) % Outline: Ԏ mass(81) color_count(black,81.0) size(9,9) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(166) % Outline: ԉ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(165) % Outline: Ӿ mass(81) color_count(black,81.0) size(9,9) loc_xy(21,1) squares rectangluar outline filled_squared layer(in) nth(163) % Outline: ӯ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(160) _________________________________________________________________________________ groupB=40. % Outline: ź mass(73) color_count(black,73.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(49) % Outline: Ɖ mass(73) color_count(black,73.0) size(9,9) loc_xy(21,1) rectangluar outline polygon layer(out) nth(52) % Outline: Ɲ mass(73) color_count(black,73.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(56) % Outline: Ƣ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,11) rectangluar outline polygon layer(out) nth(57) % Outline: Ƨ mass(73) color_count(black,73.0) size(9,9) loc_xy(21,11) rectangluar outline polygon layer(out) nth(58) % Hv_Line(v): Ǝ mass(2) color_count(red,2.0) size(1,2) loc_xy(8,3) nonsquare hv_line(v) filled_squared layer(out) nth(53) % Hv_Line(v): Ƙ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,3) nonsquare hv_line(v) filled_squared layer(out) nth(55) % Hv_Line(v): Ƭ mass(2) color_count(red,2.0) size(1,2) loc_xy(8,13) nonsquare hv_line(v) filled_squared layer(out) nth(59) % Hv_Line(v): Ʊ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,13) nonsquare hv_line(v) filled_squared layer(out) nth(60) % Hv_Line(v): ƶ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,13) nonsquare hv_line(v) filled_squared layer(out) nth(61) % Point: ɮ mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,19) point layer(out) nth(97) % Point: ɩ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,19) point layer(out) nth(96) % Point: ɤ mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,19) point layer(out) nth(95) % Point: ɞ mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,17) point layer(out) nth(94) % Point: ə mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(93) % Point: ɔ mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,17) point layer(out) nth(92) % Point: ɏ mass(1) color_count(red,1.0) size(1,1) loc_xy(25,15) point layer(out) nth(91) % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(90) % Point: Ʌ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(89) % Point: ɀ mass(1) color_count(green,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(88) % Point: Ȼ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(87) % Point: ȶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(86) % Point: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,13) point layer(out) nth(85) % Point: Ȭ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,13) point layer(out) nth(84) % Point: Ȧ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,13) point layer(out) nth(83) % Point: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,12) point layer(out) nth(82) % Point: ț mass(1) color_count(green,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(81) % Point: Ȗ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,12) point layer(out) nth(80) % Point: ȑ mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(79) % Point: ȇ mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(77) % Point: Ȃ mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,7) point layer(out) nth(76) % Point: Ƿ mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,7) point layer(out) nth(74) % Point: Dz mass(1) color_count(red,1.0) size(1,1) loc_xy(25,5) point layer(out) nth(73) % Point: Ǩ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(71) % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(70) % Point: Ǚ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(68) % Point: ǔ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,3) point layer(out) nth(67) % Point: NJ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,3) point layer(out) nth(65) % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(64) % Point: ƻ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,2) point layer(out) nth(62) _________________________________________________________________________________ disjointed( [ ' ӯ', ' ԉ', ' Ԏ', ' Ӿ', ' ԓ'], [ ' Ǚ', ' ȶ', ' ƻ', ' Ȗ', ' Ȼ', ' ț', ' ǣ', ' ɀ', ' Dž', ' Ƞ', ' Ƿ', ' ɔ', ' ȇ', ' ɤ', ' ə', ' ɩ', ' Ȃ', ' ɞ', ' ȑ', ' ɮ', ' NJ', ' Ȧ', ' Ǩ', ' Ʌ', ' Ȭ', ' Ɋ', ' ǔ', ' ȱ', ' Dz', ' ɏ', ' Ǝ', ' Ƭ', ' Ʊ', ' Ƙ', ' ƶ', ' ź', ' Ɲ', ' Ƣ', ' Ɖ', ' Ƨ']).  _________________________________________________________  _________________________________________________________ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ ǀ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ƻ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ ǀ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Dž Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ǐ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź NJ ź ź ź ź ź Ǝ ź ſ Ƅ Ǐ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ɖ ǔ Ɖ Ɖ Ɖ Ɖ Ɖ Ƙ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ǟ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź Ǚ ź ź ź ź ź Ǝ ź ſ Ƅ Ǟ Ƅ Ƅ Ƅ Ƅ Ƅ Ɠ Ƅ ſ Ɖ ǣ Ɖ Ɖ Ɖ Ɖ Ɖ Ƙ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ ǭ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź Ǩ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ ǭ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Dz Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ǽ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź Ƿ ź ź ź ź ź ź ſ Ƅ Ƅ Ǽ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ȃ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ӯ ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ȍ Ƅ Ƅ ſ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ Ӿ ź ź ź ź ź ź ȇ ź ź ſ Ƅ Ƅ Ƅ Ƅ Ƅ Ƅ Ȍ Ƅ Ƅ ſ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ȑ Ɖ Ɖ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ȗ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ ț Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƞ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ȧ Ɲ Ɲ Ɲ Ɲ Ɲ Ƭ Ɲ ſ Ƣ Ȭ Ƣ Ƣ Ƣ Ƣ Ƣ Ʊ Ƣ ſ Ƨ ȱ Ƨ Ƨ Ƨ Ƨ Ƨ ƶ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ ȶ Ɲ Ɲ Ɲ Ɲ Ɲ Ƭ Ɲ ſ Ƣ Ȼ Ƣ Ƣ Ƣ Ƣ Ƣ Ʊ Ƣ ſ Ƨ ɀ Ƨ Ƨ Ƨ Ƨ Ƨ ƶ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ʌ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ɋ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ ɏ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ ɔ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ ə Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ ɞ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ԉ ſ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ Ԏ ſ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ ԓ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ ɤ Ɲ Ɲ ſ Ƣ Ƣ Ƣ Ƣ Ƣ Ƣ ɩ Ƣ Ƣ ſ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ɮ Ƨ Ƨ  _________________________________________________________  _________________________________________________________ better(t(c444b776)*(tst+0)+in) better(t(c444b776)*(tst+0)+out) IN OUT grid_dim=grid_size(29, 19). grid_dim=grid_size(29, 19). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 438.0). cc:1=cc(yellow, 65.0). cc:1=cc(yellow, 65.0). cc:2=cc(red, 4.0). cc:2=cc(red, 24.0). cc:3=cc(purple, 2.0). cc:3=cc(purple, 12.0). cc:4=cc(green, 2.0). cc:4=cc(green, 12.0). compare_objs1([perfect]). % Point: ǀ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,2) point layer(in) nth(63) % Point: ǀ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,2) point layer(out) nth(63) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǐ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,3) point layer(in) nth(66) % Point: Ǐ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,3) point layer(out) nth(66) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǟ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(in) nth(69) % Point: Ǟ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(69) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ǭ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) point layer(in) nth(72) % Point: ǭ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) point layer(out) nth(72) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǽ mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(in) nth(75) % Point: Ǽ mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(out) nth(75) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ȍ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(78) % Point: Ȍ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(78) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): Ɠ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,3) nonsquare hv_line(v) filled_squared layer(in) nth(54) % Hv_Line(v): Ɠ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,3) nonsquare hv_line(v) filled_squared layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ſ mass(65) color_count(yellow,65.0) size(29,19) loc_xy(1,1) rectangluar outline polygon layer(in) nth(50) % Outline: ſ mass(65) color_count(yellow,65.0) size(29,19) loc_xy(1,1) rectangluar outline polygon layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ƅ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(in) nth(51) % Outline: Ƅ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,1) rectangluar outline polygon layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: ԓ mass(81) color_count(black,81.0) size(9,9) loc_xy(21,11) squares rectangluar outline filled_squared layer(in) nth(167) % Outline: Ԏ mass(81) color_count(black,81.0) size(9,9) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(166) % Outline: ԉ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(165) % Outline: Ӿ mass(81) color_count(black,81.0) size(9,9) loc_xy(21,1) squares rectangluar outline filled_squared layer(in) nth(163) % Outline: ӯ mass(81) color_count(black,81.0) size(9,9) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(160) _________________________________________________________________________________ groupB=40. % Point: ɮ mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,19) point layer(out) nth(97) % Point: ɩ mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,19) point layer(out) nth(96) % Point: ɤ mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,19) point layer(out) nth(95) % Point: ɞ mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,17) point layer(out) nth(94) % Point: ə mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(93) % Point: ɔ mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,17) point layer(out) nth(92) % Point: ɏ mass(1) color_count(red,1.0) size(1,1) loc_xy(25,15) point layer(out) nth(91) % Point: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(90) % Point: Ʌ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(89) % Point: ɀ mass(1) color_count(green,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(88) % Point: Ȼ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(87) % Point: ȶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(86) % Point: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,13) point layer(out) nth(85) % Point: Ȭ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,13) point layer(out) nth(84) % Point: Ȧ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,13) point layer(out) nth(83) % Point: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,12) point layer(out) nth(82) % Point: ț mass(1) color_count(green,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(81) % Point: Ȗ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,12) point layer(out) nth(80) % Point: ȑ mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(79) % Point: ȇ mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(77) % Point: Ȃ mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,7) point layer(out) nth(76) % Point: Ƿ mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,7) point layer(out) nth(74) % Point: Dz mass(1) color_count(red,1.0) size(1,1) loc_xy(25,5) point layer(out) nth(73) % Point: Ǩ mass(1) color_count(red,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(71) % Point: ǣ mass(1) color_count(green,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(70) % Point: Ǚ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(68) % Point: ǔ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,3) point layer(out) nth(67) % Point: NJ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,3) point layer(out) nth(65) % Point: Dž mass(1) color_count(green,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(64) % Point: ƻ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,2) point layer(out) nth(62) % Hv_Line(v): Ǝ mass(2) color_count(red,2.0) size(1,2) loc_xy(8,3) nonsquare hv_line(v) filled_squared layer(out) nth(53) % Hv_Line(v): Ƙ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,3) nonsquare hv_line(v) filled_squared layer(out) nth(55) % Hv_Line(v): Ƭ mass(2) color_count(red,2.0) size(1,2) loc_xy(8,13) nonsquare hv_line(v) filled_squared layer(out) nth(59) % Hv_Line(v): Ʊ mass(2) color_count(red,2.0) size(1,2) loc_xy(18,13) nonsquare hv_line(v) filled_squared layer(out) nth(60) % Hv_Line(v): ƶ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,13) nonsquare hv_line(v) filled_squared layer(out) nth(61) % Outline: ź mass(73) color_count(black,73.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(49) % Outline: Ɖ mass(73) color_count(black,73.0) size(9,9) loc_xy(21,1) rectangluar outline polygon layer(out) nth(52) % Outline: Ɲ mass(73) color_count(black,73.0) size(9,9) loc_xy(1,11) rectangluar outline polygon layer(out) nth(56) % Outline: Ƣ mass(73) color_count(black,73.0) size(9,9) loc_xy(11,11) rectangluar outline polygon layer(out) nth(57) % Outline: Ƨ mass(73) color_count(black,73.0) size(9,9) loc_xy(21,11) rectangluar outline polygon layer(out) nth(58) _________________________________________________________________________________ disjointed( [ ' ӯ', ' ԉ', ' Ԏ', ' Ӿ', ' ԓ'], [ ' Ǚ', ' ȶ', ' ƻ', ' Ȗ', ' Ȼ', ' ț', ' ǣ', ' ɀ', ' Dž', ' Ƞ', ' Ƿ', ' ɔ', ' ȇ', ' ɤ', ' ə', ' ɩ', ' Ȃ', ' ɞ', ' ȑ', ' ɮ', ' NJ', ' Ȧ', ' Ǩ', ' Ʌ', ' Ȭ', ' Ɋ', ' ǔ', ' ȱ', ' Dz', ' ɏ', ' Ǝ', ' Ƭ', ' Ʊ', ' Ƙ', ' ƶ', ' ź', ' Ɲ', ' Ƣ', ' Ɖ', ' Ƨ']). AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('94133066')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('94133066'),[lmDSL([largest_indiv,trim_to_rect,rot90,flipV])]) [ -mask_match, -shape_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _____________________________________  _________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(v('94133066')*(trn+0)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________ test(v('94133066')*(trn+0)+in) IN OUT grid_dim=grid_size(19, 23). grid_dim=grid_size(9, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 344.0). cc:0=cc(blue, 75.0). cc:1=cc(blue, 75.0). cc:1=cc(cyan, 12.0). cc:2=cc(cyan, 12.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0).  _____________________________________  _________________ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ ᒿ ᒿ ᓝ Ą ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ĉ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓝ Ď ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ Ɋ ʂ ʂ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ Ɋ ʂ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ ʂ ʂ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ē ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ę ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  _________________ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ common(v('94133066')*(trn+0)+out) ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ĩ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  _____________________________________ common(v('94133066')*(trn+0)+in) IN OUT grid_dim=grid_size(19, 23). grid_dim=grid_size(9, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 344.0). cc:0=cc(blue, 75.0). cc:1=cc(blue, 75.0). cc:1=cc(cyan, 12.0). cc:2=cc(cyan, 12.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0). groupA=11. % Outline: ᒿ mass(344) color_count(black,344.0) size(19,23) loc_xy(1,1) squares outline polygon layer(in) nth(23) % Outline: ᓝ mass(75) color_count(blue,75.0) size(10,9) loc_xy(3,2) squares outline polygon layer(in) nth(24) % Outline: ᓶ mass(10) color_count(cyan,10.0) size(4,5) loc_xy(6,4) squares outline polygon layer(in) nth(25) % Dots: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(27) % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(28) % Dots: ē mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,8) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(green,1.0) size(1,1) loc_xy(11,9) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,22) dots layer(in) nth(33) _________________________________________________________________________________ groupB=7. % Outline: Ɋ mass(75) color_count(blue,75.0) size(9,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: ʂ mass(10) color_count(cyan,10.0) size(5,4) loc_xy(3,4) rectangluar outline polygon layer(out) nth(8) % Point: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(13) % Point: С mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(12) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,3) point layer(out) nth(11) % Point: ϭ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(10) % Point: ʛ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(9) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: ē mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,8) dots layer(in) nth(29) % Point: С mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(12) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 2)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(28) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,3) point layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), diff(+ 13)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: ĝ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(31) % Point: ʛ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ę mass(1) color_count(green,1.0) size(1,1) loc_xy(11,9) dots layer(in) nth(30) % Point: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(+ 1)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(26) % Point: ϭ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(10) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 3), 0). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Outline: ᓶ mass(10) color_count(cyan,10.0) size(4,5) loc_xy(6,4) squares outline polygon layer(in) nth(25) % Outline: ʂ mass(10) color_count(cyan,10.0) size(5,4) loc_xy(3,4) rectangluar outline polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(+ 2), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Outline: ᓝ mass(75) color_count(blue,75.0) size(10,9) loc_xy(3,2) squares outline polygon layer(in) nth(24) % Outline: Ɋ mass(75) color_count(blue,75.0) size(9,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĩ', ' ĉ', ' ģ', ' ᒿ']), change_obj( ' ᓝ', ' Ɋ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(+ 2), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ᓶ', ' ʂ', [ visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 3), 0), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ą', ' ϭ', [ loc_xy(diff(- 4), diff(+ 1)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ę', ' Ꮈ', [ loc_xy(diff(+ 3), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ĝ', ' ʛ', [ loc_xy(diff(+ 7), diff(+ 13)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ď', ' Ј', [ loc_xy(diff(+ 4), diff(+ 2)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ē', ' С', [ loc_xy(diff(+ 2), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))])].  _____________________________________  _________________ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ ᒿ ᒿ ᓝ Ą ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ĉ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓝ Ď ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ Ɋ ʂ ʂ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ Ɋ ʂ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ ʂ ʂ ʂ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ē ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ę ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  _________________ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ better(v('94133066')*(trn+0)+out) ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ĩ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  _____________________________________ better(v('94133066')*(trn+0)+in) IN OUT grid_dim=grid_size(19, 23). grid_dim=grid_size(9, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 344.0). cc:0=cc(blue, 75.0). cc:1=cc(blue, 75.0). cc:1=cc(cyan, 12.0). cc:2=cc(cyan, 12.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0). groupA=11. % Dots: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(27) % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(28) % Dots: ē mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,8) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(green,1.0) size(1,1) loc_xy(11,9) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,22) dots layer(in) nth(33) % Outline: ᓶ mass(10) color_count(cyan,10.0) size(4,5) loc_xy(6,4) squares outline polygon layer(in) nth(25) % Outline: ᓝ mass(75) color_count(blue,75.0) size(10,9) loc_xy(3,2) squares outline polygon layer(in) nth(24) % Outline: ᒿ mass(344) color_count(black,344.0) size(19,23) loc_xy(1,1) squares outline polygon layer(in) nth(23) _________________________________________________________________________________ groupB=7. % Point: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(13) % Point: С mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(12) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,3) point layer(out) nth(11) % Point: ϭ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(10) % Point: ʛ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(9) % Outline: ʂ mass(10) color_count(cyan,10.0) size(5,4) loc_xy(3,4) rectangluar outline polygon layer(out) nth(8) % Outline: Ɋ mass(75) color_count(blue,75.0) size(9,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: ē mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,8) dots layer(in) nth(29) % Point: С mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(12) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 2)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(28) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,3) point layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), diff(+ 13)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: ĝ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(31) % Point: ʛ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ę mass(1) color_count(green,1.0) size(1,1) loc_xy(11,9) dots layer(in) nth(30) % Point: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(+ 1)). object_shape(diff((dots->dot))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Dots: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(26) % Point: ϭ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(10) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 3), 0). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Outline: ᓶ mass(10) color_count(cyan,10.0) size(4,5) loc_xy(6,4) squares outline polygon layer(in) nth(25) % Outline: ʂ mass(10) color_count(cyan,10.0) size(5,4) loc_xy(3,4) rectangluar outline polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(+ 2), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 10), diff(+ 13)). sameness. % Outline: ᓝ mass(75) color_count(blue,75.0) size(10,9) loc_xy(3,2) squares outline polygon layer(in) nth(24) % Outline: Ɋ mass(75) color_count(blue,75.0) size(9,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĩ', ' ĉ', ' ģ', ' ᒿ']), change_obj( ' ᓝ', ' Ɋ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(+ 2), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ᓶ', ' ʂ', [ visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 3), 0), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ą', ' ϭ', [ loc_xy(diff(- 4), diff(+ 1)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ę', ' Ꮈ', [ loc_xy(diff(+ 3), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ĝ', ' ʛ', [ loc_xy(diff(+ 7), diff(+ 13)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' Ď', ' Ј', [ loc_xy(diff(+ 4), diff(+ 2)), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))]), change_obj( ' ē', ' С', [ loc_xy(diff(+ 2), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 10), diff(+ 13))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('94133066'),[lmDSL([largest_indiv,trim_to_rect,rot90,flipV])]) [ -mask_match, -shape_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _________________________________________  _________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(v('94133066')*(trn+1)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________ test(v('94133066')*(trn+1)+in) IN OUT grid_dim=grid_size(21, 22). grid_dim=grid_size(9, 9). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(blue, 69.0). cc:1=cc(blue, 69.0). cc:1=cc(red, 9.0). cc:2=cc(red, 9.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(silver, 1.0). cc:4=cc(silver, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0).  _________________________________________  _________________ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ɋ Ȗ Ȗ Ȗ Ȗ Ȗ ʂ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ ȱ ȱ ȱ ȱ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᐡ ᐡ Ȗ ʛ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ  _________________ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ common(v('94133066')*(trn+1)+out) ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒿ ᐡ ᐡ ᐡ ᐡ ᐡ ᓝ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᓶ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ  _________________________________________ common(v('94133066')*(trn+1)+in) IN OUT grid_dim=grid_size(21, 22). grid_dim=grid_size(9, 9). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(blue, 69.0). cc:1=cc(blue, 69.0). cc:1=cc(red, 9.0). cc:2=cc(red, 9.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(silver, 1.0). cc:4=cc(silver, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0). groupA=9. % Outline: ᐡ mass(378) color_count(black,378.0) size(21,22) loc_xy(1,1) squares outline polygon layer(in) nth(17) % Outline: ᑁ mass(69) color_count(blue,69.0) size(9,9) loc_xy(11,2) squares outline polygon layer(in) nth(18) % Outline: ᑚ mass(9) color_count(red,9.0) size(5,5) loc_xy(13,4) squares outline polygon layer(in) nth(19) % Dots: ᑴ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,3) dots layer(in) nth(20) % Dots: ᒍ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,3) dots layer(in) nth(21) % Dots: ᒦ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(22) % Dots: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(23) % Dots: ᓝ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(24) % Dots: ᓶ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(25) _________________________________________________________________________________ groupB=5. % Outline: Ȗ mass(69) color_count(blue,69.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(5) % Outline: ȱ mass(9) color_count(red,9.0) size(5,5) loc_xy(3,3) rectangluar outline polygon layer(out) nth(6) % Point: ʛ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(9) % Point: ʂ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(8) % Point: Ɋ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 12)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᓶ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(25) % Point: ʛ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᒍ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,3) dots layer(in) nth(21) % Point: ʂ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(8) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 7)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᒦ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(22) % Point: Ɋ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(7) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Outline: ᑚ mass(9) color_count(red,9.0) size(5,5) loc_xy(13,4) squares outline polygon layer(in) nth(19) % Outline: ȱ mass(9) color_count(red,9.0) size(5,5) loc_xy(3,3) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Outline: ᑁ mass(69) color_count(blue,69.0) size(9,9) loc_xy(11,2) squares outline polygon layer(in) nth(18) % Outline: Ȗ mass(69) color_count(blue,69.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ᓝ', ' ᒿ', ' ᑴ', ' ᐡ']), change_obj( ' ᑁ', ' Ȗ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᑚ', ' ȱ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᒦ', ' Ɋ', [ loc_xy(diff(+ 10), diff(+ 7)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᒍ', ' ʂ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᓶ', ' ʛ', [ loc_xy(diff(+ 4), diff(+ 12)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))])].  _________________________________________  _________________ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ɋ Ȗ Ȗ Ȗ Ȗ Ȗ ʂ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ ȱ ȱ ȱ ȱ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȱ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑁ ᑁ ᐡ ᐡ Ȗ ʛ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᒦ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᐡ ᐡ  _________________ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ better(v('94133066')*(trn+1)+out) ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒿ ᐡ ᐡ ᐡ ᐡ ᐡ ᓝ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᓶ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ  _________________________________________ better(v('94133066')*(trn+1)+in) IN OUT grid_dim=grid_size(21, 22). grid_dim=grid_size(9, 9). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(blue, 69.0). cc:1=cc(blue, 69.0). cc:1=cc(red, 9.0). cc:2=cc(red, 9.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(silver, 1.0). cc:4=cc(silver, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0). groupA=9. % Dots: ᑴ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,3) dots layer(in) nth(20) % Dots: ᒍ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,3) dots layer(in) nth(21) % Dots: ᒦ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(22) % Dots: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(23) % Dots: ᓝ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(24) % Dots: ᓶ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(25) % Outline: ᑚ mass(9) color_count(red,9.0) size(5,5) loc_xy(13,4) squares outline polygon layer(in) nth(19) % Outline: ᑁ mass(69) color_count(blue,69.0) size(9,9) loc_xy(11,2) squares outline polygon layer(in) nth(18) % Outline: ᐡ mass(378) color_count(black,378.0) size(21,22) loc_xy(1,1) squares outline polygon layer(in) nth(17) _________________________________________________________________________________ groupB=5. % Point: ʛ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(9) % Point: ʂ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(8) % Point: Ɋ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(7) % Outline: ȱ mass(9) color_count(red,9.0) size(5,5) loc_xy(3,3) rectangluar outline polygon layer(out) nth(6) % Outline: Ȗ mass(69) color_count(blue,69.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(5) _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 12)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᓶ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(25) % Point: ʛ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᒍ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,3) dots layer(in) nth(21) % Point: ʂ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(8) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 7)). object_shape(diff((dots->dot))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Dots: ᒦ mass(1) color_count(silver,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(22) % Point: Ɋ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(7) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Outline: ᑚ mass(9) color_count(red,9.0) size(5,5) loc_xy(13,4) squares outline polygon layer(in) nth(19) % Outline: ȱ mass(9) color_count(red,9.0) size(5,5) loc_xy(3,3) rectangluar outline polygon layer(out) nth(6) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(+ 1)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 12), diff(+ 13)). sameness. % Outline: ᑁ mass(69) color_count(blue,69.0) size(9,9) loc_xy(11,2) squares outline polygon layer(in) nth(18) % Outline: Ȗ mass(69) color_count(blue,69.0) size(9,9) loc_xy(1,1) rectangluar outline polygon layer(out) nth(5) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ᓝ', ' ᒿ', ' ᑴ', ' ᐡ']), change_obj( ' ᑁ', ' Ȗ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᑚ', ' ȱ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᒦ', ' Ɋ', [ loc_xy(diff(+ 10), diff(+ 7)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᒍ', ' ʂ', [ loc_xy(diff(+ 10), diff(+ 1)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))]), change_obj( ' ᓶ', ' ʛ', [ loc_xy(diff(+ 4), diff(+ 12)), object_shape(diff((dots->dot))), grid_size(diff(+ 12), diff(+ 13))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('94133066'),[lmDSL([largest_indiv,trim_to_rect,rot90,flipV])]) [ -mask_match, -shape_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _________________________________________________  ___________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(v('94133066')*(trn+2)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________ test(v('94133066')*(trn+2)+in) IN OUT grid_dim=grid_size(25, 22). grid_dim=grid_size(10, 12). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 427.0). cc:0=cc(blue, 103.0). cc:1=cc(blue, 103.0). cc:1=cc(silver, 14.0). cc:2=cc(silver, 14.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0).  _________________________________________________  ___________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ę ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ ʛ ʛ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ ϭ ϭ Ɋ Ɋ ʂ ʂ Ɋ Ɋ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ᓶ ᓶ Ą ĝ Ą Ą Ą Ą Ą Ą ģ Ą ᓶ ᓶ ᓶ ĩ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Į ᓶ ᓶ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᓶ ᓶ Ą Ą Ą ĉ Ą Ą Ď Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ Ą Ą ĉ ĉ Ą Ą Ď Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  ___________________ ᓶ ᓶ Ą Ą Ą Ą ē ē Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ common(v('94133066')*(trn+2)+out) ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ij Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  _________________________________________________ common(v('94133066')*(trn+2)+in) IN OUT grid_dim=grid_size(25, 22). grid_dim=grid_size(10, 12). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 427.0). cc:0=cc(blue, 103.0). cc:1=cc(blue, 103.0). cc:1=cc(silver, 14.0). cc:2=cc(silver, 14.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0). groupA=11. % Outline: ᓶ mass(427) color_count(black,427.0) size(25,22) loc_xy(1,1) squares outline polygon layer(in) nth(25) % Outline: Ą mass(103) color_count(blue,103.0) size(10,12) loc_xy(3,10) squares outline polygon layer(in) nth(26) % Polygon: Ď mass(9) color_count(silver,9.0) size(2,8) loc_xy(9,12) squares polygon layer(in) nth(28) % Polygon: ĉ mass(3) color_count(silver,3.0) size(2,2) loc_xy(5,12) squares polygon layer(in) nth(27) % Squares: ē mass(2) color_count(silver,2.0) size(2,1) loc_xy(7,14) squares nonsquare filled_squared layer(in) nth(29) % Dots: Ę mass(1) color_count(yellow,1.0) size(1,1) loc_xy(23,2) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,11) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,11) dots layer(in) nth(33) % Dots: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) dots layer(in) nth(34) % Dots: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,20) dots layer(in) nth(35) _________________________________________________________________________________ groupB=7. % Outline: Ɋ mass(103) color_count(blue,103.0) size(10,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Polygon: ʂ mass(9) color_count(silver,9.0) size(2,8) loc_xy(7,3) rectangluar polygon layer(out) nth(8) % Polygon: ϭ mass(3) color_count(silver,3.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(10) % Hv_Line(h): ʛ mass(2) color_count(silver,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(9) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(13) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(12) % Point: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(11) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: ģ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,11) dots layer(in) nth(32) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 21), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) dots layer(in) nth(34) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 5), diff(+ 9)). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(31) % Point: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 6)). object_shape(diff((squares->hv_line(h)))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Squares: ē mass(2) color_count(silver,2.0) size(2,1) loc_xy(7,14) squares nonsquare filled_squared layer(in) nth(29) % Hv_Line(h): ʛ mass(2) color_count(silver,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 3)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Polygon: ĉ mass(3) color_count(silver,3.0) size(2,2) loc_xy(5,12) squares polygon layer(in) nth(27) % Polygon: ϭ mass(3) color_count(silver,3.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(10) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Polygon: Ď mass(9) color_count(silver,9.0) size(2,8) loc_xy(9,12) squares polygon layer(in) nth(28) % Polygon: ʂ mass(9) color_count(silver,9.0) size(2,8) loc_xy(7,3) rectangluar polygon layer(out) nth(8) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Outline: Ą mass(103) color_count(blue,103.0) size(10,12) loc_xy(3,10) squares outline polygon layer(in) nth(26) % Outline: Ɋ mass(103) color_count(blue,103.0) size(10,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĩ', ' ij', ' Ę', ' ᓶ']), change_obj( ' Ą', ' Ɋ', [ loc_xy(diff(+ 2), diff(+ 9)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' Ď', ' ʂ', [ loc_xy(diff(+ 2), diff(+ 9)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ĉ', ' ϭ', [ loc_xy(diff(+ 2), diff(+ 3)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ē', ' ʛ', [ loc_xy(diff(+ 2), diff(+ 6)), object_shape(diff((squares->hv_line(h)))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ĝ', ' Ј', [ loc_xy(diff(- 5), diff(+ 9)), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' Į', ' С', [ loc_xy(diff(+ 21), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ģ', ' Ꮈ', [ loc_xy(diff(+ 2), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))])].  _________________________________________________  ___________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ę ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ ʛ ʛ Ɋ ʂ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ ϭ ϭ Ɋ Ɋ ʂ ʂ Ɋ Ɋ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ᓶ ᓶ Ą ĝ Ą Ą Ą Ą Ą Ą ģ Ą ᓶ ᓶ ᓶ ĩ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Į ᓶ ᓶ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᓶ ᓶ Ą Ą Ą ĉ Ą Ą Ď Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ Ą Ą ĉ ĉ Ą Ą Ď Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  ___________________ ᓶ ᓶ Ą Ą Ą Ą ē ē Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ better(v('94133066')*(trn+2)+out) ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ij Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  _________________________________________________ better(v('94133066')*(trn+2)+in) IN OUT grid_dim=grid_size(25, 22). grid_dim=grid_size(10, 12). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 427.0). cc:0=cc(blue, 103.0). cc:1=cc(blue, 103.0). cc:1=cc(silver, 14.0). cc:2=cc(silver, 14.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(green, 1.0). cc:5=cc(green, 2.0). groupA=11. % Dots: Ę mass(1) color_count(yellow,1.0) size(1,1) loc_xy(23,2) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,11) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,11) dots layer(in) nth(33) % Dots: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) dots layer(in) nth(34) % Dots: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,20) dots layer(in) nth(35) % Squares: ē mass(2) color_count(silver,2.0) size(2,1) loc_xy(7,14) squares nonsquare filled_squared layer(in) nth(29) % Polygon: ĉ mass(3) color_count(silver,3.0) size(2,2) loc_xy(5,12) squares polygon layer(in) nth(27) % Polygon: Ď mass(9) color_count(silver,9.0) size(2,8) loc_xy(9,12) squares polygon layer(in) nth(28) % Outline: Ą mass(103) color_count(blue,103.0) size(10,12) loc_xy(3,10) squares outline polygon layer(in) nth(26) % Outline: ᓶ mass(427) color_count(black,427.0) size(25,22) loc_xy(1,1) squares outline polygon layer(in) nth(25) _________________________________________________________________________________ groupB=7. % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(13) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(12) % Point: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(11) % Hv_Line(h): ʛ mass(2) color_count(silver,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(9) % Polygon: ϭ mass(3) color_count(silver,3.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(10) % Polygon: ʂ mass(9) color_count(silver,9.0) size(2,8) loc_xy(7,3) rectangluar polygon layer(out) nth(8) % Outline: Ɋ mass(103) color_count(blue,103.0) size(10,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: ģ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,11) dots layer(in) nth(32) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(13) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 21), 0). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) dots layer(in) nth(34) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 5), diff(+ 9)). object_shape(diff((dots->dot))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(31) % Point: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 6)). object_shape(diff((squares->hv_line(h)))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Squares: ē mass(2) color_count(silver,2.0) size(2,1) loc_xy(7,14) squares nonsquare filled_squared layer(in) nth(29) % Hv_Line(h): ʛ mass(2) color_count(silver,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(9) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 3)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Polygon: ĉ mass(3) color_count(silver,3.0) size(2,2) loc_xy(5,12) squares polygon layer(in) nth(27) % Polygon: ϭ mass(3) color_count(silver,3.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(10) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Polygon: Ď mass(9) color_count(silver,9.0) size(2,8) loc_xy(9,12) squares polygon layer(in) nth(28) % Polygon: ʂ mass(9) color_count(silver,9.0) size(2,8) loc_xy(7,3) rectangluar polygon layer(out) nth(8) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 15), diff(+ 10)). sameness. % Outline: Ą mass(103) color_count(blue,103.0) size(10,12) loc_xy(3,10) squares outline polygon layer(in) nth(26) % Outline: Ɋ mass(103) color_count(blue,103.0) size(10,12) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĩ', ' ij', ' Ę', ' ᓶ']), change_obj( ' Ą', ' Ɋ', [ loc_xy(diff(+ 2), diff(+ 9)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' Ď', ' ʂ', [ loc_xy(diff(+ 2), diff(+ 9)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ĉ', ' ϭ', [ loc_xy(diff(+ 2), diff(+ 3)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ē', ' ʛ', [ loc_xy(diff(+ 2), diff(+ 6)), object_shape(diff((squares->hv_line(h)))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ĝ', ' Ј', [ loc_xy(diff(- 5), diff(+ 9)), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' Į', ' С', [ loc_xy(diff(+ 21), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))]), change_obj( ' ģ', ' Ꮈ', [ loc_xy(diff(+ 2), 0), object_shape(diff((dots->dot))), grid_size(diff(+ 15), diff(+ 10))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('94133066'),[lmDSL([largest_indiv,trim_to_rect,rot90,flipV])]) [ -mask_match, -shape_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  _________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(v('94133066')*(tst+0)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________ test(v('94133066')*(tst+0)+in) IN OUT grid_dim=grid_size(30, 19). grid_dim=grid_size(13, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(blue, 112.0). cc:1=cc(blue, 112.0). cc:1=cc(green, 15.0). cc:2=cc(green, 15.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0).  ___________________________________________________________  _________________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ С Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ę Ą Ą Ą Ą Ą Ą ĝ Ą ᓶ ᓶ Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ģ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ĩ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą ĉ ĉ Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ď Ď Ď Ď Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ ϭ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ď Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ  _________________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą ē ē Ą Ą ᓶ ᓶ common(v('94133066')*(tst+0)+out) ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Į ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą ē Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ij Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  ___________________________________________________________ common(v('94133066')*(tst+0)+in) IN OUT grid_dim=grid_size(30, 19). grid_dim=grid_size(13, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(blue, 112.0). cc:1=cc(blue, 112.0). cc:1=cc(green, 15.0). cc:2=cc(green, 15.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0). groupA=11. % Outline: ᓶ mass(437) color_count(black,437.0) size(30,19) loc_xy(1,1) squares outline polygon layer(in) nth(25) % Outline: Ą mass(112) color_count(blue,112.0) size(10,13) loc_xy(19,3) squares outline polygon layer(in) nth(26) % Outline: Ď mass(9) color_count(green,9.0) size(4,5) loc_xy(23,7) squares outline polygon layer(in) nth(28) % Polygon: ē mass(3) color_count(green,3.0) size(2,2) loc_xy(25,12) squares polygon layer(in) nth(29) % Polygon: ĉ mass(3) color_count(green,3.0) size(2,2) loc_xy(21,5) squares polygon layer(in) nth(27) % Dots: Ę mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(27,4) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,6) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(13,6) dots layer(in) nth(33) % Dots: Į mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,13) dots layer(in) nth(34) % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,14) dots layer(in) nth(35) _________________________________________________________________________________ groupB=7. % Outline: Ɋ mass(112) color_count(blue,112.0) size(13,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: ʛ mass(9) color_count(green,9.0) size(5,4) loc_xy(5,3) rectangluar outline polygon layer(out) nth(9) % Polygon: ʂ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) % Polygon: ϭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,7) rectangluar polygon layer(out) nth(10) % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(13) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(12) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(11) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 4)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ģ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,6) dots layer(in) nth(32) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 12)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,14) dots layer(in) nth(35) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(- 3)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(13,6) dots layer(in) nth(33) % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 5)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Polygon: ē mass(3) color_count(green,3.0) size(2,2) loc_xy(25,12) squares polygon layer(in) nth(29) % Polygon: ϭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,7) rectangluar polygon layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 18), diff(+ 2)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Polygon: ĉ mass(3) color_count(green,3.0) size(2,2) loc_xy(21,5) squares polygon layer(in) nth(27) % Polygon: ʂ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 18), diff(+ 4)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Outline: Ď mass(9) color_count(green,9.0) size(4,5) loc_xy(23,7) squares outline polygon layer(in) nth(28) % Outline: ʛ mass(9) color_count(green,9.0) size(5,4) loc_xy(5,3) rectangluar outline polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 3), diff(+ 3)). loc_xy(diff(+ 18), diff(+ 2)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Outline: Ą mass(112) color_count(blue,112.0) size(10,13) loc_xy(19,3) squares outline polygon layer(in) nth(26) % Outline: Ɋ mass(112) color_count(blue,112.0) size(13,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĝ', ' Į', ' Ę', ' ᓶ']), change_obj( ' Ą', ' Ɋ', [ visual_hw(diff(- 3), diff(+ 3)), loc_xy(diff(+ 18), diff(+ 2)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' Ď', ' ʛ', [ visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 18), diff(+ 4)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ĉ', ' ʂ', [ loc_xy(diff(+ 18), diff(+ 2)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ē', ' ϭ', [ loc_xy(diff(+ 15), diff(+ 5)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ĩ', ' Ꮈ', [ loc_xy(diff(+ 1), diff(- 3)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ij', ' С', [ loc_xy(diff(+ 15), diff(+ 12)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ģ', ' Ј', [ loc_xy(diff(+ 1), diff(+ 4)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))])].  ___________________________________________________________  _________________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ С Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ę Ą Ą Ą Ą Ą Ą ĝ Ą ᓶ ᓶ Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ģ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ĩ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą ĉ ĉ Ą Ą Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ ʛ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ď Ď Ď Ď Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ ϭ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ď Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą ᓶ ᓶ  _________________________ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą ē ē Ą Ą ᓶ ᓶ better(v('94133066')*(tst+0)+out) ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Į ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą ē Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ij Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ  ___________________________________________________________ better(v('94133066')*(tst+0)+in) IN OUT grid_dim=grid_size(30, 19). grid_dim=grid_size(13, 10). colors_count_size=6 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(blue, 112.0). cc:1=cc(blue, 112.0). cc:1=cc(green, 15.0). cc:2=cc(green, 15.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 2.0). cc:3=cc(red, 1.0). cc:4=cc(red, 2.0). cc:4=cc(cyan, 1.0). cc:5=cc(cyan, 2.0). groupA=11. % Dots: Ę mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(27,4) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,6) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(13,6) dots layer(in) nth(33) % Dots: Į mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,13) dots layer(in) nth(34) % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,14) dots layer(in) nth(35) % Polygon: ē mass(3) color_count(green,3.0) size(2,2) loc_xy(25,12) squares polygon layer(in) nth(29) % Polygon: ĉ mass(3) color_count(green,3.0) size(2,2) loc_xy(21,5) squares polygon layer(in) nth(27) % Outline: Ď mass(9) color_count(green,9.0) size(4,5) loc_xy(23,7) squares outline polygon layer(in) nth(28) % Outline: Ą mass(112) color_count(blue,112.0) size(10,13) loc_xy(19,3) squares outline polygon layer(in) nth(26) % Outline: ᓶ mass(437) color_count(black,437.0) size(30,19) loc_xy(1,1) squares outline polygon layer(in) nth(25) _________________________________________________________________________________ groupB=7. % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(13) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(12) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(11) % Polygon: ʂ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) % Polygon: ϭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,7) rectangluar polygon layer(out) nth(10) % Outline: ʛ mass(9) color_count(green,9.0) size(5,4) loc_xy(5,3) rectangluar outline polygon layer(out) nth(9) % Outline: Ɋ mass(112) color_count(blue,112.0) size(13,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 4)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ģ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,6) dots layer(in) nth(32) % Point: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 12)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,14) dots layer(in) nth(35) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(- 3)). object_shape(diff((dots->dot))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Dots: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(13,6) dots layer(in) nth(33) % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(12,9) point layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 5)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Polygon: ē mass(3) color_count(green,3.0) size(2,2) loc_xy(25,12) squares polygon layer(in) nth(29) % Polygon: ϭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,7) rectangluar polygon layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 18), diff(+ 2)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Polygon: ĉ mass(3) color_count(green,3.0) size(2,2) loc_xy(21,5) squares polygon layer(in) nth(27) % Polygon: ʂ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 18), diff(+ 4)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Outline: Ď mass(9) color_count(green,9.0) size(4,5) loc_xy(23,7) squares outline polygon layer(in) nth(28) % Outline: ʛ mass(9) color_count(green,9.0) size(5,4) loc_xy(5,3) rectangluar outline polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 3), diff(+ 3)). loc_xy(diff(+ 18), diff(+ 2)). object_shape(diff((squares->rectangluar))). grid_size(diff(+ 17), diff(+ 9)). sameness. % Outline: Ą mass(112) color_count(blue,112.0) size(10,13) loc_xy(19,3) squares outline polygon layer(in) nth(26) % Outline: Ɋ mass(112) color_count(blue,112.0) size(13,10) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ left_over([' ĝ', ' Į', ' Ę', ' ᓶ']), change_obj( ' Ą', ' Ɋ', [ visual_hw(diff(- 3), diff(+ 3)), loc_xy(diff(+ 18), diff(+ 2)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' Ď', ' ʛ', [ visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 18), diff(+ 4)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ĉ', ' ʂ', [ loc_xy(diff(+ 18), diff(+ 2)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ē', ' ϭ', [ loc_xy(diff(+ 15), diff(+ 5)), object_shape(diff((squares->rectangluar))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ĩ', ' Ꮈ', [ loc_xy(diff(+ 1), diff(- 3)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ij', ' С', [ loc_xy(diff(+ 15), diff(+ 12)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))]), change_obj( ' ģ', ' Ј', [ loc_xy(diff(+ 1), diff(+ 4)), object_shape(diff((dots->dot))), grid_size(diff(+ 17), diff(+ 9))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('762cd429')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('762cd429'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________  ___________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________  ___________________________ test(v('762cd429')*(trn+0)+in) test(v('762cd429')*(trn+0)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(blue, 2.0). cc:1=cc(blue, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0).  ___________________________  ___________________________ Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ С С Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ј Ј Ј Ј ᐈ ᐡ Į Į Į Į Į Į Į Į Į Į Į Į ᐈ ᐡ С С Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ј Ј Ј Ј ij ij Į Į Į Į Į Į Į Į Į Į Į Į Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ  ___________________________  ___________________________ common(v('762cd429')*(trn+0)+in) common(v('762cd429')*(trn+0)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(blue, 2.0). cc:1=cc(blue, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0). compare_objs1([perfect]). % Point: ᐈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(16) % Point: ᐈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(in) nth(17) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: Į mass(136) color_count(black,136.0) size(14,10) loc_xy(1,1) squares outline polygon layer(in) nth(34) % Squares: ij mass(2) color_count(blue,2.0) size(2,1) loc_xy(1,6) squares nonsquare filled_squared layer(in) nth(35) _________________________________________________________________________________ groupB=7. % Outline: Ꮡ mass(42) color_count(blue,42.0) size(14,4) loc_xy(1,6) rectangluar outline polygon layer(out) nth(14) % Outline: ʛ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,1) rectangluar outline polygon layer(out) nth(9) % Outline: Ꮺ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,7) rectangluar outline polygon layer(out) nth(15) % Outline: ϭ mass(16) color_count(red,16.0) size(4,4) loc_xy(7,2) squares rectangluar outline filled_squared layer(out) nth(10) % Outline: Ј mass(16) color_count(green,16.0) size(4,4) loc_xy(11,2) squares rectangluar outline filled_squared layer(out) nth(11) % Squares: С mass(4) color_count(red,4.0) size(2,2) loc_xy(3,4) squares rectangluar filled_squared layer(out) nth(12) % Squares: Ꮈ mass(4) color_count(green,4.0) size(2,2) loc_xy(5,4) squares rectangluar filled_squared layer(out) nth(13) _________________________________________________________________________________ disjointed( [' ij', ' Į'], [ ' Ꮈ', ' С', ' Ј', ' ϭ', ' ʛ', ' Ꮺ', ' Ꮡ']).  ___________________________  ___________________________ Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ Ј Ј Ј Ј Į Į Į Į Į Į Į Į Į Į Į Į Į Į ʛ ʛ С С Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ј Ј Ј Ј ᐈ ᐡ Į Į Į Į Į Į Į Į Į Į Į Į ᐈ ᐡ С С Ꮈ Ꮈ ϭ ϭ ϭ ϭ Ј Ј Ј Ј ij ij Į Į Į Į Į Į Į Į Į Į Į Į Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Į Į Į Į Į Į Į Į Į Į Į Į Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ  ___________________________  ___________________________ better(v('762cd429')*(trn+0)+in) better(v('762cd429')*(trn+0)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(blue, 2.0). cc:1=cc(blue, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0). compare_objs1([perfect]). % Point: ᐈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(16) % Point: ᐈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(in) nth(17) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,5) point layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Squares: ij mass(2) color_count(blue,2.0) size(2,1) loc_xy(1,6) squares nonsquare filled_squared layer(in) nth(35) % Outline: Į mass(136) color_count(black,136.0) size(14,10) loc_xy(1,1) squares outline polygon layer(in) nth(34) _________________________________________________________________________________ groupB=7. % Squares: С mass(4) color_count(red,4.0) size(2,2) loc_xy(3,4) squares rectangluar filled_squared layer(out) nth(12) % Squares: Ꮈ mass(4) color_count(green,4.0) size(2,2) loc_xy(5,4) squares rectangluar filled_squared layer(out) nth(13) % Outline: ϭ mass(16) color_count(red,16.0) size(4,4) loc_xy(7,2) squares rectangluar outline filled_squared layer(out) nth(10) % Outline: Ј mass(16) color_count(green,16.0) size(4,4) loc_xy(11,2) squares rectangluar outline filled_squared layer(out) nth(11) % Outline: ʛ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,1) rectangluar outline polygon layer(out) nth(9) % Outline: Ꮺ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,7) rectangluar outline polygon layer(out) nth(15) % Outline: Ꮡ mass(42) color_count(blue,42.0) size(14,4) loc_xy(1,6) rectangluar outline polygon layer(out) nth(14) _________________________________________________________________________________ disjointed( [' ij', ' Į'], [ ' Ꮈ', ' С', ' Ј', ' ϭ', ' ʛ', ' Ꮺ', ' Ꮡ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('762cd429'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________  ___________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________  ___________________________ test(v('762cd429')*(trn+1)+in) test(v('762cd429')*(trn+1)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(silver, 2.0). cc:1=cc(silver, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0).  ___________________________  ___________________________ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ ᐈ ᐈ ᐡ ᐡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᓝ ᒿ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᓝ ᒿ ᐈ ᐈ ᐡ ᐡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᒿ ᓶ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒿ ᓶ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ  ___________________________  ___________________________ common(v('762cd429')*(trn+1)+in) common(v('762cd429')*(trn+1)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(silver, 2.0). cc:1=cc(silver, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0). compare_objs1([perfect]). % Polygon: ᒿ mass(2) color_count(silver,2.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(in) nth(23) % Polygon: ᒿ mass(2) color_count(silver,2.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᓝ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(24) % Point: ᓝ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,6) point layer(in) nth(25) % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(25) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ſ mass(136) color_count(black,136.0) size(14,10) loc_xy(1,1) squares outline polygon layer(in) nth(50) _________________________________________________________________________________ groupB=10. % Outline: Ꮈ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,1) rectangluar outline polygon layer(out) nth(13) % Outline: ᒦ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,7) rectangluar outline polygon layer(out) nth(22) % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,4) loc_xy(7,2) squares rectangluar outline filled_squared layer(out) nth(14) % Outline: Ꮺ mass(16) color_count(silver,16.0) size(4,4) loc_xy(11,2) squares rectangluar outline filled_squared layer(out) nth(15) % Outline: ᑴ mass(16) color_count(silver,16.0) size(4,4) loc_xy(7,6) squares rectangluar outline filled_squared layer(out) nth(20) % Outline: ᒍ mass(16) color_count(green,16.0) size(4,4) loc_xy(11,6) squares rectangluar outline filled_squared layer(out) nth(21) % Squares: ᐈ mass(4) color_count(red,4.0) size(2,2) loc_xy(3,4) squares rectangluar filled_squared layer(out) nth(16) % Squares: ᐡ mass(4) color_count(silver,4.0) size(2,2) loc_xy(5,4) squares rectangluar filled_squared layer(out) nth(17) % Squares: ᑁ mass(4) color_count(silver,4.0) size(2,2) loc_xy(3,6) squares rectangluar filled_squared layer(out) nth(18) % Squares: ᑚ mass(4) color_count(green,4.0) size(2,2) loc_xy(5,6) squares rectangluar filled_squared layer(out) nth(19) _________________________________________________________________________________ disjointed( [' ſ'], [ ' ᑚ', ' ᐈ', ' ᑁ', ' ᐡ', ' ᒍ', ' Ꮡ', ' ᑴ', ' Ꮺ', ' Ꮈ', ' ᒦ']).  ___________________________  ___________________________ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ꮈ Ꮈ ᐈ ᐈ ᐡ ᐡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᓝ ᒿ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᓝ ᒿ ᐈ ᐈ ᐡ ᐡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ ᒿ ᓶ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒿ ᓶ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ  ___________________________  ___________________________ better(v('762cd429')*(trn+1)+in) better(v('762cd429')*(trn+1)+out) IN OUT grid_dim=grid_size(14, 10). grid_dim=grid_size(14, 10). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 136.0). cc:0=cc(black, 56.0). cc:1=cc(silver, 2.0). cc:1=cc(silver, 42.0). cc:2=cc(red, 1.0). cc:2=cc(red, 21.0). cc:3=cc(green, 1.0). cc:3=cc(green, 21.0). compare_objs1([perfect]). % Point: ᓝ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(24) % Point: ᓝ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,6) point layer(in) nth(25) % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(25) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ᒿ mass(2) color_count(silver,2.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(in) nth(23) % Polygon: ᒿ mass(2) color_count(silver,2.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ſ mass(136) color_count(black,136.0) size(14,10) loc_xy(1,1) squares outline polygon layer(in) nth(50) _________________________________________________________________________________ groupB=10. % Squares: ᐈ mass(4) color_count(red,4.0) size(2,2) loc_xy(3,4) squares rectangluar filled_squared layer(out) nth(16) % Squares: ᐡ mass(4) color_count(silver,4.0) size(2,2) loc_xy(5,4) squares rectangluar filled_squared layer(out) nth(17) % Squares: ᑁ mass(4) color_count(silver,4.0) size(2,2) loc_xy(3,6) squares rectangluar filled_squared layer(out) nth(18) % Squares: ᑚ mass(4) color_count(green,4.0) size(2,2) loc_xy(5,6) squares rectangluar filled_squared layer(out) nth(19) % Outline: Ꮡ mass(16) color_count(red,16.0) size(4,4) loc_xy(7,2) squares rectangluar outline filled_squared layer(out) nth(14) % Outline: Ꮺ mass(16) color_count(silver,16.0) size(4,4) loc_xy(11,2) squares rectangluar outline filled_squared layer(out) nth(15) % Outline: ᑴ mass(16) color_count(silver,16.0) size(4,4) loc_xy(7,6) squares rectangluar outline filled_squared layer(out) nth(20) % Outline: ᒍ mass(16) color_count(green,16.0) size(4,4) loc_xy(11,6) squares rectangluar outline filled_squared layer(out) nth(21) % Outline: Ꮈ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,1) rectangluar outline polygon layer(out) nth(13) % Outline: ᒦ mass(28) color_count(black,28.0) size(14,4) loc_xy(1,7) rectangluar outline polygon layer(out) nth(22) _________________________________________________________________________________ disjointed( [' ſ'], [ ' ᑚ', ' ᐈ', ' ᑁ', ' ᐡ', ' ᒍ', ' Ꮡ', ' ᑴ', ' Ꮺ', ' Ꮈ', ' ᒦ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('762cd429'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('762cd429')*(trn+2)+in) test(v('762cd429')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 476.0). cc:0=cc(black, 140.0). cc:1=cc(yellow, 1.0). cc:1=cc(yellow, 85.0). cc:2=cc(red, 1.0). cc:2=cc(red, 85.0). cc:3=cc(green, 1.0). cc:3=cc(green, 85.0). cc:4=cc(blue, 1.0). cc:4=cc(blue, 85.0).  ___________________________________________________________  ___________________________________________________________ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ģ ĩ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ģ ĩ ᒿ ᒿ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Į ij Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Į ij ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę  ___________________________________________________________  ___________________________________________________________ common(v('762cd429')*(trn+2)+in) common(v('762cd429')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 476.0). cc:0=cc(black, 140.0). cc:1=cc(yellow, 1.0). cc:1=cc(yellow, 85.0). cc:2=cc(red, 1.0). cc:2=cc(red, 85.0). cc:3=cc(green, 1.0). cc:3=cc(green, 85.0). cc:4=cc(blue, 1.0). cc:4=cc(blue, 85.0). compare_objs1([perfect]). % Point: ģ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,8) point layer(in) nth(32) % Point: ģ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,8) point layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(in) nth(33) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(33) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(34) % Point: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(34) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,9) point layer(in) nth(35) % Point: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(35) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ǚ mass(476) color_count(black,476.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(68) _________________________________________________________________________________ groupB=14. % Outline: ᑁ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,1) rectangluar outline polygon layer(out) nth(18) % Outline: ĝ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,10) rectangluar outline polygon layer(out) nth(31) % Outline: ᑚ mass(64) color_count(blue,64.0) size(8,8) loc_xy(15,1) squares rectangluar outline filled_squared layer(out) nth(19) % Outline: ᑴ mass(64) color_count(red,64.0) size(8,8) loc_xy(23,1) squares rectangluar outline filled_squared layer(out) nth(20) % Outline: ē mass(64) color_count(green,64.0) size(8,8) loc_xy(15,9) squares rectangluar outline filled_squared layer(out) nth(29) % Outline: Ę mass(64) color_count(yellow,64.0) size(8,8) loc_xy(23,9) squares rectangluar outline filled_squared layer(out) nth(30) % Outline: ᒍ mass(16) color_count(blue,16.0) size(4,4) loc_xy(7,5) squares rectangluar outline filled_squared layer(out) nth(21) % Outline: ᒦ mass(16) color_count(red,16.0) size(4,4) loc_xy(11,5) squares rectangluar outline filled_squared layer(out) nth(22) % Outline: ĉ mass(16) color_count(green,16.0) size(4,4) loc_xy(7,9) squares rectangluar outline filled_squared layer(out) nth(27) % Outline: Ď mass(16) color_count(yellow,16.0) size(4,4) loc_xy(11,9) squares rectangluar outline filled_squared layer(out) nth(28) % Squares: ᒿ mass(4) color_count(blue,4.0) size(2,2) loc_xy(3,7) squares rectangluar filled_squared layer(out) nth(23) % Squares: ᓝ mass(4) color_count(red,4.0) size(2,2) loc_xy(5,7) squares rectangluar filled_squared layer(out) nth(24) % Squares: ᓶ mass(4) color_count(green,4.0) size(2,2) loc_xy(3,9) squares rectangluar filled_squared layer(out) nth(25) % Squares: Ą mass(4) color_count(yellow,4.0) size(2,2) loc_xy(5,9) squares rectangluar filled_squared layer(out) nth(26) _________________________________________________________________________________ disjointed( [' Ǚ'], [ ' ᒿ', ' ᓶ', ' ᓝ', ' Ą', ' ᒍ', ' ĉ', ' ᒦ', ' Ď', ' ᑚ', ' ē', ' ᑴ', ' Ę', ' ᑁ', ' ĝ']).  ___________________________________________________________  ___________________________________________________________ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ģ ĩ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ģ ĩ ᒿ ᒿ ᓝ ᓝ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Į ij Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Į ij ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ē ē ē ē ē ē ē ē Ę Ę Ę Ę Ę Ę Ę Ę  ___________________________________________________________  ___________________________________________________________ better(v('762cd429')*(trn+2)+in) better(v('762cd429')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 476.0). cc:0=cc(black, 140.0). cc:1=cc(yellow, 1.0). cc:1=cc(yellow, 85.0). cc:2=cc(red, 1.0). cc:2=cc(red, 85.0). cc:3=cc(green, 1.0). cc:3=cc(green, 85.0). cc:4=cc(blue, 1.0). cc:4=cc(blue, 85.0). compare_objs1([perfect]). % Point: ģ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,8) point layer(in) nth(32) % Point: ģ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,8) point layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(in) nth(33) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(33) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(34) % Point: Į mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(34) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,9) point layer(in) nth(35) % Point: ij mass(1) color_count(yellow,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(35) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: Ǚ mass(476) color_count(black,476.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(68) _________________________________________________________________________________ groupB=14. % Squares: ᒿ mass(4) color_count(blue,4.0) size(2,2) loc_xy(3,7) squares rectangluar filled_squared layer(out) nth(23) % Squares: ᓝ mass(4) color_count(red,4.0) size(2,2) loc_xy(5,7) squares rectangluar filled_squared layer(out) nth(24) % Squares: ᓶ mass(4) color_count(green,4.0) size(2,2) loc_xy(3,9) squares rectangluar filled_squared layer(out) nth(25) % Squares: Ą mass(4) color_count(yellow,4.0) size(2,2) loc_xy(5,9) squares rectangluar filled_squared layer(out) nth(26) % Outline: ᒍ mass(16) color_count(blue,16.0) size(4,4) loc_xy(7,5) squares rectangluar outline filled_squared layer(out) nth(21) % Outline: ᒦ mass(16) color_count(red,16.0) size(4,4) loc_xy(11,5) squares rectangluar outline filled_squared layer(out) nth(22) % Outline: ĉ mass(16) color_count(green,16.0) size(4,4) loc_xy(7,9) squares rectangluar outline filled_squared layer(out) nth(27) % Outline: Ď mass(16) color_count(yellow,16.0) size(4,4) loc_xy(11,9) squares rectangluar outline filled_squared layer(out) nth(28) % Outline: ᑚ mass(64) color_count(blue,64.0) size(8,8) loc_xy(15,1) squares rectangluar outline filled_squared layer(out) nth(19) % Outline: ᑴ mass(64) color_count(red,64.0) size(8,8) loc_xy(23,1) squares rectangluar outline filled_squared layer(out) nth(20) % Outline: ē mass(64) color_count(green,64.0) size(8,8) loc_xy(15,9) squares rectangluar outline filled_squared layer(out) nth(29) % Outline: Ę mass(64) color_count(yellow,64.0) size(8,8) loc_xy(23,9) squares rectangluar outline filled_squared layer(out) nth(30) % Outline: ᑁ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,1) rectangluar outline polygon layer(out) nth(18) % Outline: ĝ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,10) rectangluar outline polygon layer(out) nth(31) _________________________________________________________________________________ disjointed( [' Ǚ'], [ ' ᒿ', ' ᓶ', ' ᓝ', ' Ą', ' ᒍ', ' ĉ', ' ᒦ', ' Ď', ' ᑚ', ' ē', ' ᑴ', ' Ę', ' ᑁ', ' ĝ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('762cd429'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('762cd429')*(tst+0)+in) test(v('762cd429')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 476.0). cc:0=cc(cyan, 170.0). cc:1=cc(cyan, 2.0). cc:1=cc(blue, 170.0). cc:2=cc(blue, 2.0). cc:2=cc(black, 140.0).  ___________________________________________________________  ___________________________________________________________ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Ꮈ Ꮈ С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Ꮡ Ꮡ С С С С С С С С С С С С С С С С С С С С С С С С С С С С ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  ___________________________________________________________  ___________________________________________________________ common(v('762cd429')*(tst+0)+in) common(v('762cd429')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 476.0). cc:0=cc(cyan, 170.0). cc:1=cc(cyan, 2.0). cc:1=cc(blue, 170.0). cc:2=cc(blue, 2.0). cc:2=cc(black, 140.0). groupA=3. % Outline: С mass(476) color_count(black,476.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(12) % Squares: Ꮡ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,9) squares nonsquare filled_squared layer(in) nth(14) % Squares: Ꮈ mass(2) color_count(blue,2.0) size(2,1) loc_xy(1,8) squares nonsquare filled_squared layer(in) nth(13) _________________________________________________________________________________ groupB=4. % Outline: ϭ mass(170) color_count(cyan,170.0) size(30,8) loc_xy(1,9) squares outline polygon layer(out) nth(10) % Outline: ʛ mass(170) color_count(blue,170.0) size(30,8) loc_xy(1,1) squares outline polygon layer(out) nth(9) % Outline: Ј mass(70) color_count(black,70.0) size(14,7) loc_xy(1,10) squares outline polygon layer(out) nth(11) % Outline: ʂ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,1) squares outline polygon layer(out) nth(8) _________________________________________________________________________________ disjointed([' Ꮈ', ' Ꮡ', ' С'], [' ʂ', ' Ј', ' ϭ', ' ʛ']).  ___________________________________________________________  ___________________________________________________________ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʂ ʂ ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʂ ʂ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Ꮈ Ꮈ С С С С С С С С С С С С С С С С С С С С С С С С С С С С ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ Ꮡ Ꮡ С С С С С С С С С С С С С С С С С С С С С С С С С С С С ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  ___________________________________________________________  ___________________________________________________________ better(v('762cd429')*(tst+0)+in) better(v('762cd429')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 16). grid_dim=grid_size(30, 16). colors_count_size=3 colors_count_size=3 cc:0=cc(black, 476.0). cc:0=cc(cyan, 170.0). cc:1=cc(cyan, 2.0). cc:1=cc(blue, 170.0). cc:2=cc(blue, 2.0). cc:2=cc(black, 140.0). groupA=3. % Squares: Ꮡ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,9) squares nonsquare filled_squared layer(in) nth(14) % Squares: Ꮈ mass(2) color_count(blue,2.0) size(2,1) loc_xy(1,8) squares nonsquare filled_squared layer(in) nth(13) % Outline: С mass(476) color_count(black,476.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(12) _________________________________________________________________________________ groupB=4. % Outline: Ј mass(70) color_count(black,70.0) size(14,7) loc_xy(1,10) squares outline polygon layer(out) nth(11) % Outline: ʂ mass(70) color_count(black,70.0) size(14,7) loc_xy(1,1) squares outline polygon layer(out) nth(8) % Outline: ϭ mass(170) color_count(cyan,170.0) size(30,8) loc_xy(1,9) squares outline polygon layer(out) nth(10) % Outline: ʛ mass(170) color_count(blue,170.0) size(30,8) loc_xy(1,1) squares outline polygon layer(out) nth(9) _________________________________________________________________________________ disjointed([' Ꮈ', ' Ꮡ', ' С'], [' ʂ', ' Ј', ' ϭ', ' ʛ']). AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('09c534e7')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('09c534e7'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('09c534e7')*(trn+0)+in) test(v('09c534e7')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 587.0). cc:0=cc(black, 587.0). cc:1=cc(blue, 311.0). cc:1=cc(blue, 234.0). cc:2=cc(red, 1.0). cc:2=cc(red, 48.0). cc:3=cc(green, 1.0). cc:3=cc(green, 31.0).  ___________________________________________________________  ___________________________________________________________ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ț Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ĩ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᓝ ᓝ ᓝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ Į ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒦ ᒦ ᒦ Ą Ą ᒦ ᒦ ᒦ ᒦ ij ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ĸ ᒦ ᒦ ᒦ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒍ ᒍ ᒦ Ą Ą ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ĉ Ľ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ł ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ Ď Ď ᒦ ᒍ ĉ ĉ ĉ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ Ď Ď ᒦ ᒍ ĉ Ň ĉ ĉ ĉ Ō ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ĉ ĉ ĉ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ĉ ē ē ē ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ő ĉ ĉ ĉ ĉ ē ē ē ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ĉ ē ē ē ĉ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ē ē ē ĉ ĉ ĉ ĉ Ę Ę Ę Ę ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ĉ Ę Ę Ę Ę ĉ ĉ ĉ ĉ ĉ ĝ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ Ƞ ȇ ȇ ģ ģ ģ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ Ę Ę Ę Ę ĉ ģ ģ ģ ĉ ĝ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ģ ģ ģ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ  ___________________________________________________________  ___________________________________________________________ common(v('09c534e7')*(trn+0)+in) common(v('09c534e7')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 587.0). cc:0=cc(black, 587.0). cc:1=cc(blue, 311.0). cc:1=cc(blue, 234.0). cc:2=cc(red, 1.0). cc:2=cc(red, 48.0). cc:3=cc(green, 1.0). cc:3=cc(green, 31.0). compare_objs1([perfect]). % Outline: ᒍ mass(581) color_count(black,581.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(in) nth(21) % Outline: ᒍ mass(581) color_count(black,581.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Nonsquare: ģ mass(6) color_count(black,6.0) size(3,2) loc_xy(21,29) nonsquare rectangluar filled_squared layer(in) nth(32) % Nonsquare: ģ mass(6) color_count(black,6.0) size(3,2) loc_xy(21,29) nonsquare rectangluar filled_squared layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Outline: Ȃ mass(180) color_count(blue,180.0) size(25,22) loc_xy(6,2) squares outline polygon layer(in) nth(76) % Outline: ȇ mass(131) color_count(blue,131.0) size(24,13) loc_xy(3,18) squares outline polygon layer(in) nth(77) % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(81) % Dots: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) dots layer(in) nth(82) _________________________________________________________________________________ groupB=19. % Outline: ᒦ mass(133) color_count(blue,133.0) size(25,22) loc_xy(6,2) rectangluar outline polygon layer(out) nth(22) % Outline: ĉ mass(101) color_count(blue,101.0) size(24,13) loc_xy(3,18) rectangluar outline polygon layer(out) nth(27) % Outline: ᓶ mass(21) color_count(red,21.0) size(7,3) loc_xy(12,13) nonsquare rectangluar outline filled_squared layer(out) nth(25) % Outline: ē mass(12) color_count(green,12.0) size(3,4) loc_xy(9,24) nonsquare rectangluar outline filled_squared layer(out) nth(29) % Outline: Ę mass(12) color_count(green,12.0) size(4,3) loc_xy(16,27) nonsquare rectangluar outline filled_squared layer(out) nth(30) % Keypad: ᓝ mass(9) color_count(red,9.0) size(3,3) loc_xy(14,4) squares rectangluar outline keypad layer(out) nth(24) % Nonsquare: ᒿ mass(6) color_count(red,6.0) size(2,3) loc_xy(24,3) nonsquare rectangluar filled_squared layer(out) nth(23) % Squares: Ą mass(4) color_count(red,4.0) size(2,2) loc_xy(23,13) squares rectangluar filled_squared layer(out) nth(26) % Squares: Ď mass(4) color_count(red,4.0) size(2,2) loc_xy(16,21) squares rectangluar filled_squared layer(out) nth(28) % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(out) nth(31) % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(4,25) point layer(out) nth(41) % Point: Ō mass(1) color_count(green,1.0) size(1,1) loc_xy(25,22) point layer(out) nth(40) % Point: Ň mass(1) color_count(green,1.0) size(1,1) loc_xy(21,22) point layer(out) nth(39) % Point: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(38) % Point: Ľ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,19) point layer(out) nth(37) % Point: ĸ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,14) point layer(out) nth(36) % Point: ij mass(1) color_count(red,1.0) size(1,1) loc_xy(29,13) point layer(out) nth(35) % Point: Į mass(1) color_count(red,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(34) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,5) point layer(out) nth(33) _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(+ 9)). object_shape(diff((dots->dot))). sameness. % Dots: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) dots layer(in) nth(82) % Point: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(38) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), 0). object_shape(diff((dots->dot))). sameness. % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(81) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,5) point layer(out) nth(33) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' ȇ', ' Ȃ'], [ ' ő', ' Ľ', ' Ň', ' Ō', ' Į', ' ĸ', ' ij', ' ĝ', ' Ď', ' Ą', ' ᒿ', ' ᓝ', ' ē', ' Ę', ' ᓶ', ' ĉ', ' ᒦ']), change_obj(' ț', ' ĩ', [loc_xy(diff(+ 8), 0), object_shape(diff((dots->dot)))]), change_obj(' Ƞ', ' ł', [loc_xy(diff(+ 14), diff(+ 9)), object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ [38;2;68;68;68mᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ț Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ĩ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᓝ ᓝ ᓝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ Į ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒦ ᒦ ᒦ Ą Ą ᒦ ᒦ ᒦ ᒦ ij ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ĸ ᒦ ᒦ ᒦ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒍ ᒍ ᒦ Ą Ą ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒍ ᒍ ᒦ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒦ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ĉ Ľ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ł ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ Ď Ď ᒦ ᒍ ĉ ĉ ĉ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒦ Ď Ď ᒦ ᒍ ĉ Ň ĉ ĉ ĉ Ō ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ Ȃ Ȃ Ȃ Ȃ ᒍ ȇ ȇ ȇ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ĉ ĉ ĉ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ĉ ē ē ē ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ő ĉ ĉ ĉ ĉ ē ē ē ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ĉ ē ē ē ĉ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ē ē ē ĉ ĉ ĉ ĉ Ę Ę Ę Ę ĉ ᒍ ᒍ ᒍ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ᒍ ᒍ ĉ Ę Ę Ę Ę ĉ ĉ ĉ ĉ ĉ ĝ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ Ƞ ȇ ȇ ģ ģ ģ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ Ę Ę Ę Ę ĉ ģ ģ ģ ĉ ĝ ĉ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ȇ ȇ ȇ ȇ ȇ ȇ ģ ģ ģ ȇ ȇ ȇ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ĉ ĉ ĉ ᒍ ᒍ ᒍ ᒍ  ___________________________________________________________  ___________________________________________________________ better(v('09c534e7')*(trn+0)+in) better(v('09c534e7')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 587.0). cc:0=cc(black, 587.0). cc:1=cc(blue, 311.0). cc:1=cc(blue, 234.0). cc:2=cc(red, 1.0). cc:2=cc(red, 48.0). cc:3=cc(green, 1.0). cc:3=cc(green, 31.0). compare_objs1([perfect]). % Nonsquare: ģ mass(6) color_count(black,6.0) size(3,2) loc_xy(21,29) nonsquare rectangluar filled_squared layer(in) nth(32) % Nonsquare: ģ mass(6) color_count(black,6.0) size(3,2) loc_xy(21,29) nonsquare rectangluar filled_squared layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ᒍ mass(581) color_count(black,581.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(in) nth(21) % Outline: ᒍ mass(581) color_count(black,581.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(81) % Dots: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) dots layer(in) nth(82) % Outline: ȇ mass(131) color_count(blue,131.0) size(24,13) loc_xy(3,18) squares outline polygon layer(in) nth(77) % Outline: Ȃ mass(180) color_count(blue,180.0) size(25,22) loc_xy(6,2) squares outline polygon layer(in) nth(76) _________________________________________________________________________________ groupB=19. % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(4,25) point layer(out) nth(41) % Point: Ō mass(1) color_count(green,1.0) size(1,1) loc_xy(25,22) point layer(out) nth(40) % Point: Ň mass(1) color_count(green,1.0) size(1,1) loc_xy(21,22) point layer(out) nth(39) % Point: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(38) % Point: Ľ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,19) point layer(out) nth(37) % Point: ĸ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,14) point layer(out) nth(36) % Point: ij mass(1) color_count(red,1.0) size(1,1) loc_xy(29,13) point layer(out) nth(35) % Point: Į mass(1) color_count(red,1.0) size(1,1) loc_xy(7,9) point layer(out) nth(34) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,5) point layer(out) nth(33) % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(out) nth(31) % Squares: Ą mass(4) color_count(red,4.0) size(2,2) loc_xy(23,13) squares rectangluar filled_squared layer(out) nth(26) % Squares: Ď mass(4) color_count(red,4.0) size(2,2) loc_xy(16,21) squares rectangluar filled_squared layer(out) nth(28) % Nonsquare: ᒿ mass(6) color_count(red,6.0) size(2,3) loc_xy(24,3) nonsquare rectangluar filled_squared layer(out) nth(23) % Keypad: ᓝ mass(9) color_count(red,9.0) size(3,3) loc_xy(14,4) squares rectangluar outline keypad layer(out) nth(24) % Outline: ē mass(12) color_count(green,12.0) size(3,4) loc_xy(9,24) nonsquare rectangluar outline filled_squared layer(out) nth(29) % Outline: Ę mass(12) color_count(green,12.0) size(4,3) loc_xy(16,27) nonsquare rectangluar outline filled_squared layer(out) nth(30) % Outline: ᓶ mass(21) color_count(red,21.0) size(7,3) loc_xy(12,13) nonsquare rectangluar outline filled_squared layer(out) nth(25) % Outline: ĉ mass(101) color_count(blue,101.0) size(24,13) loc_xy(3,18) rectangluar outline polygon layer(out) nth(27) % Outline: ᒦ mass(133) color_count(blue,133.0) size(25,22) loc_xy(6,2) rectangluar outline polygon layer(out) nth(22) _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(+ 9)). object_shape(diff((dots->dot))). sameness. % Dots: Ƞ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) dots layer(in) nth(82) % Point: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(38) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), 0). object_shape(diff((dots->dot))). sameness. % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(81) % Point: ĩ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,5) point layer(out) nth(33) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' ȇ', ' Ȃ'], [ ' ő', ' Ľ', ' Ň', ' Ō', ' Į', ' ĸ', ' ij', ' ĝ', ' Ď', ' Ą', ' ᒿ', ' ᓝ', ' ē', ' Ę', ' ᓶ', ' ĉ', ' ᒦ']), change_obj(' ț', ' ĩ', [loc_xy(diff(+ 8), 0), object_shape(diff((dots->dot)))]), change_obj(' Ƞ', ' ł', [loc_xy(diff(+ 14), diff(+ 9)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('09c534e7'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('09c534e7')*(trn+1)+in) test(v('09c534e7')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 276.0). cc:0=cc(black, 276.0). cc:1=cc(blue, 121.0). cc:1=cc(blue, 100.0). cc:2=cc(yellow, 1.0). cc:2=cc(green, 11.0). cc:3=cc(red, 1.0). cc:3=cc(red, 8.0). cc:4=cc(green, 1.0). cc:4=cc(yellow, 5.0).  _______________________________________  _______________________________________ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ƭ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ʊ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᐡ ᐡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᑁ ᑁ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᑁ ᑁ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮺ Ꮺ ᓝ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᓶ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ ƶ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ Ą ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ ᒿ ᒿ ᒿ ᒿ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᑴ ᒿ ᒿ ᒿ ᒿ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ ĉ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  _______________________________________  _______________________________________ common(v('09c534e7')*(trn+1)+in) common(v('09c534e7')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 276.0). cc:0=cc(black, 276.0). cc:1=cc(blue, 121.0). cc:1=cc(blue, 100.0). cc:2=cc(yellow, 1.0). cc:2=cc(green, 11.0). cc:3=cc(red, 1.0). cc:3=cc(red, 8.0). cc:4=cc(green, 1.0). cc:4=cc(yellow, 5.0). compare_objs1([perfect]). % Outline: Ꮡ mass(257) color_count(black,257.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(in) nth(14) % Outline: Ꮡ mass(257) color_count(black,257.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(14) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ᒿ mass(19) color_count(black,19.0) size(7,4) loc_xy(1,17) rectangluar outline polygon layer(in) nth(23) % Outline: ᒿ mass(19) color_count(black,19.0) size(7,4) loc_xy(1,17) rectangluar outline polygon layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=6. % Outline: Ƙ mass(50) color_count(blue,50.0) size(14,8) loc_xy(1,13) squares outline polygon layer(in) nth(55) % Outline: Ǝ mass(46) color_count(blue,46.0) size(10,8) loc_xy(3,2) squares outline polygon layer(in) nth(53) % Outline: Ɠ mass(25) color_count(blue,25.0) size(4,8) loc_xy(15,2) squares outline polygon layer(in) nth(54) % Dots: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(59) % Dots: Ʊ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,3) dots layer(in) nth(60) % Dots: ƶ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(61) _________________________________________________________________________________ groupB=12. % Outline: ᑴ mass(43) color_count(blue,43.0) size(14,8) loc_xy(1,13) rectangluar outline polygon layer(out) nth(20) % Outline: Ꮺ mass(36) color_count(blue,36.0) size(10,8) loc_xy(3,2) rectangluar outline polygon layer(out) nth(15) % Outline: ᐈ mass(21) color_count(blue,21.0) size(4,8) loc_xy(15,2) rectangluar outline polygon layer(out) nth(16) % Nonsquare: ᑚ mass(8) color_count(green,8.0) size(4,2) loc_xy(4,7) nonsquare rectangluar filled_squared layer(out) nth(19) % Squares: ᑁ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(16,3) squares rectangluar filled_squared layer(out) nth(18) % Squares: ᒍ mass(4) color_count(red,4.0) size(2,2) loc_xy(7,14) squares rectangluar filled_squared layer(out) nth(21) % Hv_Line(h): ᐡ mass(2) color_count(green,2.0) size(2,1) loc_xy(4,3) hv_line(h) nonsquare filled_squared layer(out) nth(17) % Hv_Line(v): ᒦ mass(2) color_count(red,2.0) size(1,2) loc_xy(2,16) nonsquare hv_line(v) filled_squared layer(out) nth(22) % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(27) % Point: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(13,14) point layer(out) nth(26) % Point: ᓶ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(25) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) _________________________________________________________________________________ diffs. loc_xy(diff(- 7), diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(59) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: ƶ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(61) % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(27) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: Ʊ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,3) dots layer(in) nth(60) % Point: ᓶ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(25) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' Ɠ', ' Ǝ', ' Ƙ'], [ ' Ą', ' ᒦ', ' ᐡ', ' ᒍ', ' ᑁ', ' ᑚ', ' ᐈ', ' Ꮺ', ' ᑴ']), change_obj(' Ʊ', ' ᓶ', [loc_xy(0, diff(- 5)), object_shape(diff((dots->dot)))]), change_obj(' ƶ', ' ĉ', [loc_xy(0, diff(- 5)), object_shape(diff((dots->dot)))]), change_obj(' Ƭ', ' ᓝ', [loc_xy(diff(- 7), diff(- 5)), object_shape(diff((dots->dot)))])].  _______________________________________  _______________________________________ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ƭ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ʊ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᐡ ᐡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᑁ ᑁ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᑁ ᑁ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ ᑚ ᑚ Ꮺ Ꮺ Ꮺ ᓝ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᓶ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ ᐈ ᐈ ᐈ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ ƶ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ Ą ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ ᒿ ᒿ ᒿ ᒿ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᑴ ᒿ ᒿ ᒿ ᒿ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ƙ Ƙ Ƙ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ ĉ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ƙ Ƙ Ƙ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  _______________________________________  _______________________________________ better(v('09c534e7')*(trn+1)+in) better(v('09c534e7')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 276.0). cc:0=cc(black, 276.0). cc:1=cc(blue, 121.0). cc:1=cc(blue, 100.0). cc:2=cc(yellow, 1.0). cc:2=cc(green, 11.0). cc:3=cc(red, 1.0). cc:3=cc(red, 8.0). cc:4=cc(green, 1.0). cc:4=cc(yellow, 5.0). compare_objs1([perfect]). % Outline: ᒿ mass(19) color_count(black,19.0) size(7,4) loc_xy(1,17) rectangluar outline polygon layer(in) nth(23) % Outline: ᒿ mass(19) color_count(black,19.0) size(7,4) loc_xy(1,17) rectangluar outline polygon layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ꮡ mass(257) color_count(black,257.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(in) nth(14) % Outline: Ꮡ mass(257) color_count(black,257.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(14) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=6. % Dots: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(59) % Dots: Ʊ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,3) dots layer(in) nth(60) % Dots: ƶ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(61) % Outline: Ɠ mass(25) color_count(blue,25.0) size(4,8) loc_xy(15,2) squares outline polygon layer(in) nth(54) % Outline: Ǝ mass(46) color_count(blue,46.0) size(10,8) loc_xy(3,2) squares outline polygon layer(in) nth(53) % Outline: Ƙ mass(50) color_count(blue,50.0) size(14,8) loc_xy(1,13) squares outline polygon layer(in) nth(55) _________________________________________________________________________________ groupB=12. % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(27) % Point: Ą mass(1) color_count(red,1.0) size(1,1) loc_xy(13,14) point layer(out) nth(26) % Point: ᓶ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(25) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) % Hv_Line(h): ᐡ mass(2) color_count(green,2.0) size(2,1) loc_xy(4,3) hv_line(h) nonsquare filled_squared layer(out) nth(17) % Hv_Line(v): ᒦ mass(2) color_count(red,2.0) size(1,2) loc_xy(2,16) nonsquare hv_line(v) filled_squared layer(out) nth(22) % Squares: ᑁ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(16,3) squares rectangluar filled_squared layer(out) nth(18) % Squares: ᒍ mass(4) color_count(red,4.0) size(2,2) loc_xy(7,14) squares rectangluar filled_squared layer(out) nth(21) % Nonsquare: ᑚ mass(8) color_count(green,8.0) size(4,2) loc_xy(4,7) nonsquare rectangluar filled_squared layer(out) nth(19) % Outline: ᐈ mass(21) color_count(blue,21.0) size(4,8) loc_xy(15,2) rectangluar outline polygon layer(out) nth(16) % Outline: Ꮺ mass(36) color_count(blue,36.0) size(10,8) loc_xy(3,2) rectangluar outline polygon layer(out) nth(15) % Outline: ᑴ mass(43) color_count(blue,43.0) size(14,8) loc_xy(1,13) rectangluar outline polygon layer(out) nth(20) _________________________________________________________________________________ diffs. loc_xy(diff(- 7), diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: Ƭ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(59) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: ƶ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(61) % Point: ĉ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(27) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(0, diff(- 5)). object_shape(diff((dots->dot))). sameness. % Dots: Ʊ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,3) dots layer(in) nth(60) % Point: ᓶ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(25) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' Ɠ', ' Ǝ', ' Ƙ'], [ ' Ą', ' ᒦ', ' ᐡ', ' ᒍ', ' ᑁ', ' ᑚ', ' ᐈ', ' Ꮺ', ' ᑴ']), change_obj(' Ʊ', ' ᓶ', [loc_xy(0, diff(- 5)), object_shape(diff((dots->dot)))]), change_obj(' ƶ', ' ĉ', [loc_xy(0, diff(- 5)), object_shape(diff((dots->dot)))]), change_obj(' Ƭ', ' ᓝ', [loc_xy(diff(- 7), diff(- 5)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('09c534e7'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________  ___________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________  ___________________________________ test(v('09c534e7')*(trn+2)+in) test(v('09c534e7')*(trn+2)+out) IN OUT grid_dim=grid_size(18, 18). grid_dim=grid_size(18, 18). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 188.0). cc:0=cc(black, 188.0). cc:1=cc(blue, 133.0). cc:1=cc(blue, 111.0). cc:2=cc(yellow, 1.0). cc:2=cc(purple, 14.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 9.0). cc:4=cc(green, 1.0). cc:4=cc(green, 2.0).  ___________________________________  ___________________________________ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ƣ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ ᒿ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ ᑁ ᑁ ᑁ Ꮡ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ ᓝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ Ꮺ Ꮡ Ꮡ ᑁ ᓝ ᑁ ᑁ ᑁ ᓶ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ ᑁ ᑁ ᑁ Ꮡ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ Ą ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ Ꮡ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᒦ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ƨ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ĉ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  ___________________________________  ___________________________________ common(v('09c534e7')*(trn+2)+in) common(v('09c534e7')*(trn+2)+out) IN OUT grid_dim=grid_size(18, 18). grid_dim=grid_size(18, 18). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 188.0). cc:0=cc(black, 188.0). cc:1=cc(blue, 133.0). cc:1=cc(blue, 111.0). cc:2=cc(yellow, 1.0). cc:2=cc(purple, 14.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 9.0). cc:4=cc(green, 1.0). cc:4=cc(green, 2.0). compare_objs1([perfect]). % Outline: Ꮡ mass(188) color_count(black,188.0) size(18,18) loc_xy(1,1) rectangluar outline polygon layer(in) nth(14) % Outline: Ꮡ mass(188) color_count(black,188.0) size(18,18) loc_xy(1,1) rectangluar outline polygon layer(out) nth(14) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(in) nth(24) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: Ɠ mass(61) color_count(blue,61.0) size(14,8) loc_xy(3,11) squares outline polygon layer(in) nth(54) % Outline: Ɖ mass(54) color_count(blue,54.0) size(15,8) loc_xy(4,2) squares outline polygon layer(in) nth(52) % Outline: Ǝ mass(18) color_count(blue,18.0) size(7,3) loc_xy(10,7) squares outline polygon layer(in) nth(53) % Dots: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(57) % Dots: Ƨ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,16) dots layer(in) nth(58) _________________________________________________________________________________ groupB=12. % Outline: ᑴ mass(48) color_count(blue,48.0) size(14,8) loc_xy(3,11) rectangluar outline polygon layer(out) nth(20) % Outline: Ꮺ mass(46) color_count(blue,46.0) size(15,8) loc_xy(4,2) rectangluar outline polygon layer(out) nth(15) % Outline: ᑁ mass(17) color_count(blue,17.0) size(7,3) loc_xy(10,7) rectangluar outline polygon layer(out) nth(18) % Nonsquare: ᒍ mass(8) color_count(purple,8.0) size(2,4) loc_xy(10,14) nonsquare rectangluar filled_squared layer(out) nth(21) % Squares: ᐡ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(11,3) squares rectangluar filled_squared layer(out) nth(17) % Squares: ᒦ mass(4) color_count(purple,4.0) size(2,2) loc_xy(4,15) squares rectangluar filled_squared layer(out) nth(22) % Hv_Line(h): ᐈ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(5,3) hv_line(h) nonsquare filled_squared layer(out) nth(16) % Hv_Line(h): ᑚ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(19) % Point: ĉ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(out) nth(27) % Point: Ą mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(26) % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(25) % Point: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,4) point layer(out) nth(23) _________________________________________________________________________________ diffs. loc_xy(diff(- 10), diff(+ 4)). object_shape(diff((dots->dot))). sameness. % Dots: Ƨ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,16) dots layer(in) nth(58) % Point: Ą mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(26) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 12), diff(- 1)). object_shape(diff((dots->dot))). sameness. % Dots: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(57) % Point: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,4) point layer(out) nth(23) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' Ǝ', ' Ɖ', ' Ɠ'], [ ' ᓶ', ' ĉ', ' ᐈ', ' ᑚ', ' ᒦ', ' ᐡ', ' ᒍ', ' ᑁ', ' Ꮺ', ' ᑴ']), change_obj(' Ƣ', ' ᒿ', [loc_xy(diff(- 12), diff(- 1)), object_shape(diff((dots->dot)))]), change_obj(' Ƨ', ' Ą', [loc_xy(diff(- 10), diff(+ 4)), object_shape(diff((dots->dot)))])].  ___________________________________  ___________________________________ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ƣ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮺ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ ᒿ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ ᑁ ᑁ ᑁ Ꮡ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ ᓝ Ǝ Ǝ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ ᑚ ᑚ Ꮺ Ꮡ Ꮡ ᑁ ᓝ ᑁ ᑁ ᑁ ᓶ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɖ Ɖ Ɖ Ɖ Ꮡ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ǝ Ǝ Ǝ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ ᑁ ᑁ ᑁ Ꮡ ᑁ ᑁ ᑁ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ Ą ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ Ꮡ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᒦ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ƨ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᒦ ᒦ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ĉ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ ᑴ ᒍ ᒍ ᑴ Ꮡ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɠ Ɠ Ɠ Ɠ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ᑴ ᑴ ᑴ ᑴ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ  ___________________________________  ___________________________________ better(v('09c534e7')*(trn+2)+in) better(v('09c534e7')*(trn+2)+out) IN OUT grid_dim=grid_size(18, 18). grid_dim=grid_size(18, 18). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 188.0). cc:0=cc(black, 188.0). cc:1=cc(blue, 133.0). cc:1=cc(blue, 111.0). cc:2=cc(yellow, 1.0). cc:2=cc(purple, 14.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 9.0). cc:4=cc(green, 1.0). cc:4=cc(green, 2.0). compare_objs1([perfect]). % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(in) nth(24) % Point: ᓝ mass(1) color_count(green,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ꮡ mass(188) color_count(black,188.0) size(18,18) loc_xy(1,1) rectangluar outline polygon layer(in) nth(14) % Outline: Ꮡ mass(188) color_count(black,188.0) size(18,18) loc_xy(1,1) rectangluar outline polygon layer(out) nth(14) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Dots: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(57) % Dots: Ƨ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,16) dots layer(in) nth(58) % Outline: Ǝ mass(18) color_count(blue,18.0) size(7,3) loc_xy(10,7) squares outline polygon layer(in) nth(53) % Outline: Ɖ mass(54) color_count(blue,54.0) size(15,8) loc_xy(4,2) squares outline polygon layer(in) nth(52) % Outline: Ɠ mass(61) color_count(blue,61.0) size(14,8) loc_xy(3,11) squares outline polygon layer(in) nth(54) _________________________________________________________________________________ groupB=12. % Point: ĉ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(out) nth(27) % Point: Ą mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(26) % Point: ᓶ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(25) % Point: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,4) point layer(out) nth(23) % Hv_Line(h): ᐈ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(5,3) hv_line(h) nonsquare filled_squared layer(out) nth(16) % Hv_Line(h): ᑚ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(5,8) hv_line(h) nonsquare filled_squared layer(out) nth(19) % Squares: ᐡ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(11,3) squares rectangluar filled_squared layer(out) nth(17) % Squares: ᒦ mass(4) color_count(purple,4.0) size(2,2) loc_xy(4,15) squares rectangluar filled_squared layer(out) nth(22) % Nonsquare: ᒍ mass(8) color_count(purple,8.0) size(2,4) loc_xy(10,14) nonsquare rectangluar filled_squared layer(out) nth(21) % Outline: ᑁ mass(17) color_count(blue,17.0) size(7,3) loc_xy(10,7) rectangluar outline polygon layer(out) nth(18) % Outline: Ꮺ mass(46) color_count(blue,46.0) size(15,8) loc_xy(4,2) rectangluar outline polygon layer(out) nth(15) % Outline: ᑴ mass(48) color_count(blue,48.0) size(14,8) loc_xy(3,11) rectangluar outline polygon layer(out) nth(20) _________________________________________________________________________________ diffs. loc_xy(diff(- 10), diff(+ 4)). object_shape(diff((dots->dot))). sameness. % Dots: Ƨ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,16) dots layer(in) nth(58) % Point: Ą mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(26) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 12), diff(- 1)). object_shape(diff((dots->dot))). sameness. % Dots: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(57) % Point: ᒿ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,4) point layer(out) nth(23) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' Ǝ', ' Ɖ', ' Ɠ'], [ ' ᓶ', ' ĉ', ' ᐈ', ' ᑚ', ' ᒦ', ' ᐡ', ' ᒍ', ' ᑁ', ' Ꮺ', ' ᑴ']), change_obj(' Ƣ', ' ᒿ', [loc_xy(diff(- 12), diff(- 1)), object_shape(diff((dots->dot)))]), change_obj(' Ƨ', ' Ą', [loc_xy(diff(- 10), diff(+ 4)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('09c534e7'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('09c534e7')*(tst+0)+in) test(v('09c534e7')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 478.0). cc:1=cc(blue, 419.0). cc:1=cc(blue, 288.0). cc:2=cc(yellow, 1.0). cc:2=cc(cyan, 65.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 51.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 18.0).  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ Ј ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď ĝ ĝ Ď Ď Ď Ď ē ē ē Ď Ď Ď Ď ģ ģ ģ ģ Ď Ď Ď Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď ĝ ĝ Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď ģ ģ ģ ģ Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ Ď Ď Ď ĉ ĉ ĉ ĉ Ď ĩ ĩ Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Į Į Ď Ď Ď ij Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ Ď ĸ ĸ Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ Ď ij Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĸ ĸ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ƅ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ Ѝ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ ł ł ł Ľ ĉ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ ĉ ĉ Ľ ł ł ł Ľ Ľ Ľ Ň Ň Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ɖ Ľ ĉ ĉ ĉ Ľ ł ł ł Ľ ĉ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ĉ ĉ ĉ ĉ ĉ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ľ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ В ʥ ĉ ĉ Ľ Ǝ Ľ Ľ Ľ Ŗ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ŗ Ľ Ľ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ő ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő š š ő ĉ ĉ ő ő ő ő ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ő Ŧ Ŧ ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő š š ő ő ő ő ū ū ő ő ő ő ő Ű Ű ő ő ő ő ő ő ő ő Ŧ Ŧ ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ŵ ŵ ʥ ʥ ʥ ʥ ź ź ź ʥ ʥ ʥ ʥ ſ ſ ſ ſ ſ ſ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő ő ő ő ŵ ŵ ő ő ő ő ź ź ź ő ő ő ő ſ ſ ſ ſ ſ ſ ő ő ő ő ĉ  ___________________________________________________________  ___________________________________________________________ common(v('09c534e7')*(tst+0)+in) common(v('09c534e7')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 478.0). cc:1=cc(blue, 419.0). cc:1=cc(blue, 288.0). cc:2=cc(yellow, 1.0). cc:2=cc(cyan, 65.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 51.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 18.0). compare_objs1([perfect]). % Outline: ĉ mass(467) color_count(black,467.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(in) nth(27) % Outline: ĉ mass(467) color_count(black,467.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(27) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ſ mass(6) color_count(black,6.0) size(6,1) loc_xy(20,30) hv_line(h) nonsquare filled_squared layer(in) nth(50) % Hv_Line(h): ſ mass(6) color_count(black,6.0) size(6,1) loc_xy(20,30) hv_line(h) nonsquare filled_squared layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ź mass(3) color_count(black,3.0) size(3,1) loc_xy(13,30) hv_line(h) nonsquare filled_squared layer(in) nth(49) % Hv_Line(h): ź mass(3) color_count(black,3.0) size(3,1) loc_xy(13,30) hv_line(h) nonsquare filled_squared layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ŵ mass(2) color_count(black,2.0) size(2,1) loc_xy(7,30) hv_line(h) nonsquare filled_squared layer(in) nth(48) % Hv_Line(h): ŵ mass(2) color_count(black,2.0) size(2,1) loc_xy(7,30) hv_line(h) nonsquare filled_squared layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=6. % Outline: ʛ mass(177) color_count(blue,177.0) size(27,14) loc_xy(3,2) squares outline polygon layer(in) nth(106) % Outline: ʠ mass(155) color_count(blue,155.0) size(24,13) loc_xy(2,14) squares outline polygon layer(in) nth(107) % Outline: ʥ mass(87) color_count(blue,87.0) size(27,10) loc_xy(3,21) squares outline polygon layer(in) nth(108) % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(116) % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,15) dots layer(in) nth(117) % Dots: В mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,22) dots layer(in) nth(118) _________________________________________________________________________________ groupB=23. % Outline: Ď mass(127) color_count(blue,127.0) size(27,14) loc_xy(3,2) rectangluar outline polygon layer(out) nth(28) % Outline: Ľ mass(91) color_count(blue,91.0) size(24,13) loc_xy(2,14) rectangluar outline polygon layer(out) nth(37) % Outline: ő mass(70) color_count(blue,70.0) size(27,10) loc_xy(3,21) rectangluar outline polygon layer(out) nth(41) % Outline: Ō mass(50) color_count(cyan,50.0) size(10,5) loc_xy(11,21) nonsquare rectangluar outline filled_squared layer(out) nth(40) % Outline: Ę mass(16) color_count(yellow,16.0) size(4,4) loc_xy(25,3) squares rectangluar outline filled_squared layer(out) nth(30) % Outline: ē mass(12) color_count(yellow,12.0) size(3,4) loc_xy(10,3) nonsquare rectangluar outline filled_squared layer(out) nth(29) % Keypad: ł mass(9) color_count(cyan,9.0) size(3,3) loc_xy(17,15) squares rectangluar outline keypad layer(out) nth(38) % Nonsquare: ģ mass(8) color_count(yellow,8.0) size(4,2) loc_xy(17,4) nonsquare rectangluar filled_squared layer(out) nth(32) % Nonsquare: ś mass(6) color_count(purple,6.0) size(2,3) loc_xy(27,22) nonsquare rectangluar filled_squared layer(out) nth(43) % Squares: ĝ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(out) nth(31) % Squares: ĸ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(26,10) squares rectangluar filled_squared layer(out) nth(36) % Squares: š mass(4) color_count(purple,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(out) nth(44) % Squares: Ŧ mass(4) color_count(purple,4.0) size(2,2) loc_xy(27,28) squares rectangluar filled_squared layer(out) nth(45) % Hv_Line(h): ĩ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(18,9) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Hv_Line(h): Į mass(2) color_count(yellow,2.0) size(2,1) loc_xy(6,10) hv_line(h) nonsquare filled_squared layer(out) nth(34) % Hv_Line(v): ij mass(2) color_count(yellow,2.0) size(1,2) loc_xy(11,10) nonsquare hv_line(v) filled_squared layer(out) nth(35) % Hv_Line(h): Ň mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,16) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Hv_Line(v): Ŗ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,22) nonsquare hv_line(v) filled_squared layer(out) nth(42) % Hv_Line(h): ū mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,29) hv_line(h) nonsquare filled_squared layer(out) nth(46) % Hv_Line(h): Ű mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,29) hv_line(h) nonsquare filled_squared layer(out) nth(47) % Point: Ǝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,17) point layer(out) nth(52) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(51) _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(- 7)). object_shape(diff((dots->dot))). sameness. % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,15) dots layer(in) nth(117) % Point: Ǝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(53) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 17), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: В mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,22) dots layer(in) nth(118) % Point: Ɖ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,17) point layer(out) nth(52) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 5), diff(- 11)). object_shape(diff((dots->dot))). sameness. % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(116) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(51) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' ʥ', ' ʠ', ' ʛ'], [ ' Ŗ', ' ij', ' Ň', ' ū', ' Ű', ' Į', ' ĩ', ' š', ' Ŧ', ' ĝ', ' ĸ', ' ś', ' ģ', ' ł', ' ē', ' Ę', ' Ō', ' ő', ' Ľ', ' Ď']), change_obj(' Ј', ' Ƅ', [loc_xy(diff(+ 5), diff(- 11)), object_shape(diff((dots->dot)))]), change_obj(' В', ' Ɖ', [loc_xy(diff(+ 17), diff(+ 5)), object_shape(diff((dots->dot)))]), change_obj(' Ѝ', ' Ǝ', [loc_xy(diff(+ 14), diff(- 7)), object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ Ј ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď ĝ ĝ Ď Ď Ď Ď ē ē ē Ď Ď Ď Ď ģ ģ ģ ģ Ď Ď Ď Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď ĝ ĝ Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď ģ ģ ģ ģ Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ Ď ē ē ē Ď ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ Ď Ę Ę Ę Ę Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ Ď Ď Ď ĉ ĉ ĉ ĉ Ď ĩ ĩ Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Į Į Ď Ď Ď ij Ď ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ Ď ĸ ĸ Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ Ď ij Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĸ ĸ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ƅ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʛ ʛ ʛ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ Ѝ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ ł ł ł Ľ ĉ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ ĉ ĉ Ľ ł ł ł Ľ Ľ Ľ Ň Ň Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ɖ Ľ ĉ ĉ ĉ Ľ ł ł ł Ľ ĉ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ĉ ĉ ĉ ĉ ĉ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ľ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ В ʥ ĉ ĉ Ľ Ǝ Ľ Ľ Ľ Ŗ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ŗ Ľ Ľ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ś ś ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ľ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ő ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ĉ ĉ ĉ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő š š ő ĉ ĉ ő ő ő ő ĉ ĉ ĉ ő ő ő ő ĉ ĉ ĉ ĉ ĉ ĉ ő Ŧ Ŧ ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő š š ő ő ő ő ū ū ő ő ő ő ő Ű Ű ő ő ő ő ő ő ő ő Ŧ Ŧ ő ĉ ĉ ĉ ʥ ʥ ʥ ʥ ŵ ŵ ʥ ʥ ʥ ʥ ź ź ź ʥ ʥ ʥ ʥ ſ ſ ſ ſ ſ ſ ʥ ʥ ʥ ʥ ĉ ĉ ĉ ő ő ő ő ŵ ŵ ő ő ő ő ź ź ź ő ő ő ő ſ ſ ſ ſ ſ ſ ő ő ő ő ĉ  ___________________________________________________________  ___________________________________________________________ better(v('09c534e7')*(tst+0)+in) better(v('09c534e7')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 478.0). cc:0=cc(black, 478.0). cc:1=cc(blue, 419.0). cc:1=cc(blue, 288.0). cc:2=cc(yellow, 1.0). cc:2=cc(cyan, 65.0). cc:3=cc(purple, 1.0). cc:3=cc(yellow, 51.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 18.0). compare_objs1([perfect]). % Hv_Line(h): ŵ mass(2) color_count(black,2.0) size(2,1) loc_xy(7,30) hv_line(h) nonsquare filled_squared layer(in) nth(48) % Hv_Line(h): ŵ mass(2) color_count(black,2.0) size(2,1) loc_xy(7,30) hv_line(h) nonsquare filled_squared layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ź mass(3) color_count(black,3.0) size(3,1) loc_xy(13,30) hv_line(h) nonsquare filled_squared layer(in) nth(49) % Hv_Line(h): ź mass(3) color_count(black,3.0) size(3,1) loc_xy(13,30) hv_line(h) nonsquare filled_squared layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ſ mass(6) color_count(black,6.0) size(6,1) loc_xy(20,30) hv_line(h) nonsquare filled_squared layer(in) nth(50) % Hv_Line(h): ſ mass(6) color_count(black,6.0) size(6,1) loc_xy(20,30) hv_line(h) nonsquare filled_squared layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĉ mass(467) color_count(black,467.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(in) nth(27) % Outline: ĉ mass(467) color_count(black,467.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(27) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=6. % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(116) % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,15) dots layer(in) nth(117) % Dots: В mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,22) dots layer(in) nth(118) % Outline: ʥ mass(87) color_count(blue,87.0) size(27,10) loc_xy(3,21) squares outline polygon layer(in) nth(108) % Outline: ʠ mass(155) color_count(blue,155.0) size(24,13) loc_xy(2,14) squares outline polygon layer(in) nth(107) % Outline: ʛ mass(177) color_count(blue,177.0) size(27,14) loc_xy(3,2) squares outline polygon layer(in) nth(106) _________________________________________________________________________________ groupB=23. % Point: Ǝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,17) point layer(out) nth(52) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(51) % Hv_Line(h): ĩ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(18,9) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Hv_Line(h): Į mass(2) color_count(yellow,2.0) size(2,1) loc_xy(6,10) hv_line(h) nonsquare filled_squared layer(out) nth(34) % Hv_Line(v): ij mass(2) color_count(yellow,2.0) size(1,2) loc_xy(11,10) nonsquare hv_line(v) filled_squared layer(out) nth(35) % Hv_Line(h): Ň mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,16) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Hv_Line(v): Ŗ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,22) nonsquare hv_line(v) filled_squared layer(out) nth(42) % Hv_Line(h): ū mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,29) hv_line(h) nonsquare filled_squared layer(out) nth(46) % Hv_Line(h): Ű mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,29) hv_line(h) nonsquare filled_squared layer(out) nth(47) % Squares: ĝ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(out) nth(31) % Squares: ĸ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(26,10) squares rectangluar filled_squared layer(out) nth(36) % Squares: š mass(4) color_count(purple,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(out) nth(44) % Squares: Ŧ mass(4) color_count(purple,4.0) size(2,2) loc_xy(27,28) squares rectangluar filled_squared layer(out) nth(45) % Nonsquare: ś mass(6) color_count(purple,6.0) size(2,3) loc_xy(27,22) nonsquare rectangluar filled_squared layer(out) nth(43) % Nonsquare: ģ mass(8) color_count(yellow,8.0) size(4,2) loc_xy(17,4) nonsquare rectangluar filled_squared layer(out) nth(32) % Keypad: ł mass(9) color_count(cyan,9.0) size(3,3) loc_xy(17,15) squares rectangluar outline keypad layer(out) nth(38) % Outline: ē mass(12) color_count(yellow,12.0) size(3,4) loc_xy(10,3) nonsquare rectangluar outline filled_squared layer(out) nth(29) % Outline: Ę mass(16) color_count(yellow,16.0) size(4,4) loc_xy(25,3) squares rectangluar outline filled_squared layer(out) nth(30) % Outline: Ō mass(50) color_count(cyan,50.0) size(10,5) loc_xy(11,21) nonsquare rectangluar outline filled_squared layer(out) nth(40) % Outline: ő mass(70) color_count(blue,70.0) size(27,10) loc_xy(3,21) rectangluar outline polygon layer(out) nth(41) % Outline: Ľ mass(91) color_count(blue,91.0) size(24,13) loc_xy(2,14) rectangluar outline polygon layer(out) nth(37) % Outline: Ď mass(127) color_count(blue,127.0) size(27,14) loc_xy(3,2) rectangluar outline polygon layer(out) nth(28) _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(- 7)). object_shape(diff((dots->dot))). sameness. % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,15) dots layer(in) nth(117) % Point: Ǝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(53) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 17), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: В mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,22) dots layer(in) nth(118) % Point: Ɖ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,17) point layer(out) nth(52) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 5), diff(- 11)). object_shape(diff((dots->dot))). sameness. % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,3) dots layer(in) nth(116) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(51) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' ʥ', ' ʠ', ' ʛ'], [ ' Ŗ', ' ij', ' Ň', ' ū', ' Ű', ' Į', ' ĩ', ' š', ' Ŧ', ' ĝ', ' ĸ', ' ś', ' ģ', ' ł', ' ē', ' Ę', ' Ō', ' ő', ' Ľ', ' Ď']), change_obj(' Ј', ' Ƅ', [loc_xy(diff(+ 5), diff(- 11)), object_shape(diff((dots->dot)))]), change_obj(' В', ' Ɖ', [loc_xy(diff(+ 17), diff(+ 5)), object_shape(diff((dots->dot)))]), change_obj(' Ѝ', ' Ǝ', [loc_xy(diff(+ 14), diff(- 7)), object_shape(diff((dots->dot)))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('25094a63')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('25094a63'),[]) [ +mask_match, +shape_match, -rotation_match, -color_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('25094a63')*(trn+0)+in) test(v('25094a63')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 248.0). cc:0=cc(green, 223.0). cc:1=cc(red, 203.0). cc:1=cc(red, 161.0). cc:2=cc(blue, 180.0). cc:2=cc(yellow, 145.0). cc:3=cc(cyan, 173.0). cc:3=cc(blue, 138.0). cc:4=cc(purple, 96.0). cc:4=cc(cyan, 137.0). cc:5=cc(purple, 96.0).  ___________________________________________________________  ___________________________________________________________ サ サ 㖡 ズ タ 㛪 䝳 䝳 䝳 㛯 ド ド ド ド ド 㛴 ノ ノ ビ ビ 㙲 ヘ ヘ 㛹 ポ ポ 䞑 㛾 ョ ョ サ サ 㖡 ズ タ 㛪 ツ ツ ツ 㛯 ド ド ド ド ド 㛴 ノ ノ ビ ビ 㙲 ヘ ヘ 㛹 ポ ポ モ 㛾 ョ ョ 㙷 㖡 㜄 ズ タ 㜉 䝳 㜎 㜓 䝳 ド レ レ 㜝 ド 㜣 㜩 ノ ビ ビ 㜮 㙲 㜳 㜸 㜽 ポ 䞑 㝂 ヱ 㝇 㙷 㖡 㜄 ズ タ 㜉 ツ 㜎 㜓 㜘 ド レ レ 㜝 ド 㜣 㜩 ノ ビ ビ 㜮 㙲 㜳 㜸 㜽 ポ モ 㝂 ヱ 㝇 ヶ 㙷 㝌 ー 䝳 䝳 䝳 䝳 䝳 䝳 㝑 㝖 㙼 ド ド ㄋ ㄋ 㖦 㖫 㝛 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㝡 ヱ ㄕ ヶ 㙷 㝌 ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ 㝑 㝖 㙼 ド ド ㄋ ㄋ 㖦 㖫 㝛 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝡 ヱ ㄕ ヶ 㝦 ㄚ ー 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ 㝫 㝰 㙼 ㄥ ㄥ 㖦 㖫 㝵 ㄫ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㝿 ㄕ ヶ 㝦 ㄚ ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ 㝫 㝰 㙼 ㄥ ㄥ 㖦 㖫 㝵 ㄫ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝺 㝿 ㄕ ヶ ㄱ ㄚ ー 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ 㞄 ㄶ ㄶ 㞉 ㄻ ㅀ ㅀ ㄫ ㄫ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚁 㞎 ㄕ ヶ ㄱ ㄚ ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ 㞄 ㄶ ㄶ 㞉 ㄻ ㅀ ㅀ ㄫ ㄫ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㚁 㞎 ㄕ ㄱ ㄱ ㄚ 㞓 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ ㄟ 㚆 ㄶ 㞘 ㄻ 㞝 ㅀ ㅀ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚋 㚁 㞢 ㄱ ㄱ ㄚ 㞓 ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ ㄟ 㚆 ㄶ 㞘 ㄻ 㞝 ㅀ ㅀ 㖰 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㚋 㚁 㞢 㞧 㞬 ㅅ ㅅ 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ ㄟ 㞱 㚆 㞶 㞻 㖵 ㅀ 勼 㟀 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚋 㖺 㞧 㞬 ㅅ ㅅ ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ ㄟ 㞱 㚆 㞶 㞻 㖵 ㅀ 㖰 㟀 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㅊ 㚋 㖺 㚐 ㅏ ㅏ 㟅 䝳 䝳 䝳 䝳 䝳 䝳 䝳 㖿 㟊 㟏 㟔 㖵 㗄 ㅀ ㅔ ㅔ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㖺 㗉 㚐 ㅏ ㅏ 㟅 ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ 㚕 㖿 㟊 㟏 㟔 㖵 㗄 ㅀ ㅔ ㅔ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㅊ 㖺 㗉 㟙 㚐 ㅏ 㟞 㗎 㟣 㗓 䝳 ㅙ ㅞ 㖿 匂 㟨 ㅤ 㚚 㗄 㟭 ㅀ 㟲 ㅩ 䞑 㟷 㟼 ㅳ ㅳ 㠂 㠇 㗝 㗉 ㅸ 㟙 㚐 ㅏ 㟞 㗎 㟣 㗓 㗘 ㅙ ㅞ 㖿 㚕 㟨 ㅤ 㚚 㗄 㟭 ㅀ 㟲 ㅩ ㅮ 㟷 㟼 ㅳ ㅳ 㠂 㠇 㗝 㗉 ㅸ 㠌 ㅽ 㠑 㗎 㠖 㗓 匇 㚟 ㅙ ㅞ 㠛 ㅤ ㅤ ㅤ ㅤ 㚚 ㆂ ㆇ ㆇ ㅩ 䞑 㠠 ㆌ ㆌ 㠦 㠬 㗝 㗉 㗢 ㅸ 㠌 ㅽ 㠑 㗎 㠖 㗓 㗘 㚟 ㅙ ㅞ 㠛 ㅤ ㅤ ㅤ ㅤ 㚚 ㆂ ㆇ ㆇ ㅩ ㅮ 㠠 ㆌ ㆌ 㠦 㠬 㗝 㗉 㗢 ㅸ ㅽ ㅽ ㆢ ㆢ 㗓 ㆧ ㆧ ㆬ 㚟 ㅞ ㅞ 㠱 ㆱ ㅤ ㅤ ㆂ ㆂ ㆶ ㆶ 㠶 ㆻ ㇰ 㠻 ㆌ 䡈 䡈 䡈 㗢 㡀 ㅸ ㅽ ㅽ ㆢ ㆢ 㗓 ㆧ ㆧ ㆬ 㚟 ㅞ ㅞ 㠱 ㆱ ㅤ ㅤ ㆂ ㆂ ㆶ ㆶ 㠶 ㆻ ㇰ 㠻 ㆌ ㇵ ㇵ ㇵ 㗢 㡀 ㅸ 㚤 㡅 ㆢ ㆢ 㡊 㡏 ㇺ ㆬ ㆬ 㡔 ㅞ ㆱ ㆱ ㅤ 㡙 㗧 ㇿ 㐅 㐅 ㆻ ㆻ ㇰ 㡞 㡤 㡩 䡈 㗢 㐊 㐏 㡮 㚤 㡅 ㆢ ㆢ 㡊 㡏 ㇺ ㆬ ㆬ 㡔 ㅞ ㆱ ㆱ ㅤ 㡙 㗧 ㇿ 㐅 㐅 ㆻ ㆻ ㇰ 㡞 㡤 㡩 ㇵ 㗢 㐊 㐏 㡮 㐔 㚤 ㆢ 㐙 ㇺ ㇺ ㇺ ㆬ ㆬ 㐞 㐤 㐤 㐪 㡳 㗧 㡸 ㇿ 㐅 㡽 䫌 㢇 䡈 䡈 䡈 䡈 䡈 䡈 㐊 㐏 㐴 㐔 㚤 ㆢ 㐙 ㇺ ㇺ ㇺ ㆬ ㆬ 㐞 㐤 㐤 㐪 㡳 㗧 㡸 ㇿ 㐅 㡽 㢂 㢇 㗬 㐯 㐯 㐯 㐯 㐯 㐊 㐏 㐴 㐔 㐔 ㆢ 㐙 㐙 㢌 㗱 㚩 ㆬ 㐞 㢑 㐤 㐪 㢖 㢛 㢠 㐹 㐹 㗶 㢥 䫌 㗻 䡈 䡈 䡈 䡈 䡈 䡈 㐏 㐴 㐔 㐔 ㆢ 㐙 㐙 㢌 㗱 㚩 ㆬ 㐞 㢑 㐤 㐪 㢖 㢛 㢠 㐹 㐹 㗶 㢥 㗬 㗻 㐯 㐯 㐯 㐯 㐯 㢪 㐏 㐴 㢯 㐔 ㆢ 㢴 㢹 㗱 㢾 㣃 㚩 㣈 㐾 㑃 㑃 㣍 㣒 㣗 㐹 㗶 㣜 㑈 㗻 䡈 䡈 䡈 䡈 䡈 䡈 㑍 㑍 㣦 㢯 㐔 ㆢ 㢴 㢹 㗱 㢾 㣃 㚩 㣈 㐾 㑃 㑃 㣍 㣒 㣗 㐹 㗶 㣜 㑈 㗻 㣡 㐯 㐯 㐯 㐯 㐯 㑍 㑍 㣦 㚮 㣫 㑒 㑗 㑗 㑜 㑢 㑢 㑢 㚩 㐾 㣰 㑧 㑧 䢷 㑱 㣵 㣺 㣿 㑈 㤅 㘁 䡈 䡈 䡈 䡈 䡈 㑍 㑍 㑍 㚮 㣫 㑒 㑗 㑗 㑜 㑢 㑢 㑢 㚩 㐾 㣰 㑧 㑧 㑬 㑱 㣵 㣺 㣿 㑈 㤅 㘁 㐯 㐯 㐯 㐯 㐯 㑍 㑍 㑍 㤊 㚮 㑒 㑗 㤏 㑜 㤔 㤙 㑶 㑶 㑶 䢷 㤤 㤪 䢷 㑱 䢷 㤴 㤹 㑈 㘁 㤾 䡈 䡈 䡈 䡈 䡈 㥃 㑻 㑻 㤊 㚮 㑒 㑗 㤏 㑜 㤔 㤙 㑶 㑶 㑶 㤞 㤤 㤪 㑬 㑱 㤯 㤴 㤹 㑈 㘁 㤾 㐯 㐯 㐯 㐯 㐯 㥃 㑻 㑻 㥈 㘆 㚮 㥍 㥒 㒀 㒀 㥗 㒅 㒅 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㒏 㒏 㘁 㥜 㒔 䡈 㒙 㥧 㥬 䡈 㥶 㥻 㑻 㥈 㘆 㚮 㥍 㥒 㒀 㒀 㥗 㒅 㒅 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒏 㒏 㘁 㥜 㒔 㥢 㒙 㥧 㥬 㥱 㥶 㥻 㑻 㘆 㘋 㚳 㦀 㒞 㒀 㦅 㒀 㦊 㒅 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㚸 㒔 㦏 㒙 㒨 㒨 㒨 㒭 㒭 㦔 㘆 㘋 㚳 㦀 㒞 㒀 㦅 㒀 㦊 㒅 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒣 㒣 㒣 㚸 㒔 㦏 㒙 㒨 㒨 㒨 㒭 㒭 㦔 㘋 㒲 㒲 㚳 㒞 㒀 㒀 㒀 㒷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㦞 㘐 㒼 㦣 㚸 㓁 㓁 㒨 㒭 㒭 㒭 㦨 㦭 㘋 㒲 㒲 㚳 㒞 㒀 㒀 㒀 㒷 㦙 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㦞 㘐 㒼 㦣 㚸 㓁 㓁 㒨 㒭 㒭 㒭 㦨 㦭 㦲 㚽 㒲 㛂 㦷 㦼 㧁 㧆 㒷 㧋 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㘐 㒼 㒼 㒼 㘕 㓁 㓆 㓆 㧐 㓋 㒭 㓐 㓐 㦲 㚽 㒲 㛂 㦷 㦼 㧁 㧆 㒷 㧋 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㘐 㒼 㒼 㒼 㘕 㓁 㓆 㓆 㧐 㓋 㒭 㓐 㓐 㓕 㧕 㚽 㧚 㛂 㧟 㛇 㒷 㒷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㒼 㒼 㧩 㘕 㘚 㓆 㓆 㓆 㓚 㓋 㓟 㓐 㧮 㓕 㧕 㚽 㧚 㛂 㧟 㛇 㒷 㒷 㧤 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒼 㒼 㧩 㘕 㘚 㓆 㓆 㓆 㓚 㓋 㓟 㓐 㧮 㓕 㧳 㧸 㓤 㓩 㓩 㧽 㛇 㒷 㘟 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㨃 㘕 㘚 㓆 㓆 㓮 㨈 㓚 㨍 㓟 㓐 㨒 㓕 㧳 㧸 㓤 㓩 㓩 㧽 㛇 㒷 㘟 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㘥 㨃 㘕 㘚 㓆 㓆 㓮 㨈 㓚 㨍 㓟 㓐 㨒 㓳 㓸 㓸 㓤 㓽 㓽 㨗 㘫 㘟 㨜 䢷 㔃 㔃 䢷 㨨 㔈 䢷 㔍 㔍 㔒 㔗 㓆 㨭 㓮 㓮 㔜 㔜 㨲 㔡 㨷 㓳 㓸 㓸 㓤 㓽 㓽 㨗 㘫 㘟 㨜 㨡 㔃 㔃 㘰 㨨 㔈 㘥 㔍 㔍 㔒 㔗 㓆 㨭 㓮 㓮 㔜 㔜 㨲 㔡 㨷 㓳 㓸 㨼 㘵 㓽 㩁 㘫 㩆 㔨 㔨 㔭 㔭 匌 㛌 㩋 㔈 㘺 㔒 㔍 㔒 㔗 㓆 㔲 㔲 㔲 㔲 㔷 㔷 㔡 㩐 㓳 㓸 㨼 㘵 㓽 㩁 㘫 㩆 㔨 㔨 㔭 㔭 㘰 㛌 㩋 㔈 㘺 㔒 㔍 㔒 㔗 㓆 㔲 㔲 㔲 㔲 㔷 㔷 㔡 㩐 㛑 㩕 㘵 㔼 㔼 㩚 㕁 㕆 㩟 㕋 㩥 㔭 㕐 㩪 㛌 㘺 㔒 㔒 㔒 㔒 㔲 㔲 㔲 㩯 㩴 㩹 㔷 㩾 㔡 㪃 㛑 㩕 㘵 㔼 㔼 㩚 㕁 㕆 㩟 㕋 㩥 㔭 㕐 㩪 㛌 㘺 㔒 㔒 㔒 㔒 㔲 㔲 㔲 㩯 㩴 㩹 㔷 㩾 㔡 㪃 㪈 㛑 㘿 㔼 㕕 㕕 㕁 㕆 㕆 㕋 㔭 㔭 㕐 㕐 㕚 㕚 㪍 㔒 㕟 㪒 㪗 㙄 㕥 㕪 㕪 㕪 㕯 㪜 㕴 㕴 㪈 㛑 㘿 㔼 㕕 㕕 㕁 㕆 㕆 㕋 㔭 㔭 㕐 㕐 㕚 㕚 㪍 㔒 㕟 㪒 㪗 㙄 㕥 㕪 㕪 㕪 㕯 㪜 㕴 㕴 㕹 㘿 㛑 㪡 㙉 㪦 㙎 㪫 㪰 㙓 㪵 㪺 㕾 㕐 㕚 㛖 㪿 㕟 㕟 㕟 㙄 㫄 㕥 㫉 㖃 㫎 㕯 㙘 㛛 㕴 㕹 㘿 㛑 㪡 㙉 㪦 㙎 㪫 㪰 㙓 㪵 㪺 㕾 㕐 㕚 㛖 㪿 㕟 㕟 㕟 㙄 㫄 㕥 㫉 㖃 㫎 㕯 㙘 㛛 㕴 㕹 㙝 㫓 㙉 㖈 㙎 㫘 㛠 㙓 㫝 㖍 㖍 㕾 㕚 㕚 㖒 㛖 㫢 㕟 㙣 㙨 㫧 㖗 㫬 㖃 㙭 㙘 㖜 㛥 㛛 㕹 㙝 㫓 㙉 㖈 㙎 㫘 㛠 㙓 㫝 㖍 㖍 㕾 㕚 㕚 㖒 㛖 㫢 㕟 㙣 㙨 㫧 㖗 㫬 㖃 㙭 㙘 㖜 㛥 㛛 㙝 㫱 㫶 㫻 㖈 㖈 㬁 㬆 㛠 㖍 㖍 㬋 㬐 㬕 㖒 㖒 㬚 㛖 㙣 㙨 㬟 㬥 㖗 㬫 㙭 㬰 㬵 㖜 㖜 㛥 㙝 㫱 㫶 㫻 㖈 㖈 㬁 㬆 㛠 㖍 㖍 㬋 㬐 㬕 㖒 㖒 㬚 㛖 㙣 㙨 㬟 㬥 㖗 㬫 㙭 㬰 㬵 㖜 㖜 㛥  ___________________________________________________________  ___________________________________________________________ common(v('25094a63')*(trn+0)+in) common(v('25094a63')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 248.0). cc:0=cc(green, 223.0). cc:1=cc(red, 203.0). cc:1=cc(red, 161.0). cc:2=cc(blue, 180.0). cc:2=cc(yellow, 145.0). cc:3=cc(cyan, 173.0). cc:3=cc(blue, 138.0). cc:4=cc(purple, 96.0). cc:4=cc(cyan, 137.0). cc:5=cc(purple, 96.0). compare_objs1([perfect]). % Outline: 㓆 mass(9) color_count(green,9.0) size(4,5) loc_xy(22,21) rectangluar outline polygon layer(in) nth(505) % Outline: 㓆 mass(9) color_count(green,9.0) size(4,5) loc_xy(22,21) rectangluar outline polygon layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ド mass(9) color_count(green,9.0) size(5,3) loc_xy(11,1) rectangluar outline polygon layer(in) nth(419) % Outline: ド mass(9) color_count(green,9.0) size(5,3) loc_xy(11,1) rectangluar outline polygon layer(out) nth(419) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㔒 mass(8) color_count(green,8.0) size(4,4) loc_xy(17,24) rectangluar outline polygon layer(in) nth(520) % Outline: 㔒 mass(8) color_count(green,8.0) size(4,4) loc_xy(17,24) rectangluar outline polygon layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ㅤ mass(8) color_count(green,8.0) size(4,4) loc_xy(12,9) rectangluar outline polygon layer(in) nth(448) % Outline: ㅤ mass(8) color_count(green,8.0) size(4,4) loc_xy(12,9) rectangluar outline polygon layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔲 mass(7) color_count(red,7.0) size(6,2) loc_xy(21,25) rectangluar polygon layer(in) nth(526) % Polygon: 㔲 mass(7) color_count(red,7.0) size(6,2) loc_xy(21,25) rectangluar polygon layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒀 mass(7) color_count(red,7.0) size(3,3) loc_xy(6,18) rectangluar polygon layer(in) nth(491) % Polygon: 㒀 mass(7) color_count(red,7.0) size(3,3) loc_xy(6,18) rectangluar polygon layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆢ mass(7) color_count(red,7.0) size(2,5) loc_xy(3,11) rectangluar polygon layer(in) nth(457) % Polygon: ㆢ mass(7) color_count(red,7.0) size(2,5) loc_xy(3,11) rectangluar polygon layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅀ mass(7) color_count(blue,7.0) size(3,5) loc_xy(17,5) rectangluar polygon layer(in) nth(441) % Polygon: ㅀ mass(7) color_count(blue,7.0) size(3,5) loc_xy(17,5) rectangluar polygon layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒼 mass(6) color_count(green,6.0) size(4,3) loc_xy(18,20) rectangluar polygon layer(in) nth(503) % Polygon: 㒼 mass(6) color_count(green,6.0) size(4,3) loc_xy(18,20) rectangluar polygon layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒭 mass(6) color_count(green,6.0) size(4,3) loc_xy(26,19) rectangluar polygon layer(in) nth(500) % Polygon: 㒭 mass(6) color_count(green,6.0) size(4,3) loc_xy(26,19) rectangluar polygon layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆬ mass(6) color_count(green,6.0) size(2,4) loc_xy(8,11) rectangluar polygon layer(in) nth(459) % Polygon: ㆬ mass(6) color_count(green,6.0) size(2,4) loc_xy(8,11) rectangluar polygon layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄟ mass(6) color_count(green,6.0) size(2,4) loc_xy(11,4) rectangluar polygon layer(in) nth(435) % Polygon: ㄟ mass(6) color_count(green,6.0) size(2,4) loc_xy(11,4) rectangluar polygon layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(18,27) rectangluar polygon layer(in) nth(535) % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(18,27) rectangluar polygon layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕚 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(14,27) rectangluar polygon layer(in) nth(534) % Polygon: 㕚 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(14,27) rectangluar polygon layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔭 mass(5) color_count(red,5.0) size(2,3) loc_xy(11,25) rectangluar polygon layer(in) nth(525) % Polygon: 㔭 mass(5) color_count(red,5.0) size(2,3) loc_xy(11,25) rectangluar polygon layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒷 mass(5) color_count(green,5.0) size(2,4) loc_xy(8,20) rectangluar polygon layer(in) nth(502) % Polygon: 㒷 mass(5) color_count(green,5.0) size(2,4) loc_xy(8,20) rectangluar polygon layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(5) color_count(red,5.0) size(3,2) loc_xy(28,15) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(5) color_count(red,5.0) size(3,2) loc_xy(28,15) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅞ mass(5) color_count(green,5.0) size(2,4) loc_xy(10,9) rectangluar polygon layer(in) nth(447) % Polygon: ㅞ mass(5) color_count(green,5.0) size(2,4) loc_xy(10,9) rectangluar polygon layer(out) nth(447) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,29) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,29) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕐 mass(4) color_count(green,4.0) size(2,3) loc_xy(13,26) rectangluar polygon layer(in) nth(532) % Polygon: 㕐 mass(4) color_count(green,4.0) size(2,3) loc_xy(13,26) rectangluar polygon layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓐 mass(4) color_count(red,4.0) size(2,3) loc_xy(29,21) rectangluar polygon layer(in) nth(507) % Polygon: 㓐 mass(4) color_count(red,4.0) size(2,3) loc_xy(29,21) rectangluar polygon layer(out) nth(507) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒨 mass(4) color_count(red,4.0) size(3,2) loc_xy(25,19) rectangluar polygon layer(in) nth(499) % Polygon: 㒨 mass(4) color_count(red,4.0) size(3,2) loc_xy(25,19) rectangluar polygon layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐔 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(1,13) rectangluar polygon layer(in) nth(470) % Polygon: 㐔 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(1,13) rectangluar polygon layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇺ mass(4) color_count(red,4.0) size(3,2) loc_xy(5,12) rectangluar polygon layer(in) nth(465) % Polygon: ㇺ mass(4) color_count(red,4.0) size(3,2) loc_xy(5,12) rectangluar polygon layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ビ mass(4) color_count(cyan,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(421) % Squares: ビ mass(4) color_count(cyan,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(out) nth(421) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛖 mass(3) color_count(red,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(in) nth(609) % Polygon: 㛖 mass(3) color_count(red,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛑 mass(3) color_count(red,3.0) size(3,3) loc_xy(1,26) rectangluar polygon layer(in) nth(608) % Polygon: 㛑 mass(3) color_count(red,3.0) size(3,3) loc_xy(1,26) rectangluar polygon layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚮 mass(3) color_count(green,3.0) size(3,3) loc_xy(1,16) rectangluar polygon layer(in) nth(601) % Polygon: 㚮 mass(3) color_count(green,3.0) size(3,3) loc_xy(1,16) rectangluar polygon layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚩 mass(3) color_count(purple,3.0) size(3,3) loc_xy(8,14) rectangluar polygon layer(in) nth(600) % Polygon: 㚩 mass(3) color_count(purple,3.0) size(3,3) loc_xy(8,14) rectangluar polygon layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(3) color_count(blue,3.0) size(3,3) loc_xy(20,21) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(3) color_count(blue,3.0) size(3,3) loc_xy(20,21) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(3) color_count(red,3.0) size(3,3) loc_xy(20,16) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(3) color_count(red,3.0) size(3,3) loc_xy(20,16) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,10) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,10) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(5,9) rectangluar polygon layer(in) nth(558) % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(5,9) rectangluar polygon layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗉 mass(3) color_count(purple,3.0) size(3,3) loc_xy(28,8) rectangluar polygon layer(in) nth(556) % Polygon: 㗉 mass(3) color_count(purple,3.0) size(3,3) loc_xy(28,8) rectangluar polygon layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖜 mass(3) color_count(blue,3.0) size(2,2) loc_xy(28,29) rectangluar polygon layer(in) nth(547) % Polygon: 㖜 mass(3) color_count(blue,3.0) size(2,2) loc_xy(28,29) rectangluar polygon layer(out) nth(547) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(3) color_count(green,3.0) size(2,2) loc_xy(15,29) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(3) color_count(green,3.0) size(2,2) loc_xy(15,29) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖈 mass(3) color_count(purple,3.0) size(2,2) loc_xy(5,29) rectangluar polygon layer(in) nth(543) % Polygon: 㖈 mass(3) color_count(purple,3.0) size(2,2) loc_xy(5,29) rectangluar polygon layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕴 mass(3) color_count(red,3.0) size(2,2) loc_xy(29,27) rectangluar polygon layer(in) nth(539) % Polygon: 㕴 mass(3) color_count(red,3.0) size(2,2) loc_xy(29,27) rectangluar polygon layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕪 mass(3) color_count(green,3.0) size(3,1) loc_xy(24,27) hv_line(h) nonsquare filled_squared layer(in) nth(537) % Hv_Line(h): 㕪 mass(3) color_count(green,3.0) size(3,1) loc_xy(24,27) hv_line(h) nonsquare filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕆 mass(3) color_count(green,3.0) size(2,2) loc_xy(8,26) rectangluar polygon layer(in) nth(530) % Polygon: 㕆 mass(3) color_count(green,3.0) size(2,2) loc_xy(8,26) rectangluar polygon layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔼 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,26) rectangluar polygon layer(in) nth(528) % Polygon: 㔼 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,26) rectangluar polygon layer(out) nth(528) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔷 mass(3) color_count(green,3.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(in) nth(527) % Polygon: 㔷 mass(3) color_count(green,3.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔡 mass(3) color_count(blue,3.0) size(1,3) loc_xy(29,24) nonsquare hv_line(v) filled_squared layer(in) nth(523) % Hv_Line(v): 㔡 mass(3) color_count(blue,3.0) size(1,3) loc_xy(29,24) nonsquare hv_line(v) filled_squared layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔍 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(in) nth(519) % Polygon: 㔍 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(out) nth(519) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓽 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,24) rectangluar polygon layer(in) nth(516) % Polygon: 㓽 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,24) rectangluar polygon layer(out) nth(516) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓸 mass(3) color_count(red,3.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(in) nth(515) % Polygon: 㓸 mass(3) color_count(red,3.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓮 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(24,23) rectangluar polygon layer(in) nth(513) % Polygon: 㓮 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(24,23) rectangluar polygon layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(3) color_count(purple,3.0) size(2,2) loc_xy(23,20) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(3) color_count(purple,3.0) size(2,2) loc_xy(23,20) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒲 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(2,20) rectangluar polygon layer(in) nth(501) % Polygon: 㒲 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(2,20) rectangluar polygon layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒅 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(9,18) rectangluar polygon layer(in) nth(492) % Polygon: 㒅 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(9,18) rectangluar polygon layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑻 mass(3) color_count(green,3.0) size(2,2) loc_xy(29,17) rectangluar polygon layer(in) nth(490) % Polygon: 㑻 mass(3) color_count(green,3.0) size(2,2) loc_xy(29,17) rectangluar polygon layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑶 mass(3) color_count(green,3.0) size(3,1) loc_xy(9,17) hv_line(h) nonsquare filled_squared layer(in) nth(489) % Hv_Line(h): 㑶 mass(3) color_count(green,3.0) size(3,1) loc_xy(9,17) hv_line(h) nonsquare filled_squared layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑢 mass(3) color_count(red,3.0) size(3,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(in) nth(485) % Hv_Line(h): 㑢 mass(3) color_count(red,3.0) size(3,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(4,16) rectangluar polygon layer(in) nth(483) % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(4,16) rectangluar polygon layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(3) color_count(green,3.0) size(1,3) loc_xy(20,15) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(3) color_count(green,3.0) size(1,3) loc_xy(20,15) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐹 mass(3) color_count(purple,3.0) size(2,2) loc_xy(17,14) rectangluar polygon layer(in) nth(477) % Polygon: 㐹 mass(3) color_count(purple,3.0) size(2,2) loc_xy(17,14) rectangluar polygon layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐤 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,13) rectangluar polygon layer(in) nth(473) % Polygon: 㐤 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,13) rectangluar polygon layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,13) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,13) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐏 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(29,12) nonsquare hv_line(v) filled_squared layer(in) nth(469) % Hv_Line(v): 㐏 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(29,12) nonsquare hv_line(v) filled_squared layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐅 mass(3) color_count(red,3.0) size(2,2) loc_xy(18,12) rectangluar polygon layer(in) nth(467) % Polygon: 㐅 mass(3) color_count(red,3.0) size(2,2) loc_xy(18,12) rectangluar polygon layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆱ mass(3) color_count(red,3.0) size(2,2) loc_xy(12,11) rectangluar polygon layer(in) nth(460) % Polygon: ㆱ mass(3) color_count(red,3.0) size(2,2) loc_xy(12,11) rectangluar polygon layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆌ mass(3) color_count(red,3.0) size(2,2) loc_xy(23,10) rectangluar polygon layer(in) nth(456) % Polygon: ㆌ mass(3) color_count(red,3.0) size(2,2) loc_xy(23,10) rectangluar polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆂ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(16,10) rectangluar polygon layer(in) nth(454) % Polygon: ㆂ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(16,10) rectangluar polygon layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅽ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,10) rectangluar polygon layer(in) nth(453) % Polygon: ㅽ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,10) rectangluar polygon layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅸ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(in) nth(452) % Hv_Line(v): ㅸ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅏ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,8) rectangluar polygon layer(in) nth(444) % Polygon: ㅏ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,8) rectangluar polygon layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄶ mass(3) color_count(green,3.0) size(2,2) loc_xy(13,5) rectangluar polygon layer(in) nth(439) % Polygon: ㄶ mass(3) color_count(green,3.0) size(2,2) loc_xy(13,5) rectangluar polygon layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄱ mass(3) color_count(green,3.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(in) nth(438) % Polygon: ㄱ mass(3) color_count(green,3.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄫ mass(3) color_count(green,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(in) nth(437) % Polygon: ㄫ mass(3) color_count(green,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄚ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(3,4) nonsquare hv_line(v) filled_squared layer(in) nth(434) % Hv_Line(v): ㄚ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(3,4) nonsquare hv_line(v) filled_squared layer(out) nth(434) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄕ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,3) nonsquare hv_line(v) filled_squared layer(in) nth(433) % Hv_Line(v): ㄕ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,3) nonsquare hv_line(v) filled_squared layer(out) nth(433) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ー mass(3) color_count(blue,3.0) size(1,3) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(in) nth(429) % Hv_Line(v): ー mass(3) color_count(blue,3.0) size(1,3) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(out) nth(429) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ヶ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,3) nonsquare hv_line(v) filled_squared layer(in) nth(428) % Hv_Line(v): ヶ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,3) nonsquare hv_line(v) filled_squared layer(out) nth(428) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ポ mass(3) color_count(green,3.0) size(2,2) loc_xy(25,1) rectangluar polygon layer(in) nth(423) % Polygon: ポ mass(3) color_count(green,3.0) size(2,2) loc_xy(25,1) rectangluar polygon layer(out) nth(423) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ノ mass(3) color_count(green,3.0) size(2,2) loc_xy(17,1) rectangluar polygon layer(in) nth(420) % Polygon: ノ mass(3) color_count(green,3.0) size(2,2) loc_xy(17,1) rectangluar polygon layer(out) nth(420) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,29) rectangluar polygon layer(in) nth(612) % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,29) rectangluar polygon layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛠 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,29) rectangluar polygon layer(in) nth(611) % Polygon: 㛠 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,29) rectangluar polygon layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛛 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(in) nth(610) % Polygon: 㛛 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(14,25) rectangluar polygon layer(in) nth(607) % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(14,25) rectangluar polygon layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛇 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,22) rectangluar polygon layer(in) nth(606) % Polygon: 㛇 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,22) rectangluar polygon layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛂 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,21) rectangluar polygon layer(in) nth(605) % Polygon: 㛂 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,21) rectangluar polygon layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚽 mass(2) color_count(purple,2.0) size(2,2) loc_xy(2,21) rectangluar polygon layer(in) nth(604) % Polygon: 㚽 mass(2) color_count(purple,2.0) size(2,2) loc_xy(2,21) rectangluar polygon layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,19) rectangluar polygon layer(in) nth(603) % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,19) rectangluar polygon layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚳 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,19) rectangluar polygon layer(in) nth(602) % Polygon: 㚳 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,19) rectangluar polygon layer(out) nth(602) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚤 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,12) rectangluar polygon layer(in) nth(599) % Polygon: 㚤 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,12) rectangluar polygon layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚟 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,10) rectangluar polygon layer(in) nth(598) % Polygon: 㚟 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,10) rectangluar polygon layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,9) rectangluar polygon layer(in) nth(597) % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,9) rectangluar polygon layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(in) nth(595) % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚋 mass(2) color_count(green,2.0) size(2,2) loc_xy(28,6) rectangluar polygon layer(in) nth(594) % Polygon: 㚋 mass(2) color_count(green,2.0) size(2,2) loc_xy(28,6) rectangluar polygon layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚆 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,6) rectangluar polygon layer(in) nth(593) % Polygon: 㚆 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,6) rectangluar polygon layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚁 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,5) rectangluar polygon layer(in) nth(592) % Polygon: 㚁 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,5) rectangluar polygon layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙼 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(in) nth(591) % Polygon: 㙼 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,2) rectangluar polygon layer(in) nth(590) % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,2) rectangluar polygon layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙲 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(in) nth(589) % Polygon: 㙲 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙭 mass(2) color_count(green,2.0) size(2,2) loc_xy(25,29) rectangluar polygon layer(in) nth(588) % Polygon: 㙭 mass(2) color_count(green,2.0) size(2,2) loc_xy(25,29) rectangluar polygon layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙨 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(20,29) rectangluar polygon layer(in) nth(587) % Polygon: 㙨 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(20,29) rectangluar polygon layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙣 mass(2) color_count(purple,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(586) % Polygon: 㙣 mass(2) color_count(purple,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,29) rectangluar polygon layer(in) nth(585) % Polygon: 㙝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,29) rectangluar polygon layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙘 mass(2) color_count(red,2.0) size(2,2) loc_xy(27,28) rectangluar polygon layer(in) nth(584) % Polygon: 㙘 mass(2) color_count(red,2.0) size(2,2) loc_xy(27,28) rectangluar polygon layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙓 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,28) rectangluar polygon layer(in) nth(583) % Polygon: 㙓 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,28) rectangluar polygon layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(2) color_count(green,2.0) size(2,2) loc_xy(6,28) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(2) color_count(green,2.0) size(2,2) loc_xy(6,28) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,27) rectangluar polygon layer(in) nth(580) % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,27) rectangluar polygon layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,27) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,27) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘺 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,25) rectangluar polygon layer(in) nth(578) % Polygon: 㘺 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,25) rectangluar polygon layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,25) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,25) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘫 mass(2) color_count(green,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(in) nth(575) % Polygon: 㘫 mass(2) color_count(green,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(9,23) rectangluar polygon layer(in) nth(573) % Polygon: 㘟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(9,23) rectangluar polygon layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(2) color_count(purple,2.0) size(2,2) loc_xy(21,22) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(2) color_count(purple,2.0) size(2,2) loc_xy(21,22) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,20) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,20) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘋 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,19) rectangluar polygon layer(in) nth(569) % Polygon: 㘋 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,19) rectangluar polygon layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(2) color_count(red,2.0) size(2,2) loc_xy(1,18) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(2) color_count(red,2.0) size(2,2) loc_xy(1,18) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗻 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(21,14) rectangluar polygon layer(in) nth(566) % Polygon: 㗻 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(21,14) rectangluar polygon layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,14) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,14) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(6,14) rectangluar polygon layer(in) nth(564) % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(6,14) rectangluar polygon layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗧 mass(2) color_count(purple,2.0) size(2,2) loc_xy(15,12) rectangluar polygon layer(in) nth(562) % Polygon: 㗧 mass(2) color_count(purple,2.0) size(2,2) loc_xy(15,12) rectangluar polygon layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,9) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,9) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,9) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,9) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗄 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,8) rectangluar polygon layer(in) nth(555) % Polygon: 㗄 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,8) rectangluar polygon layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(in) nth(554) % Polygon: 㖿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖺 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(in) nth(553) % Polygon: 㖺 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(out) nth(553) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖵 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(16,7) rectangluar polygon layer(in) nth(552) % Polygon: 㖵 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(16,7) rectangluar polygon layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖫 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(in) nth(550) % Polygon: 㖫 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖡 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,1) rectangluar polygon layer(in) nth(548) % Polygon: 㖡 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,1) rectangluar polygon layer(out) nth(548) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖗 mass(2) color_count(purple,2.0) size(1,2) loc_xy(23,29) nonsquare hv_line(v) filled_squared layer(in) nth(546) % Hv_Line(v): 㖗 mass(2) color_count(purple,2.0) size(1,2) loc_xy(23,29) nonsquare hv_line(v) filled_squared layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖃 mass(2) color_count(red,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(in) nth(542) % Hv_Line(v): 㖃 mass(2) color_count(red,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕾 mass(2) color_count(red,2.0) size(1,2) loc_xy(13,28) nonsquare hv_line(v) filled_squared layer(in) nth(541) % Hv_Line(v): 㕾 mass(2) color_count(red,2.0) size(1,2) loc_xy(13,28) nonsquare hv_line(v) filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕹 mass(2) color_count(red,2.0) size(1,2) loc_xy(1,28) nonsquare hv_line(v) filled_squared layer(in) nth(540) % Hv_Line(v): 㕹 mass(2) color_count(red,2.0) size(1,2) loc_xy(1,28) nonsquare hv_line(v) filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕯 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(in) nth(538) % Hv_Line(v): 㕯 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(23,27) nonsquare hv_line(v) filled_squared layer(in) nth(536) % Hv_Line(v): 㕥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(23,27) nonsquare hv_line(v) filled_squared layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕕 mass(2) color_count(green,2.0) size(2,1) loc_xy(5,27) hv_line(h) nonsquare filled_squared layer(in) nth(533) % Hv_Line(h): 㕕 mass(2) color_count(green,2.0) size(2,1) loc_xy(5,27) hv_line(h) nonsquare filled_squared layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,26) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,26) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕁 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,26) nonsquare hv_line(v) filled_squared layer(in) nth(529) % Hv_Line(v): 㕁 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,26) nonsquare hv_line(v) filled_squared layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔨 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(in) nth(524) % Hv_Line(h): 㔨 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔜 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,24) hv_line(h) nonsquare filled_squared layer(in) nth(522) % Hv_Line(h): 㔜 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,24) hv_line(h) nonsquare filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔗 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(21,24) nonsquare hv_line(v) filled_squared layer(in) nth(521) % Hv_Line(v): 㔗 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(21,24) nonsquare hv_line(v) filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔈 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,24) nonsquare hv_line(v) filled_squared layer(in) nth(518) % Hv_Line(v): 㔈 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,24) nonsquare hv_line(v) filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔃 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,24) hv_line(h) nonsquare filled_squared layer(in) nth(517) % Hv_Line(h): 㔃 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,24) hv_line(h) nonsquare filled_squared layer(out) nth(517) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓳 mass(2) color_count(green,2.0) size(1,2) loc_xy(1,24) nonsquare hv_line(v) filled_squared layer(in) nth(514) % Hv_Line(v): 㓳 mass(2) color_count(green,2.0) size(1,2) loc_xy(1,24) nonsquare hv_line(v) filled_squared layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(in) nth(512) % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓤 mass(2) color_count(green,2.0) size(1,2) loc_xy(4,23) nonsquare hv_line(v) filled_squared layer(in) nth(511) % Hv_Line(v): 㓤 mass(2) color_count(green,2.0) size(1,2) loc_xy(4,23) nonsquare hv_line(v) filled_squared layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓟 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(28,22) nonsquare hv_line(v) filled_squared layer(in) nth(510) % Hv_Line(v): 㓟 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(28,22) nonsquare hv_line(v) filled_squared layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓚 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,22) nonsquare hv_line(v) filled_squared layer(in) nth(509) % Hv_Line(v): 㓚 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,22) nonsquare hv_line(v) filled_squared layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓕 mass(2) color_count(purple,2.0) size(1,2) loc_xy(1,22) nonsquare hv_line(v) filled_squared layer(in) nth(508) % Hv_Line(v): 㓕 mass(2) color_count(purple,2.0) size(1,2) loc_xy(1,22) nonsquare hv_line(v) filled_squared layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,21) nonsquare hv_line(v) filled_squared layer(in) nth(506) % Hv_Line(v): 㓋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,21) nonsquare hv_line(v) filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,19) nonsquare hv_line(v) filled_squared layer(in) nth(497) % Hv_Line(v): 㒞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,19) nonsquare hv_line(v) filled_squared layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,18) nonsquare hv_line(v) filled_squared layer(in) nth(496) % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,18) nonsquare hv_line(v) filled_squared layer(out) nth(496) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒔 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,18) nonsquare hv_line(v) filled_squared layer(in) nth(495) % Hv_Line(v): 㒔 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,18) nonsquare hv_line(v) filled_squared layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒏 mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,18) hv_line(h) nonsquare filled_squared layer(in) nth(494) % Hv_Line(h): 㒏 mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,18) hv_line(h) nonsquare filled_squared layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑱 mass(2) color_count(red,2.0) size(1,2) loc_xy(16,16) nonsquare hv_line(v) filled_squared layer(in) nth(488) % Hv_Line(v): 㑱 mass(2) color_count(red,2.0) size(1,2) loc_xy(16,16) nonsquare hv_line(v) filled_squared layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,16) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,16) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑜 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,16) nonsquare hv_line(v) filled_squared layer(in) nth(484) % Hv_Line(v): 㑜 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,16) nonsquare hv_line(v) filled_squared layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑒 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,16) nonsquare hv_line(v) filled_squared layer(in) nth(482) % Hv_Line(v): 㑒 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,16) nonsquare hv_line(v) filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑃 mass(2) color_count(red,2.0) size(2,1) loc_xy(12,15) hv_line(h) nonsquare filled_squared layer(in) nth(479) % Hv_Line(h): 㑃 mass(2) color_count(red,2.0) size(2,1) loc_xy(12,15) hv_line(h) nonsquare filled_squared layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐾 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,15) nonsquare hv_line(v) filled_squared layer(in) nth(478) % Hv_Line(v): 㐾 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,15) nonsquare hv_line(v) filled_squared layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐴 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,13) nonsquare hv_line(v) filled_squared layer(in) nth(476) % Hv_Line(v): 㐴 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,13) nonsquare hv_line(v) filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐪 mass(2) color_count(green,2.0) size(1,2) loc_xy(13,13) nonsquare hv_line(v) filled_squared layer(in) nth(474) % Hv_Line(v): 㐪 mass(2) color_count(green,2.0) size(1,2) loc_xy(13,13) nonsquare hv_line(v) filled_squared layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(10,13) nonsquare hv_line(v) filled_squared layer(in) nth(472) % Hv_Line(v): 㐞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(10,13) nonsquare hv_line(v) filled_squared layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐊 mass(2) color_count(blue,2.0) size(1,2) loc_xy(28,12) nonsquare hv_line(v) filled_squared layer(in) nth(468) % Hv_Line(v): 㐊 mass(2) color_count(blue,2.0) size(1,2) loc_xy(28,12) nonsquare hv_line(v) filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇿ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,12) nonsquare hv_line(v) filled_squared layer(in) nth(466) % Hv_Line(v): ㇿ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,12) nonsquare hv_line(v) filled_squared layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇰ mass(2) color_count(red,2.0) size(1,2) loc_xy(22,11) nonsquare hv_line(v) filled_squared layer(in) nth(463) % Hv_Line(v): ㇰ mass(2) color_count(red,2.0) size(1,2) loc_xy(22,11) nonsquare hv_line(v) filled_squared layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,11) hv_line(h) nonsquare filled_squared layer(in) nth(461) % Hv_Line(h): ㆶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,11) hv_line(h) nonsquare filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆧ mass(2) color_count(blue,2.0) size(2,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(in) nth(458) % Hv_Line(h): ㆧ mass(2) color_count(blue,2.0) size(2,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆇ mass(2) color_count(green,2.0) size(2,1) loc_xy(18,10) hv_line(h) nonsquare filled_squared layer(in) nth(455) % Hv_Line(h): ㆇ mass(2) color_count(green,2.0) size(2,1) loc_xy(18,10) hv_line(h) nonsquare filled_squared layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅳ mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,9) hv_line(h) nonsquare filled_squared layer(in) nth(451) % Hv_Line(h): ㅳ mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,9) hv_line(h) nonsquare filled_squared layer(out) nth(451) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅩ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,9) nonsquare hv_line(v) filled_squared layer(in) nth(449) % Hv_Line(v): ㅩ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,9) nonsquare hv_line(v) filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(9,9) nonsquare hv_line(v) filled_squared layer(in) nth(446) % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(9,9) nonsquare hv_line(v) filled_squared layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅔ mass(2) color_count(green,2.0) size(2,1) loc_xy(19,8) hv_line(h) nonsquare filled_squared layer(in) nth(445) % Hv_Line(h): ㅔ mass(2) color_count(green,2.0) size(2,1) loc_xy(19,8) hv_line(h) nonsquare filled_squared layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅅ mass(2) color_count(blue,2.0) size(2,1) loc_xy(3,7) hv_line(h) nonsquare filled_squared layer(in) nth(442) % Hv_Line(h): ㅅ mass(2) color_count(blue,2.0) size(2,1) loc_xy(3,7) hv_line(h) nonsquare filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄻ mass(2) color_count(green,2.0) size(1,2) loc_xy(16,5) nonsquare hv_line(v) filled_squared layer(in) nth(440) % Hv_Line(v): ㄻ mass(2) color_count(green,2.0) size(1,2) loc_xy(16,5) nonsquare hv_line(v) filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄥ mass(2) color_count(blue,2.0) size(2,1) loc_xy(15,4) hv_line(h) nonsquare filled_squared layer(in) nth(436) % Hv_Line(h): ㄥ mass(2) color_count(blue,2.0) size(2,1) loc_xy(15,4) hv_line(h) nonsquare filled_squared layer(out) nth(436) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄋ mass(2) color_count(purple,2.0) size(2,1) loc_xy(16,3) hv_line(h) nonsquare filled_squared layer(in) nth(431) % Hv_Line(h): ㄋ mass(2) color_count(purple,2.0) size(2,1) loc_xy(16,3) hv_line(h) nonsquare filled_squared layer(out) nth(431) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ヱ mass(2) color_count(red,2.0) size(1,2) loc_xy(29,2) nonsquare hv_line(v) filled_squared layer(in) nth(427) % Hv_Line(v): ヱ mass(2) color_count(red,2.0) size(1,2) loc_xy(29,2) nonsquare hv_line(v) filled_squared layer(out) nth(427) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): レ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(12,2) hv_line(h) nonsquare filled_squared layer(in) nth(426) % Hv_Line(h): レ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(12,2) hv_line(h) nonsquare filled_squared layer(out) nth(426) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ョ mass(2) color_count(blue,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(in) nth(425) % Hv_Line(h): ョ mass(2) color_count(blue,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(out) nth(425) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ヘ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(in) nth(422) % Hv_Line(h): ヘ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(out) nth(422) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): タ mass(2) color_count(green,2.0) size(1,2) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(in) nth(417) % Hv_Line(v): タ mass(2) color_count(green,2.0) size(1,2) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(out) nth(417) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ズ mass(2) color_count(purple,2.0) size(1,2) loc_xy(4,1) nonsquare hv_line(v) filled_squared layer(in) nth(416) % Hv_Line(v): ズ mass(2) color_count(purple,2.0) size(1,2) loc_xy(4,1) nonsquare hv_line(v) filled_squared layer(out) nth(416) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): サ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(in) nth(415) % Hv_Line(h): サ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(out) nth(415) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,1) point layer(in) nth(613) % Point: 㛪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,1) point layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,1) point layer(in) nth(614) % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,1) point layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,1) point layer(in) nth(615) % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,1) point layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,1) point layer(in) nth(616) % Point: 㛹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,1) point layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,1) point layer(in) nth(617) % Point: 㛾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,1) point layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,2) point layer(in) nth(618) % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,2) point layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(619) % Point: 㜉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜎 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(620) % Point: 㜎 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,2) point layer(in) nth(621) % Point: 㜓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,2) point layer(in) nth(623) % Point: 㜝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜣 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(in) nth(624) % Point: 㜣 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(625) % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,2) point layer(in) nth(626) % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,2) point layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜳 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,2) point layer(in) nth(627) % Point: 㜳 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,2) point layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,2) point layer(in) nth(628) % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,2) point layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(629) % Point: 㜽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝂 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,2) point layer(in) nth(630) % Point: 㝂 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,2) point layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(631) % Point: 㝇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝌 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,3) point layer(in) nth(632) % Point: 㝌 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,3) point layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,3) point layer(in) nth(633) % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,3) point layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝖 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,3) point layer(in) nth(634) % Point: 㝖 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,3) point layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝛 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,3) point layer(in) nth(635) % Point: 㝛 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,3) point layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝡 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,3) point layer(in) nth(636) % Point: 㝡 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,3) point layer(out) nth(636) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝦 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(in) nth(637) % Point: 㝦 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,4) point layer(in) nth(638) % Point: 㝫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,4) point layer(in) nth(639) % Point: 㝰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,4) point layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,4) point layer(in) nth(640) % Point: 㝵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,4) point layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,4) point layer(in) nth(642) % Point: 㝿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,4) point layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞄 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,5) point layer(in) nth(643) % Point: 㞄 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,5) point layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞉 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,5) point layer(in) nth(644) % Point: 㞉 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,5) point layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,5) point layer(in) nth(645) % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,5) point layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞓 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,6) point layer(in) nth(646) % Point: 㞓 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞘 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(in) nth(647) % Point: 㞘 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(in) nth(648) % Point: 㞝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞢 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,6) point layer(in) nth(649) % Point: 㞢 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,6) point layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞧 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,7) point layer(in) nth(650) % Point: 㞧 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,7) point layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,7) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,7) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞶 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,7) point layer(in) nth(653) % Point: 㞶 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,7) point layer(out) nth(653) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,7) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,7) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,7) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,7) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(14,8) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,8) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(in) nth(661) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(out) nth(661) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,9) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,9) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,9) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,9) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,9) point layer(in) nth(665) % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,9) point layer(out) nth(665) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,9) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,9) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,9) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,9) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,9) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,9) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,10) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,10) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,10) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,10) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,10) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,10) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,10) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,11) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,11) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,11) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,11) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,11) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,11) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,12) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,12) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,12) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,12) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡙 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,12) point layer(in) nth(685) % Point: 㡙 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(685) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,12) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,12) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,12) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,12) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,12) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,12) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,12) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,12) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,13) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,13) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,13) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,13) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,13) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,13) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,13) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,13) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,14) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,14) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,14) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,14) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,15) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,15) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,15) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,15) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,15) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,15) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,15) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,15) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,15) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,15) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,15) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,15) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,15) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,15) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,15) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,15) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,15) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣫 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(in) nth(714) % Point: 㣫 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(714) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,16) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,16) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,16) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,16) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,16) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,16) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,16) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,17) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,17) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,17) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,17) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,17) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,17) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,17) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,17) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,17) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,17) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,17) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,17) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,17) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,17) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,17) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,17) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,18) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,18) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,18) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,18) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,18) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,18) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,18) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,18) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,18) point layer(in) nth(738) % Point: 㥧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,18) point layer(out) nth(738) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,18) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,18) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,18) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,18) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,18) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,18) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,19) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,19) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,19) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,19) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,19) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,19) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,19) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,19) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,20) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,20) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,20) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,20) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,20) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,21) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,21) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,21) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,21) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,21) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,21) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,21) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,21) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,21) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,21) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,22) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,22) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,22) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,22) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,23) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,23) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,23) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,23) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,23) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,23) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,23) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,23) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,23) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,23) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨒 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,23) point layer(in) nth(772) % Point: 㨒 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,23) point layer(out) nth(772) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,24) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,24) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,24) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,24) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,24) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,24) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,24) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,24) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,24) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,24) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,24) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,24) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,25) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,25) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,25) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,25) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,25) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,25) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,25) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,25) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,25) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,25) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,26) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,26) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,26) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,26) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,26) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,26) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,26) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,26) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,26) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,26) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,26) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,26) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,26) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,26) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,27) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,27) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,27) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,27) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,27) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,27) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,27) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,27) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,28) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,28) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,28) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,28) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,28) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,28) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,28) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,28) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,28) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,28) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,28) point layer(in) nth(806) % Point: 㪿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,28) point layer(out) nth(806) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(in) nth(807) % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(out) nth(807) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(808) % Point: 㫉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(808) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,28) point layer(in) nth(809) % Point: 㫎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(809) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫓 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(in) nth(810) % Point: 㫓 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(out) nth(810) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,29) point layer(in) nth(811) % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,29) point layer(out) nth(811) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,29) point layer(in) nth(812) % Point: 㫝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,29) point layer(out) nth(812) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫢 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) point layer(in) nth(813) % Point: 㫢 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) point layer(out) nth(813) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫧 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,29) point layer(in) nth(814) % Point: 㫧 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,29) point layer(out) nth(814) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,29) point layer(in) nth(815) % Point: 㫬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,29) point layer(out) nth(815) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(816) % Point: 㫱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(816) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫶 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,30) point layer(in) nth(817) % Point: 㫶 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,30) point layer(out) nth(817) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(818) % Point: 㫻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(818) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,30) point layer(in) nth(819) % Point: 㬁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,30) point layer(out) nth(819) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,30) point layer(in) nth(820) % Point: 㬆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,30) point layer(out) nth(820) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬋 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,30) point layer(in) nth(821) % Point: 㬋 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,30) point layer(out) nth(821) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,30) point layer(in) nth(822) % Point: 㬐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,30) point layer(out) nth(822) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,30) point layer(in) nth(823) % Point: 㬕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,30) point layer(out) nth(823) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,30) point layer(in) nth(824) % Point: 㬚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,30) point layer(out) nth(824) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬟 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,30) point layer(in) nth(825) % Point: 㬟 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,30) point layer(out) nth(825) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,30) point layer(in) nth(826) % Point: 㬥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,30) point layer(out) nth(826) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(in) nth(827) % Point: 㬫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(out) nth(827) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(828) % Point: 㬰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(828) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬵 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,30) point layer(in) nth(829) % Point: 㬵 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,30) point layer(out) nth(829) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=9. % Outline: 䢷 mass(55) color_count(blue,55.0) size(11,9) loc_xy(10,16) squares outline polygon layer(in) nth(1510) % Outline: 䞑 mass(50) color_count(red,50.0) size(9,10) loc_xy(20,1) squares outline polygon layer(in) nth(1452) % Outline: 䝳 mass(43) color_count(cyan,43.0) size(7,9) loc_xy(5,1) squares outline polygon layer(in) nth(1446) % Outline: 䡈 mass(34) color_count(green,34.0) size(7,8) loc_xy(22,11) squares outline polygon layer(in) nth(1488) % Dg_Line(d): 䫌 mass(2) color_count(green,2.0) size(2,2) loc_xy(20,13) dg_line(d) polygon layer(in) nth(1615) % Dots: 勼 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,7) dots layer(in) nth(2015) % Dots: 匂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(2016) % Dots: 匇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,10) dots layer(in) nth(2017) % Dots: 匌 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,25) dots layer(in) nth(2018) _________________________________________________________________________________ groupB=29. % Outline: ㄐ mass(42) color_count(yellow,42.0) size(7,6) loc_xy(21,3) nonsquare rectangluar outline filled_squared layer(out) nth(432) % Outline: 㒊 mass(42) color_count(yellow,42.0) size(7,6) loc_xy(11,18) nonsquare rectangluar outline filled_squared layer(out) nth(493) % Outline: ㄆ mass(36) color_count(yellow,36.0) size(6,6) loc_xy(5,3) squares rectangluar outline filled_squared layer(out) nth(430) % Outline: 㐯 mass(25) color_count(yellow,25.0) size(5,5) loc_xy(23,13) squares rectangluar outline filled_squared layer(out) nth(475) % Polygon: ツ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(7,1) rectangluar polygon layer(out) nth(418) % Polygon: ㇵ mass(4) color_count(green,4.0) size(3,2) loc_xy(25,11) rectangluar polygon layer(out) nth(464) % Hv_Line(h): 㒣 mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,19) hv_line(h) nonsquare filled_squared layer(out) nth(498) % Hv_Line(v): モ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(out) nth(424) % Hv_Line(v): ㅊ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,7) nonsquare hv_line(v) filled_squared layer(out) nth(443) % Hv_Line(v): ㅮ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,9) nonsquare hv_line(v) filled_squared layer(out) nth(450) % Hv_Line(v): 㑬 mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,16) nonsquare hv_line(v) filled_squared layer(out) nth(487) % Polygon: 㖰 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,6) rectangluar polygon layer(out) nth(551) % Polygon: 㗘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(out) nth(559) % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(out) nth(563) % Polygon: 㘥 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,23) rectangluar polygon layer(out) nth(574) % Polygon: 㘰 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,24) rectangluar polygon layer(out) nth(576) % Polygon: 㚕 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(596) % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,24) point layer(out) nth(775) % Point: 㧤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(763) % Point: 㦙 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(748) % Point: 㥱 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,18) point layer(out) nth(740) % Point: 㥢 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(out) nth(737) % Point: 㤯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,17) point layer(out) nth(727) % Point: 㤞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,17) point layer(out) nth(724) % Point: 㣡 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,15) point layer(out) nth(712) % Point: 㢪 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,14) point layer(out) nth(701) % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,13) point layer(out) nth(693) % Point: 㝺 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(641) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(622) _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: 匌 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,25) dots layer(in) nth(2018) % Point: 㦙 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(748) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 8)). object_shape(diff((dots->dot))). sameness. % Dots: 匇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,10) dots layer(in) nth(2017) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(622) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 13)). object_shape(diff((dots->dot))). sameness. % Dots: 匂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(2016) % Point: 㧤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(763) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 9), diff(+ 3)). object_shape(diff((dots->dot))). sameness. % Dots: 勼 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,7) dots layer(in) nth(2015) % Point: 㝺 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(641) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 9), diff(+ 5)). object_shape(diff((dg_line(d)->rectangluar))). sameness. % Dg_Line(d): 䫌 mass(2) color_count(green,2.0) size(2,2) loc_xy(20,13) dg_line(d) polygon layer(in) nth(1615) % Polygon: 㚕 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(596) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [' 䡈', ' 䝳', ' 䞑', ' 䢷'], [ ' 㨡', ' 㤞', ' 㤯', ' 㢂', ' 㣡', ' 㥢', ' 㥱', ' 㢪', ' 㑬', ' ㅮ', ' モ', ' ㅊ', ' 㘰', ' 㘥', ' 㗘', ' 㗬', ' 㖰', ' 㒣', ' ツ', ' ㇵ', ' 㐯', ' ㄆ', ' 㒊', ' ㄐ']), change_obj(' 䫌', ' 㚕', [loc_xy(diff(+ 9), diff(+ 5)), object_shape(diff((dg_line(d)->rectangluar)))]), change_obj(' 勼', ' 㝺', [loc_xy(diff(- 9), diff(+ 3)), object_shape(diff((dots->dot)))]), change_obj(' 匂', ' 㧤', [loc_xy(diff(+ 2), diff(- 13)), object_shape(diff((dots->dot)))]), change_obj(' 匇', ' 㜘', [loc_xy(diff(- 3), diff(+ 8)), object_shape(diff((dots->dot)))]), change_obj(' 匌', ' 㦙', [loc_xy(diff(+ 3), diff(+ 5)), object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ サ サ 㖡 ズ タ 㛪 䝳 䝳 䝳 㛯 ド ド ド ド ド 㛴 ノ ノ ビ ビ 㙲 ヘ ヘ 㛹 ポ ポ 䞑 㛾 ョ ョ サ サ 㖡 ズ タ 㛪 ツ ツ ツ 㛯 ド ド ド ド ド 㛴 ノ ノ ビ ビ 㙲 ヘ ヘ 㛹 ポ ポ モ 㛾 ョ ョ 㙷 㖡 㜄 ズ タ 㜉 䝳 㜎 㜓 䝳 ド レ レ 㜝 ド 㜣 㜩 ノ ビ ビ 㜮 㙲 㜳 㜸 㜽 ポ 䞑 㝂 ヱ 㝇 㙷 㖡 㜄 ズ タ 㜉 ツ 㜎 㜓 㜘 ド レ レ 㜝 ド 㜣 㜩 ノ ビ ビ 㜮 㙲 㜳 㜸 㜽 ポ モ 㝂 ヱ 㝇 ヶ 㙷 㝌 ー 䝳 䝳 䝳 䝳 䝳 䝳 㝑 㝖 㙼 ド ド ㄋ ㄋ 㖦 㖫 㝛 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㝡 ヱ ㄕ ヶ 㙷 㝌 ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ 㝑 㝖 㙼 ド ド ㄋ ㄋ 㖦 㖫 㝛 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝡 ヱ ㄕ ヶ 㝦 ㄚ ー 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ 㝫 㝰 㙼 ㄥ ㄥ 㖦 㖫 㝵 ㄫ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㝿 ㄕ ヶ 㝦 ㄚ ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ 㝫 㝰 㙼 ㄥ ㄥ 㖦 㖫 㝵 ㄫ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝺 㝿 ㄕ ヶ ㄱ ㄚ ー 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ 㞄 ㄶ ㄶ 㞉 ㄻ ㅀ ㅀ ㄫ ㄫ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚁 㞎 ㄕ ヶ ㄱ ㄚ ー ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ 㞄 ㄶ ㄶ 㞉 ㄻ ㅀ ㅀ ㄫ ㄫ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㚁 㞎 ㄕ ㄱ ㄱ ㄚ 㞓 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ ㄟ 㚆 ㄶ 㞘 ㄻ 㞝 ㅀ ㅀ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚋 㚁 㞢 ㄱ ㄱ ㄚ 㞓 ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ ㄟ 㚆 ㄶ 㞘 ㄻ 㞝 ㅀ ㅀ 㖰 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㚋 㚁 㞢 㞧 㞬 ㅅ ㅅ 䝳 䝳 䝳 䝳 䝳 䝳 ㄟ ㄟ 㞱 㚆 㞶 㞻 㖵 ㅀ 勼 㟀 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㚋 㖺 㞧 㞬 ㅅ ㅅ ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ ㄟ ㄟ 㞱 㚆 㞶 㞻 㖵 ㅀ 㖰 㟀 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㅊ 㚋 㖺 㚐 ㅏ ㅏ 㟅 䝳 䝳 䝳 䝳 䝳 䝳 䝳 㖿 㟊 㟏 㟔 㖵 㗄 ㅀ ㅔ ㅔ 䞑 䞑 䞑 䞑 䞑 䞑 䞑 䞑 㖺 㗉 㚐 ㅏ ㅏ 㟅 ㄆ ㄆ ㄆ ㄆ ㄆ ㄆ 㚕 㖿 㟊 㟏 㟔 㖵 㗄 ㅀ ㅔ ㅔ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ ㅊ 㖺 㗉 㟙 㚐 ㅏ 㟞 㗎 㟣 㗓 䝳 ㅙ ㅞ 㖿 匂 㟨 ㅤ 㚚 㗄 㟭 ㅀ 㟲 ㅩ 䞑 㟷 㟼 ㅳ ㅳ 㠂 㠇 㗝 㗉 ㅸ 㟙 㚐 ㅏ 㟞 㗎 㟣 㗓 㗘 ㅙ ㅞ 㖿 㚕 㟨 ㅤ 㚚 㗄 㟭 ㅀ 㟲 ㅩ ㅮ 㟷 㟼 ㅳ ㅳ 㠂 㠇 㗝 㗉 ㅸ 㠌 ㅽ 㠑 㗎 㠖 㗓 匇 㚟 ㅙ ㅞ 㠛 ㅤ ㅤ ㅤ ㅤ 㚚 ㆂ ㆇ ㆇ ㅩ 䞑 㠠 ㆌ ㆌ 㠦 㠬 㗝 㗉 㗢 ㅸ 㠌 ㅽ 㠑 㗎 㠖 㗓 㗘 㚟 ㅙ ㅞ 㠛 ㅤ ㅤ ㅤ ㅤ 㚚 ㆂ ㆇ ㆇ ㅩ ㅮ 㠠 ㆌ ㆌ 㠦 㠬 㗝 㗉 㗢 ㅸ ㅽ ㅽ ㆢ ㆢ 㗓 ㆧ ㆧ ㆬ 㚟 ㅞ ㅞ 㠱 ㆱ ㅤ ㅤ ㆂ ㆂ ㆶ ㆶ 㠶 ㆻ ㇰ 㠻 ㆌ 䡈 䡈 䡈 㗢 㡀 ㅸ ㅽ ㅽ ㆢ ㆢ 㗓 ㆧ ㆧ ㆬ 㚟 ㅞ ㅞ 㠱 ㆱ ㅤ ㅤ ㆂ ㆂ ㆶ ㆶ 㠶 ㆻ ㇰ 㠻 ㆌ ㇵ ㇵ ㇵ 㗢 㡀 ㅸ 㚤 㡅 ㆢ ㆢ 㡊 㡏 ㇺ ㆬ ㆬ 㡔 ㅞ ㆱ ㆱ ㅤ 㡙 㗧 ㇿ 㐅 㐅 ㆻ ㆻ ㇰ 㡞 㡤 㡩 䡈 㗢 㐊 㐏 㡮 㚤 㡅 ㆢ ㆢ 㡊 㡏 ㇺ ㆬ ㆬ 㡔 ㅞ ㆱ ㆱ ㅤ 㡙 㗧 ㇿ 㐅 㐅 ㆻ ㆻ ㇰ 㡞 㡤 㡩 ㇵ 㗢 㐊 㐏 㡮 㐔 㚤 ㆢ 㐙 ㇺ ㇺ ㇺ ㆬ ㆬ 㐞 㐤 㐤 㐪 㡳 㗧 㡸 ㇿ 㐅 㡽 䫌 㢇 䡈 䡈 䡈 䡈 䡈 䡈 㐊 㐏 㐴 㐔 㚤 ㆢ 㐙 ㇺ ㇺ ㇺ ㆬ ㆬ 㐞 㐤 㐤 㐪 㡳 㗧 㡸 ㇿ 㐅 㡽 㢂 㢇 㗬 㐯 㐯 㐯 㐯 㐯 㐊 㐏 㐴 㐔 㐔 ㆢ 㐙 㐙 㢌 㗱 㚩 ㆬ 㐞 㢑 㐤 㐪 㢖 㢛 㢠 㐹 㐹 㗶 㢥 䫌 㗻 䡈 䡈 䡈 䡈 䡈 䡈 㐏 㐴 㐔 㐔 ㆢ 㐙 㐙 㢌 㗱 㚩 ㆬ 㐞 㢑 㐤 㐪 㢖 㢛 㢠 㐹 㐹 㗶 㢥 㗬 㗻 㐯 㐯 㐯 㐯 㐯 㢪 㐏 㐴 㢯 㐔 ㆢ 㢴 㢹 㗱 㢾 㣃 㚩 㣈 㐾 㑃 㑃 㣍 㣒 㣗 㐹 㗶 㣜 㑈 㗻 䡈 䡈 䡈 䡈 䡈 䡈 㑍 㑍 㣦 㢯 㐔 ㆢ 㢴 㢹 㗱 㢾 㣃 㚩 㣈 㐾 㑃 㑃 㣍 㣒 㣗 㐹 㗶 㣜 㑈 㗻 㣡 㐯 㐯 㐯 㐯 㐯 㑍 㑍 㣦 㚮 㣫 㑒 㑗 㑗 㑜 㑢 㑢 㑢 㚩 㐾 㣰 㑧 㑧 䢷 㑱 㣵 㣺 㣿 㑈 㤅 㘁 䡈 䡈 䡈 䡈 䡈 㑍 㑍 㑍 㚮 㣫 㑒 㑗 㑗 㑜 㑢 㑢 㑢 㚩 㐾 㣰 㑧 㑧 㑬 㑱 㣵 㣺 㣿 㑈 㤅 㘁 㐯 㐯 㐯 㐯 㐯 㑍 㑍 㑍 㤊 㚮 㑒 㑗 㤏 㑜 㤔 㤙 㑶 㑶 㑶 䢷 㤤 㤪 䢷 㑱 䢷 㤴 㤹 㑈 㘁 㤾 䡈 䡈 䡈 䡈 䡈 㥃 㑻 㑻 㤊 㚮 㑒 㑗 㤏 㑜 㤔 㤙 㑶 㑶 㑶 㤞 㤤 㤪 㑬 㑱 㤯 㤴 㤹 㑈 㘁 㤾 㐯 㐯 㐯 㐯 㐯 㥃 㑻 㑻 㥈 㘆 㚮 㥍 㥒 㒀 㒀 㥗 㒅 㒅 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㒏 㒏 㘁 㥜 㒔 䡈 㒙 㥧 㥬 䡈 㥶 㥻 㑻 㥈 㘆 㚮 㥍 㥒 㒀 㒀 㥗 㒅 㒅 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒏 㒏 㘁 㥜 㒔 㥢 㒙 㥧 㥬 㥱 㥶 㥻 㑻 㘆 㘋 㚳 㦀 㒞 㒀 㦅 㒀 㦊 㒅 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㚸 㒔 㦏 㒙 㒨 㒨 㒨 㒭 㒭 㦔 㘆 㘋 㚳 㦀 㒞 㒀 㦅 㒀 㦊 㒅 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒣 㒣 㒣 㚸 㒔 㦏 㒙 㒨 㒨 㒨 㒭 㒭 㦔 㘋 㒲 㒲 㚳 㒞 㒀 㒀 㒀 㒷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㦞 㘐 㒼 㦣 㚸 㓁 㓁 㒨 㒭 㒭 㒭 㦨 㦭 㘋 㒲 㒲 㚳 㒞 㒀 㒀 㒀 㒷 㦙 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㦞 㘐 㒼 㦣 㚸 㓁 㓁 㒨 㒭 㒭 㒭 㦨 㦭 㦲 㚽 㒲 㛂 㦷 㦼 㧁 㧆 㒷 㧋 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㘐 㒼 㒼 㒼 㘕 㓁 㓆 㓆 㧐 㓋 㒭 㓐 㓐 㦲 㚽 㒲 㛂 㦷 㦼 㧁 㧆 㒷 㧋 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㘐 㒼 㒼 㒼 㘕 㓁 㓆 㓆 㧐 㓋 㒭 㓐 㓐 㓕 㧕 㚽 㧚 㛂 㧟 㛇 㒷 㒷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㒼 㒼 㧩 㘕 㘚 㓆 㓆 㓆 㓚 㓋 㓟 㓐 㧮 㓕 㧕 㚽 㧚 㛂 㧟 㛇 㒷 㒷 㧤 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㒼 㒼 㧩 㘕 㘚 㓆 㓆 㓆 㓚 㓋 㓟 㓐 㧮 㓕 㧳 㧸 㓤 㓩 㓩 㧽 㛇 㒷 㘟 䢷 䢷 䢷 䢷 䢷 䢷 䢷 䢷 㨃 㘕 㘚 㓆 㓆 㓮 㨈 㓚 㨍 㓟 㓐 㨒 㓕 㧳 㧸 㓤 㓩 㓩 㧽 㛇 㒷 㘟 㒊 㒊 㒊 㒊 㒊 㒊 㒊 㘥 㨃 㘕 㘚 㓆 㓆 㓮 㨈 㓚 㨍 㓟 㓐 㨒 㓳 㓸 㓸 㓤 㓽 㓽 㨗 㘫 㘟 㨜 䢷 㔃 㔃 䢷 㨨 㔈 䢷 㔍 㔍 㔒 㔗 㓆 㨭 㓮 㓮 㔜 㔜 㨲 㔡 㨷 㓳 㓸 㓸 㓤 㓽 㓽 㨗 㘫 㘟 㨜 㨡 㔃 㔃 㘰 㨨 㔈 㘥 㔍 㔍 㔒 㔗 㓆 㨭 㓮 㓮 㔜 㔜 㨲 㔡 㨷 㓳 㓸 㨼 㘵 㓽 㩁 㘫 㩆 㔨 㔨 㔭 㔭 匌 㛌 㩋 㔈 㘺 㔒 㔍 㔒 㔗 㓆 㔲 㔲 㔲 㔲 㔷 㔷 㔡 㩐 㓳 㓸 㨼 㘵 㓽 㩁 㘫 㩆 㔨 㔨 㔭 㔭 㘰 㛌 㩋 㔈 㘺 㔒 㔍 㔒 㔗 㓆 㔲 㔲 㔲 㔲 㔷 㔷 㔡 㩐 㛑 㩕 㘵 㔼 㔼 㩚 㕁 㕆 㩟 㕋 㩥 㔭 㕐 㩪 㛌 㘺 㔒 㔒 㔒 㔒 㔲 㔲 㔲 㩯 㩴 㩹 㔷 㩾 㔡 㪃 㛑 㩕 㘵 㔼 㔼 㩚 㕁 㕆 㩟 㕋 㩥 㔭 㕐 㩪 㛌 㘺 㔒 㔒 㔒 㔒 㔲 㔲 㔲 㩯 㩴 㩹 㔷 㩾 㔡 㪃 㪈 㛑 㘿 㔼 㕕 㕕 㕁 㕆 㕆 㕋 㔭 㔭 㕐 㕐 㕚 㕚 㪍 㔒 㕟 㪒 㪗 㙄 㕥 㕪 㕪 㕪 㕯 㪜 㕴 㕴 㪈 㛑 㘿 㔼 㕕 㕕 㕁 㕆 㕆 㕋 㔭 㔭 㕐 㕐 㕚 㕚 㪍 㔒 㕟 㪒 㪗 㙄 㕥 㕪 㕪 㕪 㕯 㪜 㕴 㕴 㕹 㘿 㛑 㪡 㙉 㪦 㙎 㪫 㪰 㙓 㪵 㪺 㕾 㕐 㕚 㛖 㪿 㕟 㕟 㕟 㙄 㫄 㕥 㫉 㖃 㫎 㕯 㙘 㛛 㕴 㕹 㘿 㛑 㪡 㙉 㪦 㙎 㪫 㪰 㙓 㪵 㪺 㕾 㕐 㕚 㛖 㪿 㕟 㕟 㕟 㙄 㫄 㕥 㫉 㖃 㫎 㕯 㙘 㛛 㕴 㕹 㙝 㫓 㙉 㖈 㙎 㫘 㛠 㙓 㫝 㖍 㖍 㕾 㕚 㕚 㖒 㛖 㫢 㕟 㙣 㙨 㫧 㖗 㫬 㖃 㙭 㙘 㖜 㛥 㛛 㕹 㙝 㫓 㙉 㖈 㙎 㫘 㛠 㙓 㫝 㖍 㖍 㕾 㕚 㕚 㖒 㛖 㫢 㕟 㙣 㙨 㫧 㖗 㫬 㖃 㙭 㙘 㖜 㛥 㛛 㙝 㫱 㫶 㫻 㖈 㖈 㬁 㬆 㛠 㖍 㖍 㬋 㬐 㬕 㖒 㖒 㬚 㛖 㙣 㙨 㬟 㬥 㖗 㬫 㙭 㬰 㬵 㖜 㖜 㛥 㙝 㫱 㫶 㫻 㖈 㖈 㬁 㬆 㛠 㖍 㖍 㬋 㬐 㬕 㖒 㖒 㬚 㛖 㙣 㙨 㬟 㬥 㖗 㬫 㙭 㬰 㬵 㖜 㖜 㛥  ___________________________________________________________  ___________________________________________________________ better(v('25094a63')*(trn+0)+in) better(v('25094a63')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 248.0). cc:0=cc(green, 223.0). cc:1=cc(red, 203.0). cc:1=cc(red, 161.0). cc:2=cc(blue, 180.0). cc:2=cc(yellow, 145.0). cc:3=cc(cyan, 173.0). cc:3=cc(blue, 138.0). cc:4=cc(purple, 96.0). cc:4=cc(cyan, 137.0). cc:5=cc(purple, 96.0). compare_objs1([perfect]). % Point: 㛪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,1) point layer(in) nth(613) % Point: 㛪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,1) point layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,1) point layer(in) nth(614) % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,1) point layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,1) point layer(in) nth(615) % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,1) point layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,1) point layer(in) nth(616) % Point: 㛹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,1) point layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,1) point layer(in) nth(617) % Point: 㛾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,1) point layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,2) point layer(in) nth(618) % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,2) point layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(619) % Point: 㜉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜎 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(620) % Point: 㜎 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,2) point layer(in) nth(621) % Point: 㜓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,2) point layer(in) nth(623) % Point: 㜝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜣 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(in) nth(624) % Point: 㜣 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(625) % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,2) point layer(in) nth(626) % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,2) point layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜳 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,2) point layer(in) nth(627) % Point: 㜳 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,2) point layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,2) point layer(in) nth(628) % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,2) point layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(629) % Point: 㜽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝂 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,2) point layer(in) nth(630) % Point: 㝂 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,2) point layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(631) % Point: 㝇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝌 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,3) point layer(in) nth(632) % Point: 㝌 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,3) point layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,3) point layer(in) nth(633) % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,3) point layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝖 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,3) point layer(in) nth(634) % Point: 㝖 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,3) point layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝛 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,3) point layer(in) nth(635) % Point: 㝛 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,3) point layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝡 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,3) point layer(in) nth(636) % Point: 㝡 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,3) point layer(out) nth(636) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝦 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(in) nth(637) % Point: 㝦 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,4) point layer(in) nth(638) % Point: 㝫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,4) point layer(in) nth(639) % Point: 㝰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,4) point layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,4) point layer(in) nth(640) % Point: 㝵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,4) point layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,4) point layer(in) nth(642) % Point: 㝿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,4) point layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞄 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,5) point layer(in) nth(643) % Point: 㞄 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,5) point layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞉 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,5) point layer(in) nth(644) % Point: 㞉 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,5) point layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,5) point layer(in) nth(645) % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,5) point layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞓 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,6) point layer(in) nth(646) % Point: 㞓 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞘 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(in) nth(647) % Point: 㞘 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(in) nth(648) % Point: 㞝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞢 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,6) point layer(in) nth(649) % Point: 㞢 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,6) point layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞧 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,7) point layer(in) nth(650) % Point: 㞧 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,7) point layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,7) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,7) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,7) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞶 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,7) point layer(in) nth(653) % Point: 㞶 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,7) point layer(out) nth(653) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,7) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,7) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,7) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,7) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(14,8) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,8) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(in) nth(661) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(out) nth(661) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,9) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,9) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,9) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,9) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,9) point layer(in) nth(665) % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,9) point layer(out) nth(665) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,9) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,9) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,9) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,9) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,9) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,9) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,10) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,10) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,10) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,10) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,10) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,10) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,10) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,11) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,11) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,11) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,11) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,11) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,11) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,12) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,12) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,12) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,12) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡙 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,12) point layer(in) nth(685) % Point: 㡙 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(685) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,12) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,12) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,12) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,12) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,12) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,12) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,12) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,12) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,13) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,13) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,13) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,13) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,13) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,13) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,13) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,13) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,14) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,14) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,14) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,14) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,15) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,15) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,15) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,15) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,15) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,15) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,15) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,15) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,15) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,15) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,15) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,15) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,15) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,15) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,15) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,15) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,15) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,15) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣫 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(in) nth(714) % Point: 㣫 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(714) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,16) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,16) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,16) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,16) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,16) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,16) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,16) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,17) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,17) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,17) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,17) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,17) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,17) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,17) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,17) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,17) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,17) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,17) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,17) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,17) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,17) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,17) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,17) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,18) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,18) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,18) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,18) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,18) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,18) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,18) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,18) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,18) point layer(in) nth(738) % Point: 㥧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,18) point layer(out) nth(738) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,18) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,18) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,18) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,18) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,18) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,18) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,19) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,19) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,19) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,19) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,19) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,19) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,19) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,19) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,20) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,20) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,20) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,20) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,20) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,21) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,21) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,21) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,21) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,21) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,21) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,21) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,21) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,21) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,21) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,22) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,22) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,22) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,22) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,23) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,23) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,23) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,23) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,23) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,23) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,23) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,23) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,23) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,23) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨒 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,23) point layer(in) nth(772) % Point: 㨒 mass(1) color_count(blue,1.0) size(1,1) loc_xy(30,23) point layer(out) nth(772) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,24) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,24) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,24) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,24) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,24) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,24) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,24) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,24) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,24) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,24) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,24) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,24) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,25) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,25) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,25) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,25) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,25) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,25) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,25) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,25) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,25) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,25) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,26) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,26) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,26) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,26) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,26) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,26) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,26) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(red,1.0) size(1,1) loc_xy(14,26) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,26) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,26) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,26) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,26) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,26) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,26) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,27) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,27) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,27) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,27) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,27) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,27) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,27) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,27) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,28) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,28) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,28) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,28) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,28) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,28) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,28) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,28) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,28) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,28) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,28) point layer(in) nth(806) % Point: 㪿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,28) point layer(out) nth(806) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(in) nth(807) % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(out) nth(807) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(808) % Point: 㫉 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(808) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,28) point layer(in) nth(809) % Point: 㫎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(809) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫓 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(in) nth(810) % Point: 㫓 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(out) nth(810) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,29) point layer(in) nth(811) % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,29) point layer(out) nth(811) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,29) point layer(in) nth(812) % Point: 㫝 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,29) point layer(out) nth(812) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫢 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) point layer(in) nth(813) % Point: 㫢 mass(1) color_count(green,1.0) size(1,1) loc_xy(18,29) point layer(out) nth(813) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫧 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,29) point layer(in) nth(814) % Point: 㫧 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,29) point layer(out) nth(814) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,29) point layer(in) nth(815) % Point: 㫬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,29) point layer(out) nth(815) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(816) % Point: 㫱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(816) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫶 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,30) point layer(in) nth(817) % Point: 㫶 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,30) point layer(out) nth(817) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(818) % Point: 㫻 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(818) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,30) point layer(in) nth(819) % Point: 㬁 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,30) point layer(out) nth(819) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,30) point layer(in) nth(820) % Point: 㬆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,30) point layer(out) nth(820) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬋 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,30) point layer(in) nth(821) % Point: 㬋 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,30) point layer(out) nth(821) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,30) point layer(in) nth(822) % Point: 㬐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,30) point layer(out) nth(822) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,30) point layer(in) nth(823) % Point: 㬕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,30) point layer(out) nth(823) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,30) point layer(in) nth(824) % Point: 㬚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,30) point layer(out) nth(824) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬟 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,30) point layer(in) nth(825) % Point: 㬟 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,30) point layer(out) nth(825) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,30) point layer(in) nth(826) % Point: 㬥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,30) point layer(out) nth(826) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(in) nth(827) % Point: 㬫 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(out) nth(827) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(828) % Point: 㬰 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(828) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬵 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,30) point layer(in) nth(829) % Point: 㬵 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,30) point layer(out) nth(829) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,29) rectangluar polygon layer(in) nth(612) % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,29) rectangluar polygon layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛠 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,29) rectangluar polygon layer(in) nth(611) % Polygon: 㛠 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,29) rectangluar polygon layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛛 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(in) nth(610) % Polygon: 㛛 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(14,25) rectangluar polygon layer(in) nth(607) % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(14,25) rectangluar polygon layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛇 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,22) rectangluar polygon layer(in) nth(606) % Polygon: 㛇 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,22) rectangluar polygon layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛂 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,21) rectangluar polygon layer(in) nth(605) % Polygon: 㛂 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,21) rectangluar polygon layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚽 mass(2) color_count(purple,2.0) size(2,2) loc_xy(2,21) rectangluar polygon layer(in) nth(604) % Polygon: 㚽 mass(2) color_count(purple,2.0) size(2,2) loc_xy(2,21) rectangluar polygon layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,19) rectangluar polygon layer(in) nth(603) % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,19) rectangluar polygon layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚳 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,19) rectangluar polygon layer(in) nth(602) % Polygon: 㚳 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,19) rectangluar polygon layer(out) nth(602) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚤 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,12) rectangluar polygon layer(in) nth(599) % Polygon: 㚤 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,12) rectangluar polygon layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚟 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,10) rectangluar polygon layer(in) nth(598) % Polygon: 㚟 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,10) rectangluar polygon layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,9) rectangluar polygon layer(in) nth(597) % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,9) rectangluar polygon layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(in) nth(595) % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚋 mass(2) color_count(green,2.0) size(2,2) loc_xy(28,6) rectangluar polygon layer(in) nth(594) % Polygon: 㚋 mass(2) color_count(green,2.0) size(2,2) loc_xy(28,6) rectangluar polygon layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚆 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,6) rectangluar polygon layer(in) nth(593) % Polygon: 㚆 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,6) rectangluar polygon layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚁 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,5) rectangluar polygon layer(in) nth(592) % Polygon: 㚁 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,5) rectangluar polygon layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙼 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(in) nth(591) % Polygon: 㙼 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,3) rectangluar polygon layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,2) rectangluar polygon layer(in) nth(590) % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,2) rectangluar polygon layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙲 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(in) nth(589) % Polygon: 㙲 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙭 mass(2) color_count(green,2.0) size(2,2) loc_xy(25,29) rectangluar polygon layer(in) nth(588) % Polygon: 㙭 mass(2) color_count(green,2.0) size(2,2) loc_xy(25,29) rectangluar polygon layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙨 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(20,29) rectangluar polygon layer(in) nth(587) % Polygon: 㙨 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(20,29) rectangluar polygon layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙣 mass(2) color_count(purple,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(586) % Polygon: 㙣 mass(2) color_count(purple,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,29) rectangluar polygon layer(in) nth(585) % Polygon: 㙝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,29) rectangluar polygon layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙘 mass(2) color_count(red,2.0) size(2,2) loc_xy(27,28) rectangluar polygon layer(in) nth(584) % Polygon: 㙘 mass(2) color_count(red,2.0) size(2,2) loc_xy(27,28) rectangluar polygon layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙓 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,28) rectangluar polygon layer(in) nth(583) % Polygon: 㙓 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,28) rectangluar polygon layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(2) color_count(green,2.0) size(2,2) loc_xy(6,28) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(2) color_count(green,2.0) size(2,2) loc_xy(6,28) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,27) rectangluar polygon layer(in) nth(580) % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,27) rectangluar polygon layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,27) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,27) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘺 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,25) rectangluar polygon layer(in) nth(578) % Polygon: 㘺 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,25) rectangluar polygon layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,25) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,25) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘫 mass(2) color_count(green,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(in) nth(575) % Polygon: 㘫 mass(2) color_count(green,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(9,23) rectangluar polygon layer(in) nth(573) % Polygon: 㘟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(9,23) rectangluar polygon layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(2) color_count(purple,2.0) size(2,2) loc_xy(21,22) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(2) color_count(purple,2.0) size(2,2) loc_xy(21,22) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,20) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,20) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘋 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,19) rectangluar polygon layer(in) nth(569) % Polygon: 㘋 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,19) rectangluar polygon layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(2) color_count(red,2.0) size(2,2) loc_xy(1,18) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(2) color_count(red,2.0) size(2,2) loc_xy(1,18) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗻 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(21,14) rectangluar polygon layer(in) nth(566) % Polygon: 㗻 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(21,14) rectangluar polygon layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,14) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(2) color_count(red,2.0) size(2,2) loc_xy(18,14) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(6,14) rectangluar polygon layer(in) nth(564) % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(6,14) rectangluar polygon layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗧 mass(2) color_count(purple,2.0) size(2,2) loc_xy(15,12) rectangluar polygon layer(in) nth(562) % Polygon: 㗧 mass(2) color_count(purple,2.0) size(2,2) loc_xy(15,12) rectangluar polygon layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,9) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,9) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,9) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,9) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗄 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,8) rectangluar polygon layer(in) nth(555) % Polygon: 㗄 mass(2) color_count(red,2.0) size(2,2) loc_xy(16,8) rectangluar polygon layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(in) nth(554) % Polygon: 㖿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖺 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(in) nth(553) % Polygon: 㖺 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(out) nth(553) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖵 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(16,7) rectangluar polygon layer(in) nth(552) % Polygon: 㖵 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(16,7) rectangluar polygon layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖫 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(in) nth(550) % Polygon: 㖫 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖡 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,1) rectangluar polygon layer(in) nth(548) % Polygon: 㖡 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,1) rectangluar polygon layer(out) nth(548) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖗 mass(2) color_count(purple,2.0) size(1,2) loc_xy(23,29) nonsquare hv_line(v) filled_squared layer(in) nth(546) % Hv_Line(v): 㖗 mass(2) color_count(purple,2.0) size(1,2) loc_xy(23,29) nonsquare hv_line(v) filled_squared layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖃 mass(2) color_count(red,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(in) nth(542) % Hv_Line(v): 㖃 mass(2) color_count(red,2.0) size(1,2) loc_xy(25,28) nonsquare hv_line(v) filled_squared layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕾 mass(2) color_count(red,2.0) size(1,2) loc_xy(13,28) nonsquare hv_line(v) filled_squared layer(in) nth(541) % Hv_Line(v): 㕾 mass(2) color_count(red,2.0) size(1,2) loc_xy(13,28) nonsquare hv_line(v) filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕹 mass(2) color_count(red,2.0) size(1,2) loc_xy(1,28) nonsquare hv_line(v) filled_squared layer(in) nth(540) % Hv_Line(v): 㕹 mass(2) color_count(red,2.0) size(1,2) loc_xy(1,28) nonsquare hv_line(v) filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕯 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(in) nth(538) % Hv_Line(v): 㕯 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(23,27) nonsquare hv_line(v) filled_squared layer(in) nth(536) % Hv_Line(v): 㕥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(23,27) nonsquare hv_line(v) filled_squared layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕕 mass(2) color_count(green,2.0) size(2,1) loc_xy(5,27) hv_line(h) nonsquare filled_squared layer(in) nth(533) % Hv_Line(h): 㕕 mass(2) color_count(green,2.0) size(2,1) loc_xy(5,27) hv_line(h) nonsquare filled_squared layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,26) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,26) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕁 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,26) nonsquare hv_line(v) filled_squared layer(in) nth(529) % Hv_Line(v): 㕁 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,26) nonsquare hv_line(v) filled_squared layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔨 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(in) nth(524) % Hv_Line(h): 㔨 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔜 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,24) hv_line(h) nonsquare filled_squared layer(in) nth(522) % Hv_Line(h): 㔜 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,24) hv_line(h) nonsquare filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔗 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(21,24) nonsquare hv_line(v) filled_squared layer(in) nth(521) % Hv_Line(v): 㔗 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(21,24) nonsquare hv_line(v) filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔈 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,24) nonsquare hv_line(v) filled_squared layer(in) nth(518) % Hv_Line(v): 㔈 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,24) nonsquare hv_line(v) filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔃 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,24) hv_line(h) nonsquare filled_squared layer(in) nth(517) % Hv_Line(h): 㔃 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,24) hv_line(h) nonsquare filled_squared layer(out) nth(517) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓳 mass(2) color_count(green,2.0) size(1,2) loc_xy(1,24) nonsquare hv_line(v) filled_squared layer(in) nth(514) % Hv_Line(v): 㓳 mass(2) color_count(green,2.0) size(1,2) loc_xy(1,24) nonsquare hv_line(v) filled_squared layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(in) nth(512) % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓤 mass(2) color_count(green,2.0) size(1,2) loc_xy(4,23) nonsquare hv_line(v) filled_squared layer(in) nth(511) % Hv_Line(v): 㓤 mass(2) color_count(green,2.0) size(1,2) loc_xy(4,23) nonsquare hv_line(v) filled_squared layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓟 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(28,22) nonsquare hv_line(v) filled_squared layer(in) nth(510) % Hv_Line(v): 㓟 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(28,22) nonsquare hv_line(v) filled_squared layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓚 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,22) nonsquare hv_line(v) filled_squared layer(in) nth(509) % Hv_Line(v): 㓚 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,22) nonsquare hv_line(v) filled_squared layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓕 mass(2) color_count(purple,2.0) size(1,2) loc_xy(1,22) nonsquare hv_line(v) filled_squared layer(in) nth(508) % Hv_Line(v): 㓕 mass(2) color_count(purple,2.0) size(1,2) loc_xy(1,22) nonsquare hv_line(v) filled_squared layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,21) nonsquare hv_line(v) filled_squared layer(in) nth(506) % Hv_Line(v): 㓋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,21) nonsquare hv_line(v) filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,19) nonsquare hv_line(v) filled_squared layer(in) nth(497) % Hv_Line(v): 㒞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,19) nonsquare hv_line(v) filled_squared layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,18) nonsquare hv_line(v) filled_squared layer(in) nth(496) % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,18) nonsquare hv_line(v) filled_squared layer(out) nth(496) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒔 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,18) nonsquare hv_line(v) filled_squared layer(in) nth(495) % Hv_Line(v): 㒔 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,18) nonsquare hv_line(v) filled_squared layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒏 mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,18) hv_line(h) nonsquare filled_squared layer(in) nth(494) % Hv_Line(h): 㒏 mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,18) hv_line(h) nonsquare filled_squared layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑱 mass(2) color_count(red,2.0) size(1,2) loc_xy(16,16) nonsquare hv_line(v) filled_squared layer(in) nth(488) % Hv_Line(v): 㑱 mass(2) color_count(red,2.0) size(1,2) loc_xy(16,16) nonsquare hv_line(v) filled_squared layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,16) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,16) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑜 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,16) nonsquare hv_line(v) filled_squared layer(in) nth(484) % Hv_Line(v): 㑜 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,16) nonsquare hv_line(v) filled_squared layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑒 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,16) nonsquare hv_line(v) filled_squared layer(in) nth(482) % Hv_Line(v): 㑒 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,16) nonsquare hv_line(v) filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑃 mass(2) color_count(red,2.0) size(2,1) loc_xy(12,15) hv_line(h) nonsquare filled_squared layer(in) nth(479) % Hv_Line(h): 㑃 mass(2) color_count(red,2.0) size(2,1) loc_xy(12,15) hv_line(h) nonsquare filled_squared layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐾 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,15) nonsquare hv_line(v) filled_squared layer(in) nth(478) % Hv_Line(v): 㐾 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,15) nonsquare hv_line(v) filled_squared layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐴 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,13) nonsquare hv_line(v) filled_squared layer(in) nth(476) % Hv_Line(v): 㐴 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,13) nonsquare hv_line(v) filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐪 mass(2) color_count(green,2.0) size(1,2) loc_xy(13,13) nonsquare hv_line(v) filled_squared layer(in) nth(474) % Hv_Line(v): 㐪 mass(2) color_count(green,2.0) size(1,2) loc_xy(13,13) nonsquare hv_line(v) filled_squared layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(10,13) nonsquare hv_line(v) filled_squared layer(in) nth(472) % Hv_Line(v): 㐞 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(10,13) nonsquare hv_line(v) filled_squared layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐊 mass(2) color_count(blue,2.0) size(1,2) loc_xy(28,12) nonsquare hv_line(v) filled_squared layer(in) nth(468) % Hv_Line(v): 㐊 mass(2) color_count(blue,2.0) size(1,2) loc_xy(28,12) nonsquare hv_line(v) filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇿ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,12) nonsquare hv_line(v) filled_squared layer(in) nth(466) % Hv_Line(v): ㇿ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,12) nonsquare hv_line(v) filled_squared layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇰ mass(2) color_count(red,2.0) size(1,2) loc_xy(22,11) nonsquare hv_line(v) filled_squared layer(in) nth(463) % Hv_Line(v): ㇰ mass(2) color_count(red,2.0) size(1,2) loc_xy(22,11) nonsquare hv_line(v) filled_squared layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,11) hv_line(h) nonsquare filled_squared layer(in) nth(461) % Hv_Line(h): ㆶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,11) hv_line(h) nonsquare filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆧ mass(2) color_count(blue,2.0) size(2,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(in) nth(458) % Hv_Line(h): ㆧ mass(2) color_count(blue,2.0) size(2,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆇ mass(2) color_count(green,2.0) size(2,1) loc_xy(18,10) hv_line(h) nonsquare filled_squared layer(in) nth(455) % Hv_Line(h): ㆇ mass(2) color_count(green,2.0) size(2,1) loc_xy(18,10) hv_line(h) nonsquare filled_squared layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅳ mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,9) hv_line(h) nonsquare filled_squared layer(in) nth(451) % Hv_Line(h): ㅳ mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,9) hv_line(h) nonsquare filled_squared layer(out) nth(451) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅩ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,9) nonsquare hv_line(v) filled_squared layer(in) nth(449) % Hv_Line(v): ㅩ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,9) nonsquare hv_line(v) filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(9,9) nonsquare hv_line(v) filled_squared layer(in) nth(446) % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(9,9) nonsquare hv_line(v) filled_squared layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅔ mass(2) color_count(green,2.0) size(2,1) loc_xy(19,8) hv_line(h) nonsquare filled_squared layer(in) nth(445) % Hv_Line(h): ㅔ mass(2) color_count(green,2.0) size(2,1) loc_xy(19,8) hv_line(h) nonsquare filled_squared layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅅ mass(2) color_count(blue,2.0) size(2,1) loc_xy(3,7) hv_line(h) nonsquare filled_squared layer(in) nth(442) % Hv_Line(h): ㅅ mass(2) color_count(blue,2.0) size(2,1) loc_xy(3,7) hv_line(h) nonsquare filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄻ mass(2) color_count(green,2.0) size(1,2) loc_xy(16,5) nonsquare hv_line(v) filled_squared layer(in) nth(440) % Hv_Line(v): ㄻ mass(2) color_count(green,2.0) size(1,2) loc_xy(16,5) nonsquare hv_line(v) filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄥ mass(2) color_count(blue,2.0) size(2,1) loc_xy(15,4) hv_line(h) nonsquare filled_squared layer(in) nth(436) % Hv_Line(h): ㄥ mass(2) color_count(blue,2.0) size(2,1) loc_xy(15,4) hv_line(h) nonsquare filled_squared layer(out) nth(436) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄋ mass(2) color_count(purple,2.0) size(2,1) loc_xy(16,3) hv_line(h) nonsquare filled_squared layer(in) nth(431) % Hv_Line(h): ㄋ mass(2) color_count(purple,2.0) size(2,1) loc_xy(16,3) hv_line(h) nonsquare filled_squared layer(out) nth(431) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ヱ mass(2) color_count(red,2.0) size(1,2) loc_xy(29,2) nonsquare hv_line(v) filled_squared layer(in) nth(427) % Hv_Line(v): ヱ mass(2) color_count(red,2.0) size(1,2) loc_xy(29,2) nonsquare hv_line(v) filled_squared layer(out) nth(427) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): レ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(12,2) hv_line(h) nonsquare filled_squared layer(in) nth(426) % Hv_Line(h): レ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(12,2) hv_line(h) nonsquare filled_squared layer(out) nth(426) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ョ mass(2) color_count(blue,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(in) nth(425) % Hv_Line(h): ョ mass(2) color_count(blue,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(out) nth(425) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ヘ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(in) nth(422) % Hv_Line(h): ヘ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(out) nth(422) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): タ mass(2) color_count(green,2.0) size(1,2) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(in) nth(417) % Hv_Line(v): タ mass(2) color_count(green,2.0) size(1,2) loc_xy(5,1) nonsquare hv_line(v) filled_squared layer(out) nth(417) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ズ mass(2) color_count(purple,2.0) size(1,2) loc_xy(4,1) nonsquare hv_line(v) filled_squared layer(in) nth(416) % Hv_Line(v): ズ mass(2) color_count(purple,2.0) size(1,2) loc_xy(4,1) nonsquare hv_line(v) filled_squared layer(out) nth(416) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): サ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(in) nth(415) % Hv_Line(h): サ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(out) nth(415) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛖 mass(3) color_count(red,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(in) nth(609) % Polygon: 㛖 mass(3) color_count(red,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛑 mass(3) color_count(red,3.0) size(3,3) loc_xy(1,26) rectangluar polygon layer(in) nth(608) % Polygon: 㛑 mass(3) color_count(red,3.0) size(3,3) loc_xy(1,26) rectangluar polygon layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚮 mass(3) color_count(green,3.0) size(3,3) loc_xy(1,16) rectangluar polygon layer(in) nth(601) % Polygon: 㚮 mass(3) color_count(green,3.0) size(3,3) loc_xy(1,16) rectangluar polygon layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚩 mass(3) color_count(purple,3.0) size(3,3) loc_xy(8,14) rectangluar polygon layer(in) nth(600) % Polygon: 㚩 mass(3) color_count(purple,3.0) size(3,3) loc_xy(8,14) rectangluar polygon layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(3) color_count(blue,3.0) size(3,3) loc_xy(20,21) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(3) color_count(blue,3.0) size(3,3) loc_xy(20,21) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(3) color_count(red,3.0) size(3,3) loc_xy(20,16) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(3) color_count(red,3.0) size(3,3) loc_xy(20,16) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,10) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,10) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(5,9) rectangluar polygon layer(in) nth(558) % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(5,9) rectangluar polygon layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗉 mass(3) color_count(purple,3.0) size(3,3) loc_xy(28,8) rectangluar polygon layer(in) nth(556) % Polygon: 㗉 mass(3) color_count(purple,3.0) size(3,3) loc_xy(28,8) rectangluar polygon layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖜 mass(3) color_count(blue,3.0) size(2,2) loc_xy(28,29) rectangluar polygon layer(in) nth(547) % Polygon: 㖜 mass(3) color_count(blue,3.0) size(2,2) loc_xy(28,29) rectangluar polygon layer(out) nth(547) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(3) color_count(green,3.0) size(2,2) loc_xy(15,29) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(3) color_count(green,3.0) size(2,2) loc_xy(15,29) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖈 mass(3) color_count(purple,3.0) size(2,2) loc_xy(5,29) rectangluar polygon layer(in) nth(543) % Polygon: 㖈 mass(3) color_count(purple,3.0) size(2,2) loc_xy(5,29) rectangluar polygon layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕴 mass(3) color_count(red,3.0) size(2,2) loc_xy(29,27) rectangluar polygon layer(in) nth(539) % Polygon: 㕴 mass(3) color_count(red,3.0) size(2,2) loc_xy(29,27) rectangluar polygon layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕪 mass(3) color_count(green,3.0) size(3,1) loc_xy(24,27) hv_line(h) nonsquare filled_squared layer(in) nth(537) % Hv_Line(h): 㕪 mass(3) color_count(green,3.0) size(3,1) loc_xy(24,27) hv_line(h) nonsquare filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕆 mass(3) color_count(green,3.0) size(2,2) loc_xy(8,26) rectangluar polygon layer(in) nth(530) % Polygon: 㕆 mass(3) color_count(green,3.0) size(2,2) loc_xy(8,26) rectangluar polygon layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔼 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,26) rectangluar polygon layer(in) nth(528) % Polygon: 㔼 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,26) rectangluar polygon layer(out) nth(528) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔷 mass(3) color_count(green,3.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(in) nth(527) % Polygon: 㔷 mass(3) color_count(green,3.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔡 mass(3) color_count(blue,3.0) size(1,3) loc_xy(29,24) nonsquare hv_line(v) filled_squared layer(in) nth(523) % Hv_Line(v): 㔡 mass(3) color_count(blue,3.0) size(1,3) loc_xy(29,24) nonsquare hv_line(v) filled_squared layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔍 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(in) nth(519) % Polygon: 㔍 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(out) nth(519) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓽 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,24) rectangluar polygon layer(in) nth(516) % Polygon: 㓽 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,24) rectangluar polygon layer(out) nth(516) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓸 mass(3) color_count(red,3.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(in) nth(515) % Polygon: 㓸 mass(3) color_count(red,3.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓮 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(24,23) rectangluar polygon layer(in) nth(513) % Polygon: 㓮 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(24,23) rectangluar polygon layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(3) color_count(purple,3.0) size(2,2) loc_xy(23,20) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(3) color_count(purple,3.0) size(2,2) loc_xy(23,20) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒲 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(2,20) rectangluar polygon layer(in) nth(501) % Polygon: 㒲 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(2,20) rectangluar polygon layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒅 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(9,18) rectangluar polygon layer(in) nth(492) % Polygon: 㒅 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(9,18) rectangluar polygon layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑻 mass(3) color_count(green,3.0) size(2,2) loc_xy(29,17) rectangluar polygon layer(in) nth(490) % Polygon: 㑻 mass(3) color_count(green,3.0) size(2,2) loc_xy(29,17) rectangluar polygon layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑶 mass(3) color_count(green,3.0) size(3,1) loc_xy(9,17) hv_line(h) nonsquare filled_squared layer(in) nth(489) % Hv_Line(h): 㑶 mass(3) color_count(green,3.0) size(3,1) loc_xy(9,17) hv_line(h) nonsquare filled_squared layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑢 mass(3) color_count(red,3.0) size(3,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(in) nth(485) % Hv_Line(h): 㑢 mass(3) color_count(red,3.0) size(3,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(4,16) rectangluar polygon layer(in) nth(483) % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(4,16) rectangluar polygon layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(3) color_count(green,3.0) size(1,3) loc_xy(20,15) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(3) color_count(green,3.0) size(1,3) loc_xy(20,15) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐹 mass(3) color_count(purple,3.0) size(2,2) loc_xy(17,14) rectangluar polygon layer(in) nth(477) % Polygon: 㐹 mass(3) color_count(purple,3.0) size(2,2) loc_xy(17,14) rectangluar polygon layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐤 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,13) rectangluar polygon layer(in) nth(473) % Polygon: 㐤 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,13) rectangluar polygon layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,13) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,13) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐏 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(29,12) nonsquare hv_line(v) filled_squared layer(in) nth(469) % Hv_Line(v): 㐏 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(29,12) nonsquare hv_line(v) filled_squared layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐅 mass(3) color_count(red,3.0) size(2,2) loc_xy(18,12) rectangluar polygon layer(in) nth(467) % Polygon: 㐅 mass(3) color_count(red,3.0) size(2,2) loc_xy(18,12) rectangluar polygon layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆱ mass(3) color_count(red,3.0) size(2,2) loc_xy(12,11) rectangluar polygon layer(in) nth(460) % Polygon: ㆱ mass(3) color_count(red,3.0) size(2,2) loc_xy(12,11) rectangluar polygon layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆌ mass(3) color_count(red,3.0) size(2,2) loc_xy(23,10) rectangluar polygon layer(in) nth(456) % Polygon: ㆌ mass(3) color_count(red,3.0) size(2,2) loc_xy(23,10) rectangluar polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆂ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(16,10) rectangluar polygon layer(in) nth(454) % Polygon: ㆂ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(16,10) rectangluar polygon layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅽ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,10) rectangluar polygon layer(in) nth(453) % Polygon: ㅽ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,10) rectangluar polygon layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅸ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(in) nth(452) % Hv_Line(v): ㅸ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅏ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,8) rectangluar polygon layer(in) nth(444) % Polygon: ㅏ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,8) rectangluar polygon layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄶ mass(3) color_count(green,3.0) size(2,2) loc_xy(13,5) rectangluar polygon layer(in) nth(439) % Polygon: ㄶ mass(3) color_count(green,3.0) size(2,2) loc_xy(13,5) rectangluar polygon layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄱ mass(3) color_count(green,3.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(in) nth(438) % Polygon: ㄱ mass(3) color_count(green,3.0) size(2,2) loc_xy(1,5) rectangluar polygon layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄫ mass(3) color_count(green,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(in) nth(437) % Polygon: ㄫ mass(3) color_count(green,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄚ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(3,4) nonsquare hv_line(v) filled_squared layer(in) nth(434) % Hv_Line(v): ㄚ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(3,4) nonsquare hv_line(v) filled_squared layer(out) nth(434) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄕ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,3) nonsquare hv_line(v) filled_squared layer(in) nth(433) % Hv_Line(v): ㄕ mass(3) color_count(green,3.0) size(1,3) loc_xy(30,3) nonsquare hv_line(v) filled_squared layer(out) nth(433) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ー mass(3) color_count(blue,3.0) size(1,3) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(in) nth(429) % Hv_Line(v): ー mass(3) color_count(blue,3.0) size(1,3) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(out) nth(429) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ヶ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,3) nonsquare hv_line(v) filled_squared layer(in) nth(428) % Hv_Line(v): ヶ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,3) nonsquare hv_line(v) filled_squared layer(out) nth(428) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ポ mass(3) color_count(green,3.0) size(2,2) loc_xy(25,1) rectangluar polygon layer(in) nth(423) % Polygon: ポ mass(3) color_count(green,3.0) size(2,2) loc_xy(25,1) rectangluar polygon layer(out) nth(423) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ノ mass(3) color_count(green,3.0) size(2,2) loc_xy(17,1) rectangluar polygon layer(in) nth(420) % Polygon: ノ mass(3) color_count(green,3.0) size(2,2) loc_xy(17,1) rectangluar polygon layer(out) nth(420) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,29) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,29) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕐 mass(4) color_count(green,4.0) size(2,3) loc_xy(13,26) rectangluar polygon layer(in) nth(532) % Polygon: 㕐 mass(4) color_count(green,4.0) size(2,3) loc_xy(13,26) rectangluar polygon layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓐 mass(4) color_count(red,4.0) size(2,3) loc_xy(29,21) rectangluar polygon layer(in) nth(507) % Polygon: 㓐 mass(4) color_count(red,4.0) size(2,3) loc_xy(29,21) rectangluar polygon layer(out) nth(507) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒨 mass(4) color_count(red,4.0) size(3,2) loc_xy(25,19) rectangluar polygon layer(in) nth(499) % Polygon: 㒨 mass(4) color_count(red,4.0) size(3,2) loc_xy(25,19) rectangluar polygon layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐔 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(1,13) rectangluar polygon layer(in) nth(470) % Polygon: 㐔 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(1,13) rectangluar polygon layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇺ mass(4) color_count(red,4.0) size(3,2) loc_xy(5,12) rectangluar polygon layer(in) nth(465) % Polygon: ㇺ mass(4) color_count(red,4.0) size(3,2) loc_xy(5,12) rectangluar polygon layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ビ mass(4) color_count(cyan,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(421) % Squares: ビ mass(4) color_count(cyan,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(out) nth(421) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(18,27) rectangluar polygon layer(in) nth(535) % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(18,27) rectangluar polygon layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕚 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(14,27) rectangluar polygon layer(in) nth(534) % Polygon: 㕚 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(14,27) rectangluar polygon layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔭 mass(5) color_count(red,5.0) size(2,3) loc_xy(11,25) rectangluar polygon layer(in) nth(525) % Polygon: 㔭 mass(5) color_count(red,5.0) size(2,3) loc_xy(11,25) rectangluar polygon layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒷 mass(5) color_count(green,5.0) size(2,4) loc_xy(8,20) rectangluar polygon layer(in) nth(502) % Polygon: 㒷 mass(5) color_count(green,5.0) size(2,4) loc_xy(8,20) rectangluar polygon layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(5) color_count(red,5.0) size(3,2) loc_xy(28,15) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(5) color_count(red,5.0) size(3,2) loc_xy(28,15) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅞ mass(5) color_count(green,5.0) size(2,4) loc_xy(10,9) rectangluar polygon layer(in) nth(447) % Polygon: ㅞ mass(5) color_count(green,5.0) size(2,4) loc_xy(10,9) rectangluar polygon layer(out) nth(447) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒼 mass(6) color_count(green,6.0) size(4,3) loc_xy(18,20) rectangluar polygon layer(in) nth(503) % Polygon: 㒼 mass(6) color_count(green,6.0) size(4,3) loc_xy(18,20) rectangluar polygon layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒭 mass(6) color_count(green,6.0) size(4,3) loc_xy(26,19) rectangluar polygon layer(in) nth(500) % Polygon: 㒭 mass(6) color_count(green,6.0) size(4,3) loc_xy(26,19) rectangluar polygon layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆬ mass(6) color_count(green,6.0) size(2,4) loc_xy(8,11) rectangluar polygon layer(in) nth(459) % Polygon: ㆬ mass(6) color_count(green,6.0) size(2,4) loc_xy(8,11) rectangluar polygon layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄟ mass(6) color_count(green,6.0) size(2,4) loc_xy(11,4) rectangluar polygon layer(in) nth(435) % Polygon: ㄟ mass(6) color_count(green,6.0) size(2,4) loc_xy(11,4) rectangluar polygon layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔲 mass(7) color_count(red,7.0) size(6,2) loc_xy(21,25) rectangluar polygon layer(in) nth(526) % Polygon: 㔲 mass(7) color_count(red,7.0) size(6,2) loc_xy(21,25) rectangluar polygon layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒀 mass(7) color_count(red,7.0) size(3,3) loc_xy(6,18) rectangluar polygon layer(in) nth(491) % Polygon: 㒀 mass(7) color_count(red,7.0) size(3,3) loc_xy(6,18) rectangluar polygon layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆢ mass(7) color_count(red,7.0) size(2,5) loc_xy(3,11) rectangluar polygon layer(in) nth(457) % Polygon: ㆢ mass(7) color_count(red,7.0) size(2,5) loc_xy(3,11) rectangluar polygon layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅀ mass(7) color_count(blue,7.0) size(3,5) loc_xy(17,5) rectangluar polygon layer(in) nth(441) % Polygon: ㅀ mass(7) color_count(blue,7.0) size(3,5) loc_xy(17,5) rectangluar polygon layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㔒 mass(8) color_count(green,8.0) size(4,4) loc_xy(17,24) rectangluar outline polygon layer(in) nth(520) % Outline: 㔒 mass(8) color_count(green,8.0) size(4,4) loc_xy(17,24) rectangluar outline polygon layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ㅤ mass(8) color_count(green,8.0) size(4,4) loc_xy(12,9) rectangluar outline polygon layer(in) nth(448) % Outline: ㅤ mass(8) color_count(green,8.0) size(4,4) loc_xy(12,9) rectangluar outline polygon layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㓆 mass(9) color_count(green,9.0) size(4,5) loc_xy(22,21) rectangluar outline polygon layer(in) nth(505) % Outline: 㓆 mass(9) color_count(green,9.0) size(4,5) loc_xy(22,21) rectangluar outline polygon layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ド mass(9) color_count(green,9.0) size(5,3) loc_xy(11,1) rectangluar outline polygon layer(in) nth(419) % Outline: ド mass(9) color_count(green,9.0) size(5,3) loc_xy(11,1) rectangluar outline polygon layer(out) nth(419) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=9. % Dots: 勼 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,7) dots layer(in) nth(2015) % Dots: 匂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(2016) % Dots: 匇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,10) dots layer(in) nth(2017) % Dots: 匌 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,25) dots layer(in) nth(2018) % Dg_Line(d): 䫌 mass(2) color_count(green,2.0) size(2,2) loc_xy(20,13) dg_line(d) polygon layer(in) nth(1615) % Outline: 䡈 mass(34) color_count(green,34.0) size(7,8) loc_xy(22,11) squares outline polygon layer(in) nth(1488) % Outline: 䝳 mass(43) color_count(cyan,43.0) size(7,9) loc_xy(5,1) squares outline polygon layer(in) nth(1446) % Outline: 䞑 mass(50) color_count(red,50.0) size(9,10) loc_xy(20,1) squares outline polygon layer(in) nth(1452) % Outline: 䢷 mass(55) color_count(blue,55.0) size(11,9) loc_xy(10,16) squares outline polygon layer(in) nth(1510) _________________________________________________________________________________ groupB=29. % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,24) point layer(out) nth(775) % Point: 㧤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(763) % Point: 㦙 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(748) % Point: 㥱 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,18) point layer(out) nth(740) % Point: 㥢 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(out) nth(737) % Point: 㤯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,17) point layer(out) nth(727) % Point: 㤞 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,17) point layer(out) nth(724) % Point: 㣡 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,15) point layer(out) nth(712) % Point: 㢪 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,14) point layer(out) nth(701) % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,13) point layer(out) nth(693) % Point: 㝺 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(641) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(622) % Hv_Line(v): モ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(out) nth(424) % Hv_Line(v): ㅊ mass(2) color_count(red,2.0) size(1,2) loc_xy(28,7) nonsquare hv_line(v) filled_squared layer(out) nth(443) % Hv_Line(v): ㅮ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,9) nonsquare hv_line(v) filled_squared layer(out) nth(450) % Hv_Line(v): 㑬 mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,16) nonsquare hv_line(v) filled_squared layer(out) nth(487) % Polygon: 㖰 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,6) rectangluar polygon layer(out) nth(551) % Polygon: 㗘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(out) nth(559) % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(out) nth(563) % Polygon: 㘥 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,23) rectangluar polygon layer(out) nth(574) % Polygon: 㘰 mass(2) color_count(blue,2.0) size(2,2) loc_xy(13,24) rectangluar polygon layer(out) nth(576) % Polygon: 㚕 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(596) % Hv_Line(h): 㒣 mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,19) hv_line(h) nonsquare filled_squared layer(out) nth(498) % Polygon: ツ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(7,1) rectangluar polygon layer(out) nth(418) % Polygon: ㇵ mass(4) color_count(green,4.0) size(3,2) loc_xy(25,11) rectangluar polygon layer(out) nth(464) % Outline: 㐯 mass(25) color_count(yellow,25.0) size(5,5) loc_xy(23,13) squares rectangluar outline filled_squared layer(out) nth(475) % Outline: ㄆ mass(36) color_count(yellow,36.0) size(6,6) loc_xy(5,3) squares rectangluar outline filled_squared layer(out) nth(430) % Outline: ㄐ mass(42) color_count(yellow,42.0) size(7,6) loc_xy(21,3) nonsquare rectangluar outline filled_squared layer(out) nth(432) % Outline: 㒊 mass(42) color_count(yellow,42.0) size(7,6) loc_xy(11,18) nonsquare rectangluar outline filled_squared layer(out) nth(493) _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: 匌 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,25) dots layer(in) nth(2018) % Point: 㦙 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(748) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 8)). object_shape(diff((dots->dot))). sameness. % Dots: 匇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,10) dots layer(in) nth(2017) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(622) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 13)). object_shape(diff((dots->dot))). sameness. % Dots: 匂 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(2016) % Point: 㧤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(763) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 9), diff(+ 3)). object_shape(diff((dots->dot))). sameness. % Dots: 勼 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,7) dots layer(in) nth(2015) % Point: 㝺 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(641) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 9), diff(+ 5)). object_shape(diff((dg_line(d)->rectangluar))). sameness. % Dg_Line(d): 䫌 mass(2) color_count(green,2.0) size(2,2) loc_xy(20,13) dg_line(d) polygon layer(in) nth(1615) % Polygon: 㚕 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(11,8) rectangluar polygon layer(out) nth(596) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [' 䡈', ' 䝳', ' 䞑', ' 䢷'], [ ' 㨡', ' 㤞', ' 㤯', ' 㢂', ' 㣡', ' 㥢', ' 㥱', ' 㢪', ' 㑬', ' ㅮ', ' モ', ' ㅊ', ' 㘰', ' 㘥', ' 㗘', ' 㗬', ' 㖰', ' 㒣', ' ツ', ' ㇵ', ' 㐯', ' ㄆ', ' 㒊', ' ㄐ']), change_obj(' 䫌', ' 㚕', [loc_xy(diff(+ 9), diff(+ 5)), object_shape(diff((dg_line(d)->rectangluar)))]), change_obj(' 勼', ' 㝺', [loc_xy(diff(- 9), diff(+ 3)), object_shape(diff((dots->dot)))]), change_obj(' 匂', ' 㧤', [loc_xy(diff(+ 2), diff(- 13)), object_shape(diff((dots->dot)))]), change_obj(' 匇', ' 㜘', [loc_xy(diff(- 3), diff(+ 8)), object_shape(diff((dots->dot)))]), change_obj(' 匌', ' 㦙', [loc_xy(diff(+ 3), diff(+ 5)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('25094a63'),[]) [ +mask_match, +shape_match, -rotation_match, -color_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('25094a63')*(trn+1)+in) test(v('25094a63')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 232.0). cc:0=cc(green, 232.0). cc:1=cc(cyan, 226.0). cc:1=cc(cyan, 184.0). cc:2=cc(purple, 194.0). cc:2=cc(red, 153.0). cc:3=cc(red, 153.0). cc:3=cc(purple, 149.0). cc:4=cc(blue, 95.0). cc:4=cc(blue, 95.0). cc:5=cc(yellow, 87.0).  ___________________________________________________________  ___________________________________________________________ 㞬 㞱 㞶 ㄟ ㄟ ㄟ ㄟ 䣳 䣳 㞻 ㄫ 㟀 㟅 㙲 㙷 㙼 㟊 ㄱ 㟏 㟔 ㄱ ㄶ ㄶ ㄻ ㄻ ㅀ ㅅ 㝑 ㅊ ㅊ 㞬 㞱 㞶 ㄟ ㄟ ㄟ ㄟ ㄥ ㄥ 㞻 ㄫ 㟀 㟅 㙲 㙷 㙼 㟊 ㄱ 㟏 㟔 ㄱ ㄶ ㄶ ㄻ ㄻ ㅀ ㅅ 㝑 ㅊ ㅊ ㅏ ㅔ ㅔ ㅙ ㅙ 㟙 䣳 㟣 䣳 㟨 ㄫ 㟭 㙲 㙷 㙼 ㅞ 㟲 ㄱ ㄱ ㄱ ㄱ ㅤ ㅤ 㝖 㟷 ㅀ ㅅ 㟼 㝑 㠂 ㅏ ㅔ ㅔ ㅙ ㅙ 㟙 㟞 㟣 ㄥ 㟨 ㄫ 㟭 㙲 㙷 㙼 ㅞ 㟲 ㄱ ㄱ ㄱ ㄱ ㅤ ㅤ 㝖 㟷 ㅀ ㅅ 㟼 㝑 㠂 ㅏ ㅔ ㅩ ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㅞ 㝛 ㅽ ㅽ ㆂ ㄱ 㠇 ㆇ ㆇ 㝖 㚁 ㆌ ㆌ ㆌ 㠌 ㅏ ㅔ ㅩ ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㅞ 㝛 ㅽ ㅽ ㆂ ㄱ 㠇 ㆇ ㆇ 㝖 㚁 ㆌ ㆌ ㆌ 㠌 㠑 㚆 ㅩ ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㆢ ㆢ 㝛 ㆧ ㆂ 㠖 㝡 㠛 㠠 㚁 㠦 㠬 ㆌ ㆌ 㚋 㠑 㚆 ㅩ ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㆢ ㆢ 㝛 ㆧ ㆂ 㠖 㝡 㠛 㠠 㚁 㠦 㠬 ㆌ ㆌ 㚋 㚆 ㆬ 㠱 ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㅸ ㅸ 㠶 ㆧ ㆧ 㠻 㚐 㝡 㡀 ㆱ 㡅 ㆶ 㡊 㚋 㡏 㚆 ㆬ 㠱 ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㅸ ㅸ 㠶 ㆧ ㆧ 㠻 㚐 㝡 㡀 ㆱ 㡅 ㆶ 㡊 㚋 㡏 㡔 ㆬ ㆻ ㆻ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 㡞 㚕 㡤 ㇰ 㡩 ㇵ 㚐 ㇺ ㇺ 㡮 ㆱ ㆱ ㆶ 㡳 ㇿ ㇿ 㡔 ㆬ ㆻ ㆻ 㡙 ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ 㡞 㚕 㡤 ㇰ 㡩 ㇵ 㚐 ㇺ ㇺ 㡮 ㆱ ㆱ ㆶ 㡳 ㇿ ㇿ 㡸 㡽 ㆻ 㢂 㢇 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 㚕 㐅 㢌 ㇰ ㇰ ㇵ 㢑 㚚 㐊 㐊 㢖 㢛 ㆶ 㢠 㐏 㐏 㡸 㡽 ㆻ 㢂 㢇 ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ 㚕 㐅 㢌 ㇰ ㇰ ㇵ 㢑 㚚 㐊 㐊 㢖 㢛 ㆶ 㢠 㐏 㐏 㢥 㚟 㢪 㢯 㢴 㐔 㢹 㢾 㐙 㣃 㣈 㣍 㣒 㚕 㐞 㐅 㣗 㐤 㐤 㣜 㚚 㐪 㐯 㐯 㐯 㐴 㐹 㐹 㐏 㣡 㢥 㚟 㢪 㢯 㢴 㐔 㢹 㢾 㐙 㣃 㣈 㣍 㣒 㚕 㐞 㐅 㣗 㐤 㐤 㣜 㚚 㐪 㐯 㐯 㐯 㐴 㐹 㐹 㐏 㣡 㚟 㐾 㐾 㣦 㐾 㐔 㑃 㑃 㐙 㐙 㐙 㐙 㐙 㐞 㐞 㑈 㑍 㑍 㣫 㑒 㑒 㐪 㚤 㐯 㐯 㐴 㣰 㚩 㑗 㑗 㚟 㐾 㐾 㣦 㐾 㐔 㑃 㑃 㐙 㐙 㐙 㐙 㐙 㐞 㐞 㑈 㑍 㑍 㣫 㑒 㑒 㐪 㚤 㐯 㐯 㐴 㣰 㚩 㑗 㑗 㣵 㐾 㐾 㣺 㐾 㑜 㣿 㑃 㤅 㑢 㐙 㑧 㑧 㑬 㝦 㑈 㤊 㑍 㑍 㑱 㑱 㚤 㑶 㑶 㑻 㑻 㚩 㚮 㤏 㒀 㣵 㐾 㐾 㣺 㐾 㑜 㣿 㑃 㤅 㑢 㐙 㑧 㑧 㑬 㝦 㑈 㤊 㑍 㑍 㑱 㑱 㚤 㑶 㑶 㑻 㑻 㚩 㚮 㤏 㒀 㤔 㤙 㐾 㐾 㐾 㑜 㤞 㚳 㤤 㑢 㚸 㒅 㤪 㑬 㒊 㝦 㤯 㤴 㑍 㒏 㒏 㤹 㤾 㑶 㑶 㚩 㚮 㒔 㒔 㒀 㤔 㤙 㐾 㐾 㐾 㑜 㤞 㚳 㤤 㑢 㚸 㒅 㤪 㑬 㒊 㝦 㤯 㤴 㑍 㒏 㒏 㤹 㤾 㑶 㑶 㚩 㚮 㒔 㒔 㒀 㥃 㐾 㐾 㒙 㑜 㑜 㚳 㝫 㚽 㚸 㥈 㒅 㥍 㒊 㒊 㥒 㝦 㛂 㥗 㥜 㒏 㒞 㥢 㒣 㒣 㒣 㥧 㒔 㥬 㒀 㥃 㐾 㐾 㒙 㑜 㑜 㚳 㝫 㚽 㚸 㥈 㒅 㥍 㒊 㒊 㥒 㝦 㛂 㥗 㥜 㒏 㒞 㥢 㒣 㒣 㒣 㥧 㒔 㥬 㒀 㥱 㒨 㒨 㒙 㒭 㒭 㒲 㚽 㝫 㥶 㒷 㝰 㒼 㒼 㛇 㥻 㛂 㦀 㦅 㦊 㒞 㒞 㒣 㒣 㦏 㓁 㓁 㓁 㓁 㓁 㥱 㒨 㒨 㒙 㒭 㒭 㒲 㚽 㝫 㥶 㒷 㝰 㒼 㒼 㛇 㥻 㛂 㦀 㦅 㦊 㒞 㒞 㒣 㒣 㦏 㓁 㓁 㓁 㓁 㓁 㒨 㒨 㦔 㦙 㛌 㦞 㒲 㝵 㓆 㓆 㒷 㛑 㝰 㛇 㓋 㓋 䩘 㓕 㓚 㓚 㒞 㦣 㓟 㦨 㦭 㝺 㦲 㝿 㓁 㦷 㒨 㒨 㦔 㦙 㛌 㦞 㒲 㝵 㓆 㓆 㒷 㛑 㝰 㛇 㓋 㓋 㓐 㓕 㓚 㓚 㒞 㦣 㓟 㦨 㦭 㝺 㦲 㝿 㓁 㦷 㒨 㓤 㓤 㛌 㓩 㓮 㓮 㦼 㝵 㛖 㛑 㓳 㓸 㓽 㧁 㧆 䩘 㓕 㓚 㛛 䩘 䩘 㓟 㔈 㔈 㧋 㝺 㧐 㝿 㛠 㒨 㓤 㓤 㛌 㓩 㓮 㓮 㦼 㝵 㛖 㛑 㓳 㓸 㓽 㧁 㧆 㓐 㓕 㓚 㛛 㔃 㔃 㓟 㔈 㔈 㧋 㝺 㧐 㝿 㛠 㧕 㛥 㛪 㔍 㓩 㧚 㔒 㔒 㛖 㧟 㓳 㓳 㓸 㓽 㧤 䩘 䩘 䩘 㛛 䩘 䩘 㓟 㓟 㧩 㧮 㔗 㔗 㝺 㛠 㔜 㧕 㛥 㛪 㔍 㓩 㧚 㔒 㔒 㛖 㧟 㓳 㓳 㓸 㓽 㧤 㓐 㓐 㓐 㛛 㔃 㔃 㓟 㓟 㧩 㧮 㔗 㔗 㝺 㛠 㔜 㛥 㛪 㔡 㔍 㔨 㔨 㔭 㔭 㔲 㔲 㓳 㓳 㔷 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㧳 㓟 㓟 㧸 㛯 㛴 㧽 㕁 㨃 㔜 㛥 㛪 㔡 㔍 㔨 㔨 㔭 㔭 㔲 㔲 㓳 㓳 㔷 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㧳 㓟 㓟 㧸 㛯 㛴 㧽 㕁 㨃 㔜 㔡 㔡 㔡 㔍 㨈 㕆 㕆 㕆 㨍 㔲 㓳 㔷 㔷 䩘 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㓟 㓟 㛯 㛴 㕁 㕁 㕁 㕁 㨗 㔡 㔡 㔡 㔍 㨈 㕆 㕆 㕆 㨍 㔲 㓳 㔷 㔷 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㨒 㓟 㓟 㛯 㛴 㕁 㕁 㕁 㕁 㨗 㔡 㨜 㕋 㕐 㕐 㨡 㕕 㨨 㕚 㕚 㕚 㔷 㛹 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㨭 㨲 㨷 㛴 㕟 㕥 㕪 㨼 㩁 㩆 㔡 㨜 㕋 㕐 㕐 㨡 㕕 㨨 㕚 㕚 㕚 㔷 㛹 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㨭 㨲 㨷 㛴 㕟 㕥 㕪 㨼 㩁 㩆 㔡 㩋 㕋 㩐 㕐 㩕 㕕 㕕 㕕 㕯 㕴 㛹 㩚 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㕹 㕹 㩟 㩥 㕟 㕥 㕪 㛾 㞄 㩪 㔡 㩋 㕋 㩐 㕐 㩕 㕕 㕕 㕕 㕯 㕴 㛹 㩚 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㕹 㕹 㩟 㩥 㕟 㕥 㕪 㛾 㞄 㩪 㩯 㩴 㕾 㞉 㩹 㩾 㕯 㕯 㕯 㕯 㕴 㪃 㪈 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㪍 㖃 㖃 㪒 㕟 㖈 㛾 㜄 㖍 㞄 㩯 㩴 㕾 㞉 㩹 㩾 㕯 㕯 㕯 㕯 㕴 㪃 㪈 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㪍 㖃 㖃 㪒 㕟 㖈 㛾 㜄 㖍 㞄 㖒 㪗 㕾 㖗 㞉 㖜 㖜 㕯 㖡 㕯 㪜 㪡 㖦 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㖫 㪦 㖃 㪫 㪰 㖈 㜄 㖍 㖍 㪵 㖒 㪗 㕾 㖗 㞉 㖜 㖜 㕯 㖡 㕯 㪜 㪡 㖦 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㖫 㪦 㖃 㪫 㪰 㖈 㜄 㖍 㖍 㪵 㖒 㖰 㖰 㖗 㪺 㞉 㪿 㫄 㖡 㖡 㫉 㖵 㖦 㖦 䩘 䩘 㖿 㖿 㖿 㖿 㖫 㞎 㗄 㗄 㗉 㗉 㞓 㖍 㫎 㗎 㖒 㖰 㖰 㖗 㪺 㞉 㪿 㫄 㖡 㖡 㫉 㖵 㖦 㖦 㖺 㖺 㖿 㖿 㖿 㖿 㖫 㞎 㗄 㗄 㗉 㗉 㞓 㖍 㫎 㗎 㖒 㖒 㫓 㞘 㜉 㗓 㗓 㜎 㖡 㗘 㗘 㖵 㫘 㫝 㗝 㗝 㫢 㫧 㜓 㜘 㫬 㗢 㞎 㗢 㗧 㗧 㞝 㞓 㫱 㗎 㖒 㖒 㫓 㞘 㜉 㗓 㗓 㜎 㖡 㗘 㗘 㖵 㫘 㫝 㗝 㗝 㫢 㫧 㜓 㜘 㫬 㗢 㞎 㗢 㗧 㗧 㞝 㞓 㫱 㗎 㫶 㖒 㖒 㜉 㞘 㫻 㜎 㗬 㗬 㗬 㜝 㗱 㗱 㗱 㗱 㗝 㗶 㜓 㜘 㬁 㬆 㗢 㗢 㗢 㗢 㗢 㬋 㞝 㞓 㗎 㫶 㖒 㖒 㜉 㞘 㫻 㜎 㗬 㗬 㗬 㜝 㗱 㗱 㗱 㗱 㗝 㗶 㜓 㜘 㬁 㬆 㗢 㗢 㗢 㗢 㗢 㬋 㞝 㞓 㗎 㬐 㬕 㬚 㜣 㞢 㬟 㬥 㗻 㗻 㜝 㘁 㘁 㬫 㘆 㘆 㬰 㗶 㗶 㜩 㬵 㬺 㘋 㘐 㘐 㜮 㬿 㘕 㘕 㗎 㗎 㬐 㬕 㬚 㜣 㞢 㬟 㬥 㗻 㗻 㜝 㘁 㘁 㬫 㘆 㘆 㬰 㗶 㗶 㜩 㬵 㬺 㘋 㘐 㘐 㜮 㬿 㘕 㘕 㗎 㗎 㭄 㘚 㜣 㜳 㭉 㞢 㭎 㘟 㘟 㭓 㘁 㘁 㘥 㘆 㘆 㘆 㭘 㜩 㘫 㭝 㘰 㘋 㘐 㜮 㭣 㭨 㘵 㘕 㘺 㘺 㭄 㘚 㜣 㜳 㭉 㞢 㭎 㘟 㘟 㭓 㘁 㘁 㘥 㘆 㘆 㘆 㭘 㜩 㘫 㭝 㘰 㘋 㘐 㜮 㭣 㭨 㘵 㘕 㘺 㘺 㘚 㘚 㜳 㜸 㘿 㘿 㭭 㙄 㙄 㭲 㘁 㜽 㘥 㭷 㝂 㙉 㙎 㙎 㘫 㭼 㘰 㮁 㜮 㮆 㘵 㘵 㘵 㘵 㮋 㝇 㘚 㘚 㜳 㜸 㘿 㘿 㭭 㙄 㙄 㭲 㘁 㜽 㘥 㭷 㝂 㙉 㙎 㙎 㘫 㭼 㘰 㮁 㜮 㮆 㘵 㘵 㘵 㘵 㮋 㝇 㮐 㮕 㜸 㮚 㮟 㘿 㮤 㙓 㮩 㮮 㜽 㙘 㙘 㝂 㙉 㙉 㙉 㙎 㞧 㝌 㘰 㘰 㙝 㮳 㙣 㙣 㘵 㙨 㝇 㮸 㮐 㮕 㜸 㮚 㮟 㘿 㮤 㙓 㮩 㮮 㜽 㙘 㙘 㝂 㙉 㙉 㙉 㙎 㞧 㝌 㘰 㘰 㙝 㮳 㙣 㙣 㘵 㙨 㝇 㮸 㮽 㯂 㯇 㯌 㯑 㯖 㙓 㙓 㙓 㙓 㯛 㙘 㙘 㙘 㙉 㯠 㯥 㯪 㝌 㞧 㯯 㙝 㙝 㙭 㙭 㯴 㙨 㙨 㯹 㯾 㮽 㯂 㯇 㯌 㯑 㯖 㙓 㙓 㙓 㙓 㯛 㙘 㙘 㙘 㙉 㯠 㯥 㯪 㝌 㞧 㯯 㙝 㙝 㙭 㙭 㯴 㙨 㙨 㯹 㯾  ___________________________________________________________  ___________________________________________________________ common(v('25094a63')*(trn+1)+in) common(v('25094a63')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 232.0). cc:0=cc(green, 232.0). cc:1=cc(cyan, 226.0). cc:1=cc(cyan, 184.0). cc:2=cc(purple, 194.0). cc:2=cc(red, 153.0). cc:3=cc(red, 153.0). cc:3=cc(purple, 149.0). cc:4=cc(blue, 95.0). cc:4=cc(blue, 95.0). cc:5=cc(yellow, 87.0). compare_objs1([perfect]). % Outline: 㐾 mass(11) color_count(green,11.0) size(4,4) loc_xy(2,9) rectangluar outline polygon layer(in) nth(478) % Outline: 㐾 mass(11) color_count(green,11.0) size(4,4) loc_xy(2,9) rectangluar outline polygon layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓟 mass(8) color_count(green,8.0) size(2,5) loc_xy(22,14) rectangluar polygon layer(in) nth(510) % Polygon: 㓟 mass(8) color_count(green,8.0) size(2,5) loc_xy(22,14) rectangluar polygon layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(7) color_count(purple,7.0) size(5,2) loc_xy(22,24) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(7) color_count(purple,7.0) size(5,2) loc_xy(22,24) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕯 mass(7) color_count(green,7.0) size(4,3) loc_xy(7,20) rectangluar polygon layer(in) nth(538) % Polygon: 㕯 mass(7) color_count(green,7.0) size(4,3) loc_xy(7,20) rectangluar polygon layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(7) color_count(cyan,7.0) size(5,3) loc_xy(9,8) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(7) color_count(cyan,7.0) size(5,3) loc_xy(9,8) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄱ mass(7) color_count(cyan,7.0) size(4,3) loc_xy(18,1) rectangluar polygon layer(in) nth(438) % Polygon: ㄱ mass(7) color_count(cyan,7.0) size(4,3) loc_xy(18,1) rectangluar polygon layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(6) color_count(green,6.0) size(4,3) loc_xy(25,27) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(6) color_count(green,6.0) size(4,3) loc_xy(25,27) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,22) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,22) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔡 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,17) rectangluar polygon layer(in) nth(523) % Polygon: 㔡 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,17) rectangluar polygon layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓳 mass(6) color_count(red,6.0) size(2,4) loc_xy(11,15) rectangluar polygon layer(in) nth(514) % Polygon: 㓳 mass(6) color_count(red,6.0) size(2,4) loc_xy(11,15) rectangluar polygon layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(6) color_count(green,6.0) size(5,2) loc_xy(26,13) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(6) color_count(green,6.0) size(5,2) loc_xy(26,13) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙘 mass(5) color_count(green,5.0) size(3,2) loc_xy(12,29) rectangluar polygon layer(in) nth(584) % Polygon: 㙘 mass(5) color_count(green,5.0) size(3,2) loc_xy(12,29) rectangluar polygon layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙓 mass(5) color_count(green,5.0) size(4,2) loc_xy(7,29) rectangluar polygon layer(in) nth(583) % Polygon: 㙓 mass(5) color_count(green,5.0) size(4,2) loc_xy(7,29) rectangluar polygon layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(5) color_count(red,5.0) size(3,3) loc_xy(15,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(5) color_count(red,5.0) size(3,3) loc_xy(15,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(5) color_count(purple,5.0) size(3,2) loc_xy(14,26) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(5) color_count(purple,5.0) size(3,2) loc_xy(14,26) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(5) color_count(purple,5.0) size(2,3) loc_xy(11,26) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(5) color_count(purple,5.0) size(2,3) loc_xy(11,26) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(5) color_count(green,5.0) size(2,4) loc_xy(29,23) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(5) color_count(green,5.0) size(2,4) loc_xy(29,23) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕁 mass(5) color_count(red,5.0) size(4,2) loc_xy(26,17) rectangluar polygon layer(in) nth(529) % Polygon: 㕁 mass(5) color_count(red,5.0) size(4,2) loc_xy(26,17) rectangluar polygon layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒨 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(in) nth(499) % Polygon: 㒨 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒣 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(23,12) rectangluar polygon layer(in) nth(498) % Polygon: 㒣 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(23,12) rectangluar polygon layer(out) nth(498) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(5) color_count(green,5.0) size(3,3) loc_xy(17,9) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(5) color_count(green,5.0) size(3,3) loc_xy(17,9) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐯 mass(5) color_count(green,5.0) size(3,2) loc_xy(23,8) rectangluar polygon layer(in) nth(475) % Polygon: 㐯 mass(5) color_count(green,5.0) size(3,2) loc_xy(23,8) rectangluar polygon layer(out) nth(475) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆌ mass(5) color_count(green,5.0) size(3,2) loc_xy(27,3) rectangluar polygon layer(in) nth(456) % Polygon: ㆌ mass(5) color_count(green,5.0) size(3,2) loc_xy(27,3) rectangluar polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅸ mass(5) color_count(green,5.0) size(3,3) loc_xy(15,3) rectangluar polygon layer(in) nth(452) % Polygon: ㅸ mass(5) color_count(green,5.0) size(3,3) loc_xy(15,3) rectangluar polygon layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅙ mass(5) color_count(red,5.0) size(2,4) loc_xy(4,2) rectangluar polygon layer(in) nth(446) % Polygon: ㅙ mass(5) color_count(red,5.0) size(2,4) loc_xy(4,2) rectangluar polygon layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘰 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(21,27) rectangluar polygon layer(in) nth(576) % Polygon: 㘰 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(21,27) rectangluar polygon layer(out) nth(576) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗱 mass(4) color_count(green,4.0) size(4,1) loc_xy(12,25) hv_line(h) nonsquare filled_squared layer(in) nth(564) % Hv_Line(h): 㗱 mass(4) color_count(green,4.0) size(4,1) loc_xy(12,25) hv_line(h) nonsquare filled_squared layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖿 mass(4) color_count(red,4.0) size(4,1) loc_xy(17,23) hv_line(h) nonsquare filled_squared layer(in) nth(554) % Hv_Line(h): 㖿 mass(4) color_count(red,4.0) size(4,1) loc_xy(17,23) hv_line(h) nonsquare filled_squared layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖡 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(9,22) rectangluar polygon layer(in) nth(548) % Polygon: 㖡 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(9,22) rectangluar polygon layer(out) nth(548) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(4) color_count(green,4.0) size(2,3) loc_xy(28,21) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(4) color_count(green,4.0) size(2,3) loc_xy(28,21) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕕 mass(4) color_count(purple,4.0) size(3,2) loc_xy(7,19) rectangluar polygon layer(in) nth(533) % Polygon: 㕕 mass(4) color_count(purple,4.0) size(3,2) loc_xy(7,19) rectangluar polygon layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔷 mass(4) color_count(green,4.0) size(2,3) loc_xy(12,17) rectangluar polygon layer(in) nth(527) % Polygon: 㔷 mass(4) color_count(green,4.0) size(2,3) loc_xy(12,17) rectangluar polygon layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒞 mass(4) color_count(green,4.0) size(2,3) loc_xy(21,12) rectangluar polygon layer(in) nth(497) % Polygon: 㒞 mass(4) color_count(green,4.0) size(2,3) loc_xy(21,12) rectangluar polygon layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑶 mass(4) color_count(purple,4.0) size(3,2) loc_xy(23,10) rectangluar polygon layer(in) nth(489) % Polygon: 㑶 mass(4) color_count(purple,4.0) size(3,2) loc_xy(23,10) rectangluar polygon layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑜 mass(4) color_count(red,4.0) size(2,3) loc_xy(5,10) rectangluar polygon layer(in) nth(484) % Polygon: 㑜 mass(4) color_count(red,4.0) size(2,3) loc_xy(5,10) rectangluar polygon layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄟ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(4,1) hv_line(h) nonsquare filled_squared layer(in) nth(435) % Hv_Line(h): ㄟ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(4,1) hv_line(h) nonsquare filled_squared layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞓 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,23) rectangluar polygon layer(in) nth(646) % Polygon: 㞓 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,23) rectangluar polygon layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(4,21) rectangluar polygon layer(in) nth(644) % Polygon: 㞉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(4,21) rectangluar polygon layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝺 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,14) rectangluar polygon layer(in) nth(641) % Polygon: 㝺 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,14) rectangluar polygon layer(out) nth(641) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝦 mass(3) color_count(green,3.0) size(3,3) loc_xy(15,10) rectangluar polygon layer(in) nth(637) % Polygon: 㝦 mass(3) color_count(green,3.0) size(3,3) loc_xy(15,10) rectangluar polygon layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜮 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(23,26) rectangluar polygon layer(in) nth(626) % Polygon: 㜮 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(23,26) rectangluar polygon layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛴 mass(3) color_count(green,3.0) size(3,3) loc_xy(24,17) rectangluar polygon layer(in) nth(615) % Polygon: 㛴 mass(3) color_count(green,3.0) size(3,3) loc_xy(24,17) rectangluar polygon layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚩 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,9) rectangluar polygon layer(in) nth(600) % Polygon: 㚩 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,9) rectangluar polygon layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚕 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(14,6) rectangluar polygon layer(in) nth(596) % Polygon: 㚕 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(14,6) rectangluar polygon layer(out) nth(596) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙨 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(27,29) rectangluar polygon layer(in) nth(587) % Polygon: 㙨 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(27,29) rectangluar polygon layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙝 mass(3) color_count(green,3.0) size(2,2) loc_xy(22,29) rectangluar polygon layer(in) nth(585) % Polygon: 㙝 mass(3) color_count(green,3.0) size(2,2) loc_xy(22,29) rectangluar polygon layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(3) color_count(blue,3.0) size(2,2) loc_xy(17,28) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(3) color_count(blue,3.0) size(2,2) loc_xy(17,28) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,28) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,28) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,27) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,27) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(3) color_count(red,3.0) size(2,2) loc_xy(27,26) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(3) color_count(red,3.0) size(2,2) loc_xy(27,26) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(3) color_count(green,3.0) size(2,2) loc_xy(23,26) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(3) color_count(green,3.0) size(2,2) loc_xy(23,26) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(3) color_count(green,3.0) size(2,2) loc_xy(17,25) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(3) color_count(green,3.0) size(2,2) loc_xy(17,25) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗬 mass(3) color_count(green,3.0) size(3,1) loc_xy(8,25) hv_line(h) nonsquare filled_squared layer(in) nth(563) % Hv_Line(h): 㗬 mass(3) color_count(green,3.0) size(3,1) loc_xy(8,25) hv_line(h) nonsquare filled_squared layer(out) nth(563) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(3) color_count(red,3.0) size(2,2) loc_xy(15,24) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(3) color_count(red,3.0) size(2,2) loc_xy(15,24) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(3) color_count(green,3.0) size(2,2) loc_xy(13,22) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(3) color_count(green,3.0) size(2,2) loc_xy(13,22) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,21) rectangluar polygon layer(in) nth(542) % Polygon: 㖃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,21) rectangluar polygon layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕟 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(25,19) nonsquare hv_line(v) filled_squared layer(in) nth(535) % Hv_Line(v): 㕟 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(25,19) nonsquare hv_line(v) filled_squared layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕚 mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,19) hv_line(h) nonsquare filled_squared layer(in) nth(534) % Hv_Line(h): 㕚 mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,19) hv_line(h) nonsquare filled_squared layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕐 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,19) rectangluar polygon layer(in) nth(532) % Polygon: 㕐 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,19) rectangluar polygon layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕆 mass(3) color_count(red,3.0) size(3,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(in) nth(530) % Hv_Line(h): 㕆 mass(3) color_count(red,3.0) size(3,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔲 mass(3) color_count(green,3.0) size(2,2) loc_xy(9,17) rectangluar polygon layer(in) nth(526) % Polygon: 㔲 mass(3) color_count(green,3.0) size(2,2) loc_xy(9,17) rectangluar polygon layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔍 mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,16) nonsquare hv_line(v) filled_squared layer(in) nth(519) % Hv_Line(v): 㔍 mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,16) nonsquare hv_line(v) filled_squared layer(out) nth(519) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(19,14) rectangluar polygon layer(in) nth(509) % Polygon: 㓚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(19,14) rectangluar polygon layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒔 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(28,11) rectangluar polygon layer(in) nth(495) % Polygon: 㒔 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(28,11) rectangluar polygon layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒏 mass(3) color_count(purple,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(in) nth(494) % Polygon: 㒏 mass(3) color_count(purple,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒊 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,11) rectangluar polygon layer(in) nth(493) % Polygon: 㒊 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,11) rectangluar polygon layer(out) nth(493) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒀 mass(3) color_count(purple,3.0) size(1,3) loc_xy(30,10) nonsquare hv_line(v) filled_squared layer(in) nth(491) % Hv_Line(v): 㒀 mass(3) color_count(purple,3.0) size(1,3) loc_xy(30,10) nonsquare hv_line(v) filled_squared layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑃 mass(3) color_count(red,3.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(in) nth(479) % Polygon: 㑃 mass(3) color_count(red,3.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,8) rectangluar polygon layer(in) nth(472) % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,8) rectangluar polygon layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐏 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(in) nth(469) % Polygon: 㐏 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇰ mass(3) color_count(green,3.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(in) nth(463) % Polygon: ㇰ mass(3) color_count(green,3.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,6) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,6) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆶ mass(3) color_count(green,3.0) size(1,3) loc_xy(27,5) nonsquare hv_line(v) filled_squared layer(in) nth(461) % Hv_Line(v): ㆶ mass(3) color_count(green,3.0) size(1,3) loc_xy(27,5) nonsquare hv_line(v) filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆱ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(25,5) rectangluar polygon layer(in) nth(460) % Polygon: ㆱ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(25,5) rectangluar polygon layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆧ mass(3) color_count(blue,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(in) nth(458) % Polygon: ㆧ mass(3) color_count(blue,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅮ mass(3) color_count(green,3.0) size(1,3) loc_xy(5,3) nonsquare hv_line(v) filled_squared layer(in) nth(450) % Hv_Line(v): ㅮ mass(3) color_count(green,3.0) size(1,3) loc_xy(5,3) nonsquare hv_line(v) filled_squared layer(out) nth(450) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅔ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) rectangluar polygon layer(in) nth(445) % Polygon: ㅔ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) rectangluar polygon layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞧 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(650) % Polygon: 㞧 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞢 mass(2) color_count(red,2.0) size(2,2) loc_xy(5,26) rectangluar polygon layer(in) nth(649) % Polygon: 㞢 mass(2) color_count(red,2.0) size(2,2) loc_xy(5,26) rectangluar polygon layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞝 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,24) rectangluar polygon layer(in) nth(648) % Polygon: 㞝 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,24) rectangluar polygon layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(in) nth(647) % Polygon: 㞘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞎 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,23) rectangluar polygon layer(in) nth(645) % Polygon: 㞎 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,23) rectangluar polygon layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞄 mass(2) color_count(red,2.0) size(2,2) loc_xy(29,20) rectangluar polygon layer(in) nth(643) % Polygon: 㞄 mass(2) color_count(red,2.0) size(2,2) loc_xy(29,20) rectangluar polygon layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝿 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,14) rectangluar polygon layer(in) nth(642) % Polygon: 㝿 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,14) rectangluar polygon layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(in) nth(640) % Polygon: 㝵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝰 mass(2) color_count(red,2.0) size(2,2) loc_xy(12,13) rectangluar polygon layer(in) nth(639) % Polygon: 㝰 mass(2) color_count(red,2.0) size(2,2) loc_xy(12,13) rectangluar polygon layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(in) nth(638) % Polygon: 㝫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,4) rectangluar polygon layer(in) nth(636) % Polygon: 㝡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,4) rectangluar polygon layer(out) nth(636) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝛 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(in) nth(635) % Polygon: 㝛 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝖 mass(2) color_count(green,2.0) size(2,2) loc_xy(24,2) rectangluar polygon layer(in) nth(634) % Polygon: 㝖 mass(2) color_count(green,2.0) size(2,2) loc_xy(24,2) rectangluar polygon layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝑 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,1) rectangluar polygon layer(in) nth(633) % Polygon: 㝑 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,1) rectangluar polygon layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝌 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(632) % Polygon: 㝌 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝇 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(in) nth(631) % Polygon: 㝇 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝂 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(in) nth(630) % Polygon: 㝂 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜽 mass(2) color_count(red,2.0) size(2,2) loc_xy(11,28) rectangluar polygon layer(in) nth(629) % Polygon: 㜽 mass(2) color_count(red,2.0) size(2,2) loc_xy(11,28) rectangluar polygon layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜸 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(3,28) rectangluar polygon layer(in) nth(628) % Polygon: 㜸 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(3,28) rectangluar polygon layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,27) rectangluar polygon layer(in) nth(627) % Polygon: 㜳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,27) rectangluar polygon layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜩 mass(2) color_count(purple,2.0) size(2,2) loc_xy(18,26) rectangluar polygon layer(in) nth(625) % Polygon: 㜩 mass(2) color_count(purple,2.0) size(2,2) loc_xy(18,26) rectangluar polygon layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜣 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,26) rectangluar polygon layer(in) nth(624) % Polygon: 㜣 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,26) rectangluar polygon layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜝 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(10,25) rectangluar polygon layer(in) nth(623) % Polygon: 㜝 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(10,25) rectangluar polygon layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜘 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,24) rectangluar polygon layer(in) nth(622) % Polygon: 㜘 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,24) rectangluar polygon layer(out) nth(622) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜓 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(in) nth(621) % Polygon: 㜓 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜎 mass(2) color_count(red,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(in) nth(620) % Polygon: 㜎 mass(2) color_count(red,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜉 mass(2) color_count(blue,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(in) nth(619) % Polygon: 㜉 mass(2) color_count(blue,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜄 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,21) rectangluar polygon layer(in) nth(618) % Polygon: 㜄 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,21) rectangluar polygon layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛾 mass(2) color_count(green,2.0) size(2,2) loc_xy(27,20) rectangluar polygon layer(in) nth(617) % Polygon: 㛾 mass(2) color_count(green,2.0) size(2,2) loc_xy(27,20) rectangluar polygon layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛹 mass(2) color_count(blue,2.0) size(2,2) loc_xy(12,19) rectangluar polygon layer(in) nth(616) % Polygon: 㛹 mass(2) color_count(blue,2.0) size(2,2) loc_xy(12,19) rectangluar polygon layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛯 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,17) rectangluar polygon layer(in) nth(614) % Polygon: 㛯 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,17) rectangluar polygon layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛪 mass(2) color_count(blue,2.0) size(2,2) loc_xy(2,16) rectangluar polygon layer(in) nth(613) % Polygon: 㛪 mass(2) color_count(blue,2.0) size(2,2) loc_xy(2,16) rectangluar polygon layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,16) rectangluar polygon layer(in) nth(612) % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,16) rectangluar polygon layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛠 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,15) rectangluar polygon layer(in) nth(611) % Polygon: 㛠 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,15) rectangluar polygon layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛛 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,15) rectangluar polygon layer(in) nth(610) % Polygon: 㛛 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,15) rectangluar polygon layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛖 mass(2) color_count(blue,2.0) size(2,2) loc_xy(9,15) rectangluar polygon layer(in) nth(609) % Polygon: 㛖 mass(2) color_count(blue,2.0) size(2,2) loc_xy(9,15) rectangluar polygon layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛑 mass(2) color_count(green,2.0) size(2,2) loc_xy(11,14) rectangluar polygon layer(in) nth(608) % Polygon: 㛑 mass(2) color_count(green,2.0) size(2,2) loc_xy(11,14) rectangluar polygon layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,14) rectangluar polygon layer(in) nth(607) % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,14) rectangluar polygon layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛇 mass(2) color_count(blue,2.0) size(2,2) loc_xy(14,13) rectangluar polygon layer(in) nth(606) % Polygon: 㛇 mass(2) color_count(blue,2.0) size(2,2) loc_xy(14,13) rectangluar polygon layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛂 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,12) rectangluar polygon layer(in) nth(605) % Polygon: 㛂 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,12) rectangluar polygon layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚽 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(in) nth(604) % Polygon: 㚽 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,11) rectangluar polygon layer(in) nth(603) % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,11) rectangluar polygon layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,11) rectangluar polygon layer(in) nth(602) % Polygon: 㚳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,11) rectangluar polygon layer(out) nth(602) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚮 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,10) rectangluar polygon layer(in) nth(601) % Polygon: 㚮 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,10) rectangluar polygon layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚤 mass(2) color_count(blue,2.0) size(2,2) loc_xy(22,9) rectangluar polygon layer(in) nth(599) % Polygon: 㚤 mass(2) color_count(blue,2.0) size(2,2) loc_xy(22,9) rectangluar polygon layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(in) nth(598) % Polygon: 㚟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,7) rectangluar polygon layer(in) nth(597) % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,7) rectangluar polygon layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,5) rectangluar polygon layer(in) nth(595) % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,5) rectangluar polygon layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚋 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,4) rectangluar polygon layer(in) nth(594) % Polygon: 㚋 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,4) rectangluar polygon layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚆 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,4) rectangluar polygon layer(in) nth(593) % Polygon: 㚆 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,4) rectangluar polygon layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚁 mass(2) color_count(red,2.0) size(2,2) loc_xy(25,3) rectangluar polygon layer(in) nth(592) % Polygon: 㚁 mass(2) color_count(red,2.0) size(2,2) loc_xy(25,3) rectangluar polygon layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙼 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,1) rectangluar polygon layer(in) nth(591) % Polygon: 㙼 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,1) rectangluar polygon layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(in) nth(590) % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙲 mass(2) color_count(green,2.0) size(2,2) loc_xy(13,1) rectangluar polygon layer(in) nth(589) % Polygon: 㙲 mass(2) color_count(green,2.0) size(2,2) loc_xy(13,1) rectangluar polygon layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙭 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,30) hv_line(h) nonsquare filled_squared layer(in) nth(588) % Hv_Line(h): 㙭 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,30) hv_line(h) nonsquare filled_squared layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙣 mass(2) color_count(purple,2.0) size(2,1) loc_xy(25,29) hv_line(h) nonsquare filled_squared layer(in) nth(586) % Hv_Line(h): 㙣 mass(2) color_count(purple,2.0) size(2,1) loc_xy(25,29) hv_line(h) nonsquare filled_squared layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙄 mass(2) color_count(red,2.0) size(2,1) loc_xy(8,28) hv_line(h) nonsquare filled_squared layer(in) nth(580) % Hv_Line(h): 㙄 mass(2) color_count(red,2.0) size(2,1) loc_xy(8,28) hv_line(h) nonsquare filled_squared layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㘺 mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,27) hv_line(h) nonsquare filled_squared layer(in) nth(578) % Hv_Line(h): 㘺 mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,27) hv_line(h) nonsquare filled_squared layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘫 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(19,27) nonsquare hv_line(v) filled_squared layer(in) nth(575) % Hv_Line(v): 㘫 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(19,27) nonsquare hv_line(v) filled_squared layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,27) nonsquare hv_line(v) filled_squared layer(in) nth(574) % Hv_Line(v): 㘥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,27) nonsquare hv_line(v) filled_squared layer(out) nth(574) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㘟 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,27) hv_line(h) nonsquare filled_squared layer(in) nth(573) % Hv_Line(h): 㘟 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,27) hv_line(h) nonsquare filled_squared layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(22,26) nonsquare hv_line(v) filled_squared layer(in) nth(569) % Hv_Line(v): 㘋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(22,26) nonsquare hv_line(v) filled_squared layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗻 mass(2) color_count(purple,2.0) size(2,1) loc_xy(8,26) hv_line(h) nonsquare filled_squared layer(in) nth(566) % Hv_Line(h): 㗻 mass(2) color_count(purple,2.0) size(2,1) loc_xy(8,26) hv_line(h) nonsquare filled_squared layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,24) hv_line(h) nonsquare filled_squared layer(in) nth(562) % Hv_Line(h): 㗧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,24) hv_line(h) nonsquare filled_squared layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗘 mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,24) hv_line(h) nonsquare filled_squared layer(in) nth(559) % Hv_Line(h): 㗘 mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,24) hv_line(h) nonsquare filled_squared layer(out) nth(559) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗓 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,24) hv_line(h) nonsquare filled_squared layer(in) nth(558) % Hv_Line(h): 㗓 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,24) hv_line(h) nonsquare filled_squared layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗉 mass(2) color_count(green,2.0) size(2,1) loc_xy(25,23) hv_line(h) nonsquare filled_squared layer(in) nth(556) % Hv_Line(h): 㗉 mass(2) color_count(green,2.0) size(2,1) loc_xy(25,23) hv_line(h) nonsquare filled_squared layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗄 mass(2) color_count(blue,2.0) size(2,1) loc_xy(23,23) hv_line(h) nonsquare filled_squared layer(in) nth(555) % Hv_Line(h): 㗄 mass(2) color_count(blue,2.0) size(2,1) loc_xy(23,23) hv_line(h) nonsquare filled_squared layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖵 mass(2) color_count(blue,2.0) size(1,2) loc_xy(12,23) nonsquare hv_line(v) filled_squared layer(in) nth(552) % Hv_Line(v): 㖵 mass(2) color_count(blue,2.0) size(1,2) loc_xy(12,23) nonsquare hv_line(v) filled_squared layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖰 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,23) hv_line(h) nonsquare filled_squared layer(in) nth(551) % Hv_Line(h): 㖰 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,23) hv_line(h) nonsquare filled_squared layer(out) nth(551) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖫 mass(2) color_count(green,2.0) size(1,2) loc_xy(21,22) nonsquare hv_line(v) filled_squared layer(in) nth(550) % Hv_Line(v): 㖫 mass(2) color_count(green,2.0) size(1,2) loc_xy(21,22) nonsquare hv_line(v) filled_squared layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖜 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,22) hv_line(h) nonsquare filled_squared layer(in) nth(547) % Hv_Line(h): 㖜 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,22) hv_line(h) nonsquare filled_squared layer(out) nth(547) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖗 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,22) nonsquare hv_line(v) filled_squared layer(in) nth(546) % Hv_Line(v): 㖗 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,22) nonsquare hv_line(v) filled_squared layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖈 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,21) nonsquare hv_line(v) filled_squared layer(in) nth(543) % Hv_Line(v): 㖈 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,21) nonsquare hv_line(v) filled_squared layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕾 mass(2) color_count(green,2.0) size(1,2) loc_xy(3,21) nonsquare hv_line(v) filled_squared layer(in) nth(541) % Hv_Line(v): 㕾 mass(2) color_count(green,2.0) size(1,2) loc_xy(3,21) nonsquare hv_line(v) filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕹 mass(2) color_count(green,2.0) size(2,1) loc_xy(21,20) hv_line(h) nonsquare filled_squared layer(in) nth(540) % Hv_Line(h): 㕹 mass(2) color_count(green,2.0) size(2,1) loc_xy(21,20) hv_line(h) nonsquare filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕴 mass(2) color_count(red,2.0) size(1,2) loc_xy(11,20) nonsquare hv_line(v) filled_squared layer(in) nth(539) % Hv_Line(v): 㕴 mass(2) color_count(red,2.0) size(1,2) loc_xy(11,20) nonsquare hv_line(v) filled_squared layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,19) nonsquare hv_line(v) filled_squared layer(in) nth(537) % Hv_Line(v): 㕪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,19) nonsquare hv_line(v) filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕥 mass(2) color_count(green,2.0) size(1,2) loc_xy(26,19) nonsquare hv_line(v) filled_squared layer(in) nth(536) % Hv_Line(v): 㕥 mass(2) color_count(green,2.0) size(1,2) loc_xy(26,19) nonsquare hv_line(v) filled_squared layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(3,19) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(3,19) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(7,17) hv_line(h) nonsquare filled_squared layer(in) nth(525) % Hv_Line(h): 㔭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(7,17) hv_line(h) nonsquare filled_squared layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔨 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,17) hv_line(h) nonsquare filled_squared layer(in) nth(524) % Hv_Line(h): 㔨 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,17) hv_line(h) nonsquare filled_squared layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔜 mass(2) color_count(red,2.0) size(1,2) loc_xy(30,16) nonsquare hv_line(v) filled_squared layer(in) nth(522) % Hv_Line(v): 㔜 mass(2) color_count(red,2.0) size(1,2) loc_xy(30,16) nonsquare hv_line(v) filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔗 mass(2) color_count(red,2.0) size(2,1) loc_xy(26,16) hv_line(h) nonsquare filled_squared layer(in) nth(521) % Hv_Line(h): 㔗 mass(2) color_count(red,2.0) size(2,1) loc_xy(26,16) hv_line(h) nonsquare filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔒 mass(2) color_count(red,2.0) size(2,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(in) nth(520) % Hv_Line(h): 㔒 mass(2) color_count(red,2.0) size(2,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔈 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,15) hv_line(h) nonsquare filled_squared layer(in) nth(518) % Hv_Line(h): 㔈 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,15) hv_line(h) nonsquare filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(14,15) nonsquare hv_line(v) filled_squared layer(in) nth(516) % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(14,15) nonsquare hv_line(v) filled_squared layer(out) nth(516) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓸 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,15) nonsquare hv_line(v) filled_squared layer(in) nth(515) % Hv_Line(v): 㓸 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,15) nonsquare hv_line(v) filled_squared layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓮 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,15) hv_line(h) nonsquare filled_squared layer(in) nth(513) % Hv_Line(h): 㓮 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,15) hv_line(h) nonsquare filled_squared layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓩 mass(2) color_count(red,2.0) size(1,2) loc_xy(5,15) nonsquare hv_line(v) filled_squared layer(in) nth(512) % Hv_Line(v): 㓩 mass(2) color_count(red,2.0) size(1,2) loc_xy(5,15) nonsquare hv_line(v) filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓤 mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(in) nth(511) % Hv_Line(h): 㓤 mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓕 mass(2) color_count(green,2.0) size(1,2) loc_xy(18,14) nonsquare hv_line(v) filled_squared layer(in) nth(508) % Hv_Line(v): 㓕 mass(2) color_count(green,2.0) size(1,2) loc_xy(18,14) nonsquare hv_line(v) filled_squared layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓋 mass(2) color_count(purple,2.0) size(2,1) loc_xy(15,14) hv_line(h) nonsquare filled_squared layer(in) nth(506) % Hv_Line(h): 㓋 mass(2) color_count(purple,2.0) size(2,1) loc_xy(15,14) hv_line(h) nonsquare filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓆 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,14) hv_line(h) nonsquare filled_squared layer(in) nth(505) % Hv_Line(h): 㓆 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,14) hv_line(h) nonsquare filled_squared layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒼 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,13) hv_line(h) nonsquare filled_squared layer(in) nth(503) % Hv_Line(h): 㒼 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,13) hv_line(h) nonsquare filled_squared layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒷 mass(2) color_count(blue,2.0) size(1,2) loc_xy(11,13) nonsquare hv_line(v) filled_squared layer(in) nth(502) % Hv_Line(v): 㒷 mass(2) color_count(blue,2.0) size(1,2) loc_xy(11,13) nonsquare hv_line(v) filled_squared layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒲 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,13) nonsquare hv_line(v) filled_squared layer(in) nth(501) % Hv_Line(v): 㒲 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,13) nonsquare hv_line(v) filled_squared layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,13) hv_line(h) nonsquare filled_squared layer(in) nth(500) % Hv_Line(h): 㒭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,13) hv_line(h) nonsquare filled_squared layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(in) nth(496) % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(496) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒅 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(12,11) nonsquare hv_line(v) filled_squared layer(in) nth(492) % Hv_Line(v): 㒅 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(12,11) nonsquare hv_line(v) filled_squared layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑻 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,10) hv_line(h) nonsquare filled_squared layer(in) nth(490) % Hv_Line(h): 㑻 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,10) hv_line(h) nonsquare filled_squared layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑱 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,10) hv_line(h) nonsquare filled_squared layer(in) nth(488) % Hv_Line(h): 㑱 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,10) hv_line(h) nonsquare filled_squared layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑬 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(14,10) nonsquare hv_line(v) filled_squared layer(in) nth(487) % Hv_Line(v): 㑬 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(14,10) nonsquare hv_line(v) filled_squared layer(out) nth(487) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,10) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,10) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑢 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,10) nonsquare hv_line(v) filled_squared layer(in) nth(485) % Hv_Line(v): 㑢 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,10) nonsquare hv_line(v) filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑗 mass(2) color_count(green,2.0) size(2,1) loc_xy(29,9) hv_line(h) nonsquare filled_squared layer(in) nth(483) % Hv_Line(h): 㑗 mass(2) color_count(green,2.0) size(2,1) loc_xy(29,9) hv_line(h) nonsquare filled_squared layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑒 mass(2) color_count(red,2.0) size(2,1) loc_xy(20,9) hv_line(h) nonsquare filled_squared layer(in) nth(482) % Hv_Line(h): 㑒 mass(2) color_count(red,2.0) size(2,1) loc_xy(20,9) hv_line(h) nonsquare filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(2) color_count(purple,2.0) size(1,2) loc_xy(16,9) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(2) color_count(purple,2.0) size(1,2) loc_xy(16,9) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐹 mass(2) color_count(red,2.0) size(2,1) loc_xy(27,8) hv_line(h) nonsquare filled_squared layer(in) nth(477) % Hv_Line(h): 㐹 mass(2) color_count(red,2.0) size(2,1) loc_xy(27,8) hv_line(h) nonsquare filled_squared layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐴 mass(2) color_count(purple,2.0) size(1,2) loc_xy(26,8) nonsquare hv_line(v) filled_squared layer(in) nth(476) % Hv_Line(v): 㐴 mass(2) color_count(purple,2.0) size(1,2) loc_xy(26,8) nonsquare hv_line(v) filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,8) nonsquare hv_line(v) filled_squared layer(in) nth(474) % Hv_Line(v): 㐪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,8) nonsquare hv_line(v) filled_squared layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐤 mass(2) color_count(red,2.0) size(2,1) loc_xy(18,8) hv_line(h) nonsquare filled_squared layer(in) nth(473) % Hv_Line(h): 㐤 mass(2) color_count(red,2.0) size(2,1) loc_xy(18,8) hv_line(h) nonsquare filled_squared layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐔 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(6,8) nonsquare hv_line(v) filled_squared layer(in) nth(470) % Hv_Line(v): 㐔 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(6,8) nonsquare hv_line(v) filled_squared layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐊 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,7) hv_line(h) nonsquare filled_squared layer(in) nth(468) % Hv_Line(h): 㐊 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,7) hv_line(h) nonsquare filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐅 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,7) nonsquare hv_line(v) filled_squared layer(in) nth(467) % Hv_Line(v): 㐅 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,7) nonsquare hv_line(v) filled_squared layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇿ mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,6) hv_line(h) nonsquare filled_squared layer(in) nth(466) % Hv_Line(h): ㇿ mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,6) hv_line(h) nonsquare filled_squared layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇺ mass(2) color_count(purple,2.0) size(2,1) loc_xy(22,6) hv_line(h) nonsquare filled_squared layer(in) nth(465) % Hv_Line(h): ㇺ mass(2) color_count(purple,2.0) size(2,1) loc_xy(22,6) hv_line(h) nonsquare filled_squared layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇵ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,6) nonsquare hv_line(v) filled_squared layer(in) nth(464) % Hv_Line(v): ㇵ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,6) nonsquare hv_line(v) filled_squared layer(out) nth(464) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆬ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(in) nth(459) % Hv_Line(v): ㆬ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆢ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,4) hv_line(h) nonsquare filled_squared layer(in) nth(457) % Hv_Line(h): ㆢ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,4) hv_line(h) nonsquare filled_squared layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,3) hv_line(h) nonsquare filled_squared layer(in) nth(455) % Hv_Line(h): ㆇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,3) hv_line(h) nonsquare filled_squared layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆂ mass(2) color_count(red,2.0) size(1,2) loc_xy(20,3) nonsquare hv_line(v) filled_squared layer(in) nth(454) % Hv_Line(v): ㆂ mass(2) color_count(red,2.0) size(1,2) loc_xy(20,3) nonsquare hv_line(v) filled_squared layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅽ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,3) hv_line(h) nonsquare filled_squared layer(in) nth(453) % Hv_Line(h): ㅽ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,3) hv_line(h) nonsquare filled_squared layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅩ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,3) nonsquare hv_line(v) filled_squared layer(in) nth(449) % Hv_Line(v): ㅩ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,3) nonsquare hv_line(v) filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,2) hv_line(h) nonsquare filled_squared layer(in) nth(448) % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,2) hv_line(h) nonsquare filled_squared layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅞ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(16,2) nonsquare hv_line(v) filled_squared layer(in) nth(447) % Hv_Line(v): ㅞ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(16,2) nonsquare hv_line(v) filled_squared layer(out) nth(447) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅏ mass(2) color_count(red,2.0) size(1,2) loc_xy(1,2) nonsquare hv_line(v) filled_squared layer(in) nth(444) % Hv_Line(v): ㅏ mass(2) color_count(red,2.0) size(1,2) loc_xy(1,2) nonsquare hv_line(v) filled_squared layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅊ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(in) nth(443) % Hv_Line(h): ㅊ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(out) nth(443) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅅ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(in) nth(442) % Hv_Line(v): ㅅ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(26,1) nonsquare hv_line(v) filled_squared layer(in) nth(441) % Hv_Line(v): ㅀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(26,1) nonsquare hv_line(v) filled_squared layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄻ mass(2) color_count(purple,2.0) size(2,1) loc_xy(24,1) hv_line(h) nonsquare filled_squared layer(in) nth(440) % Hv_Line(h): ㄻ mass(2) color_count(purple,2.0) size(2,1) loc_xy(24,1) hv_line(h) nonsquare filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄶ mass(2) color_count(green,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(in) nth(439) % Hv_Line(h): ㄶ mass(2) color_count(green,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄫ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,1) nonsquare hv_line(v) filled_squared layer(in) nth(437) % Hv_Line(v): ㄫ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,1) nonsquare hv_line(v) filled_squared layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞶 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,1) point layer(in) nth(653) % Point: 㞶 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,1) point layer(out) nth(653) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,1) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,1) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,1) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,1) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,1) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,1) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,1) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,1) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,1) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,1) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,2) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(665) % Point: 㟲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(665) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,2) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,2) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,3) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,3) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,3) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,3) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,4) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,4) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,4) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,4) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,4) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,4) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,4) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,4) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,4) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,4) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,4) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,4) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,5) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,5) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,5) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,5) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,5) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,5) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,5) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,5) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,5) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,5) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,5) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,5) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,5) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,5) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,6) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,6) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,6) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,6) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,6) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,6) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,7) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,7) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,7) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,7) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢂 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,7) point layer(in) nth(693) % Point: 㢂 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,7) point layer(out) nth(693) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,7) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,7) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,7) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,7) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,7) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,7) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,7) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,7) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,7) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,7) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,8) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,8) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢪 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(701) % Point: 㢪 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(701) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,8) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,8) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,8) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,8) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,8) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,8) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,8) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣡 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,8) point layer(in) nth(712) % Point: 㣡 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,8) point layer(out) nth(712) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,9) point layer(in) nth(714) % Point: 㣫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,9) point layer(out) nth(714) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,10) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,10) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,10) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,10) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,10) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,10) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,10) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,10) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,10) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,11) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,11) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,11) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤞 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,11) point layer(in) nth(724) % Point: 㤞 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,11) point layer(out) nth(724) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,11) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,11) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,11) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤯 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(in) nth(727) % Point: 㤯 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(out) nth(727) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,11) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,11) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,11) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,12) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,12) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,12) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,12) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,12) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,12) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,12) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,12) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥢 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,12) point layer(in) nth(737) % Point: 㥢 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,12) point layer(out) nth(737) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥧 mass(1) color_count(blue,1.0) size(1,1) loc_xy(27,12) point layer(in) nth(738) % Point: 㥧 mass(1) color_count(blue,1.0) size(1,1) loc_xy(27,12) point layer(out) nth(738) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,12) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,12) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,13) point layer(in) nth(740) % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,13) point layer(out) nth(740) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,13) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,13) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,13) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,13) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,13) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,13) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,13) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,13) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,13) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,13) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,14) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,14) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,14) point layer(in) nth(748) % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(748) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,14) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,14) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,14) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,14) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,14) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,14) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,14) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,14) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,14) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,15) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,15) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,15) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,15) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,15) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,15) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,15) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,15) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,16) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,16) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,16) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(in) nth(763) % Point: 㧤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(out) nth(763) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,16) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,16) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,17) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,17) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,17) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,17) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,17) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,17) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,17) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,17) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,18) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,18) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,18) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,18) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,18) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,18) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,19) point layer(in) nth(775) % Point: 㨡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,19) point layer(out) nth(775) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,19) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,19) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,19) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,19) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,19) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,19) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,19) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,19) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,19) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,19) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,19) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,20) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,20) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,20) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,20) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,20) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,20) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,20) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,21) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,21) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,21) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,21) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,21) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,21) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,21) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,21) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,21) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,21) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,22) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,22) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,22) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,22) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,22) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,22) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,22) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,22) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,22) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,22) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,23) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,23) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪿 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(806) % Point: 㪿 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(806) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,23) point layer(in) nth(807) % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,23) point layer(out) nth(807) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫉 mass(1) color_count(green,1.0) size(1,1) loc_xy(11,23) point layer(in) nth(808) % Point: 㫉 mass(1) color_count(green,1.0) size(1,1) loc_xy(11,23) point layer(out) nth(808) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫎 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,23) point layer(in) nth(809) % Point: 㫎 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,23) point layer(out) nth(809) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,24) point layer(in) nth(810) % Point: 㫓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,24) point layer(out) nth(810) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,24) point layer(in) nth(811) % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,24) point layer(out) nth(811) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,24) point layer(in) nth(812) % Point: 㫝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,24) point layer(out) nth(812) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,24) point layer(in) nth(813) % Point: 㫢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,24) point layer(out) nth(813) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,24) point layer(in) nth(814) % Point: 㫧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,24) point layer(out) nth(814) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫬 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,24) point layer(in) nth(815) % Point: 㫬 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,24) point layer(out) nth(815) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,24) point layer(in) nth(816) % Point: 㫱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,24) point layer(out) nth(816) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,25) point layer(in) nth(817) % Point: 㫶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,25) point layer(out) nth(817) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫻 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,25) point layer(in) nth(818) % Point: 㫻 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,25) point layer(out) nth(818) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,25) point layer(in) nth(819) % Point: 㬁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,25) point layer(out) nth(819) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,25) point layer(in) nth(820) % Point: 㬆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,25) point layer(out) nth(820) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬋 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,25) point layer(in) nth(821) % Point: 㬋 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,25) point layer(out) nth(821) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬐 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,26) point layer(in) nth(822) % Point: 㬐 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,26) point layer(out) nth(822) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬕 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,26) point layer(in) nth(823) % Point: 㬕 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,26) point layer(out) nth(823) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬚 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,26) point layer(in) nth(824) % Point: 㬚 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,26) point layer(out) nth(824) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(in) nth(825) % Point: 㬟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(out) nth(825) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,26) point layer(in) nth(826) % Point: 㬥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,26) point layer(out) nth(826) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,26) point layer(in) nth(827) % Point: 㬫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,26) point layer(out) nth(827) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,26) point layer(in) nth(828) % Point: 㬰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,26) point layer(out) nth(828) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬵 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,26) point layer(in) nth(829) % Point: 㬵 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,26) point layer(out) nth(829) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,26) point layer(in) nth(830) % Point: 㬺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,26) point layer(out) nth(830) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,26) point layer(in) nth(831) % Point: 㬿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,26) point layer(out) nth(831) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,27) point layer(in) nth(832) % Point: 㭄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,27) point layer(out) nth(832) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭉 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,27) point layer(in) nth(833) % Point: 㭉 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,27) point layer(out) nth(833) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,27) point layer(in) nth(834) % Point: 㭎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,27) point layer(out) nth(834) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,27) point layer(in) nth(835) % Point: 㭓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,27) point layer(out) nth(835) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭘 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,27) point layer(in) nth(836) % Point: 㭘 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,27) point layer(out) nth(836) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭝 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,27) point layer(in) nth(837) % Point: 㭝 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,27) point layer(out) nth(837) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭣 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,27) point layer(in) nth(838) % Point: 㭣 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,27) point layer(out) nth(838) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,27) point layer(in) nth(839) % Point: 㭨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,27) point layer(out) nth(839) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,28) point layer(in) nth(840) % Point: 㭭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,28) point layer(out) nth(840) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭲 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,28) point layer(in) nth(841) % Point: 㭲 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,28) point layer(out) nth(841) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭷 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,28) point layer(in) nth(842) % Point: 㭷 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,28) point layer(out) nth(842) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,28) point layer(in) nth(843) % Point: 㭼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,28) point layer(out) nth(843) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮁 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(in) nth(844) % Point: 㮁 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(out) nth(844) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(845) % Point: 㮆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(845) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮋 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,28) point layer(in) nth(846) % Point: 㮋 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,28) point layer(out) nth(846) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮐 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(in) nth(847) % Point: 㮐 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(out) nth(847) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮕 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,29) point layer(in) nth(848) % Point: 㮕 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,29) point layer(out) nth(848) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,29) point layer(in) nth(849) % Point: 㮚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,29) point layer(out) nth(849) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮟 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,29) point layer(in) nth(850) % Point: 㮟 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,29) point layer(out) nth(850) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,29) point layer(in) nth(851) % Point: 㮤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,29) point layer(out) nth(851) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,29) point layer(in) nth(852) % Point: 㮩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,29) point layer(out) nth(852) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,29) point layer(in) nth(853) % Point: 㮮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,29) point layer(out) nth(853) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮳 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,29) point layer(in) nth(854) % Point: 㮳 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,29) point layer(out) nth(854) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,29) point layer(in) nth(855) % Point: 㮸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,29) point layer(out) nth(855) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,30) point layer(in) nth(856) % Point: 㮽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,30) point layer(out) nth(856) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯂 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(857) % Point: 㯂 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(857) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,30) point layer(in) nth(858) % Point: 㯇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,30) point layer(out) nth(858) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯌 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(859) % Point: 㯌 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(859) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,30) point layer(in) nth(860) % Point: 㯑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,30) point layer(out) nth(860) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,30) point layer(in) nth(861) % Point: 㯖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,30) point layer(out) nth(861) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,30) point layer(in) nth(862) % Point: 㯛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,30) point layer(out) nth(862) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,30) point layer(in) nth(863) % Point: 㯠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,30) point layer(out) nth(863) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯥 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,30) point layer(in) nth(864) % Point: 㯥 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,30) point layer(out) nth(864) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,30) point layer(in) nth(865) % Point: 㯪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,30) point layer(out) nth(865) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,30) point layer(in) nth(866) % Point: 㯯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,30) point layer(out) nth(866) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯴 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(867) % Point: 㯴 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(867) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,30) point layer(in) nth(868) % Point: 㯹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,30) point layer(out) nth(868) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯾 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,30) point layer(in) nth(869) % Point: 㯾 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,30) point layer(out) nth(869) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: 䩘 mass(54) color_count(cyan,54.0) size(9,10) loc_xy(14,14) squares outline polygon layer(in) nth(1592) % Outline: 䣳 mass(50) color_count(purple,50.0) size(10,7) loc_xy(5,1) squares outline polygon layer(in) nth(1522) _________________________________________________________________________________ groupB=9. % Outline: ㅳ mass(45) color_count(yellow,45.0) size(9,5) loc_xy(6,3) nonsquare rectangluar outline filled_squared layer(out) nth(451) % Outline: 㔼 mass(42) color_count(yellow,42.0) size(7,6) loc_xy(14,17) nonsquare rectangluar outline filled_squared layer(out) nth(528) % Polygon: 㓐 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(16,14) rectangluar polygon layer(out) nth(507) % Polygon: 㔃 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(20,15) rectangluar polygon layer(out) nth(517) % Polygon: ㄥ mass(3) color_count(purple,3.0) size(2,2) loc_xy(8,1) rectangluar polygon layer(out) nth(436) % Hv_Line(h): 㖺 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(15,23) hv_line(h) nonsquare filled_squared layer(out) nth(553) % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,18) point layer(out) nth(772) % Point: 㡙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,6) point layer(out) nth(685) % Point: 㟞 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,2) point layer(out) nth(661) _________________________________________________________________________________ disjointed( [' 䣳', ' 䩘'], [ ' 㨒', ' 㡙', ' 㟞', ' 㖺', ' ㄥ', ' 㔃', ' 㓐', ' 㔼', ' ㅳ']).  ___________________________________________________________  ___________________________________________________________ 㞬 㞱 㞶 ㄟ ㄟ ㄟ ㄟ 䣳 䣳 㞻 ㄫ 㟀 㟅 㙲 㙷 㙼 㟊 ㄱ 㟏 㟔 ㄱ ㄶ ㄶ ㄻ ㄻ ㅀ ㅅ 㝑 ㅊ ㅊ 㞬 㞱 㞶 ㄟ ㄟ ㄟ ㄟ ㄥ ㄥ 㞻 ㄫ 㟀 㟅 㙲 㙷 㙼 㟊 ㄱ 㟏 㟔 ㄱ ㄶ ㄶ ㄻ ㄻ ㅀ ㅅ 㝑 ㅊ ㅊ ㅏ ㅔ ㅔ ㅙ ㅙ 㟙 䣳 㟣 䣳 㟨 ㄫ 㟭 㙲 㙷 㙼 ㅞ 㟲 ㄱ ㄱ ㄱ ㄱ ㅤ ㅤ 㝖 㟷 ㅀ ㅅ 㟼 㝑 㠂 ㅏ ㅔ ㅔ ㅙ ㅙ 㟙 㟞 㟣 ㄥ 㟨 ㄫ 㟭 㙲 㙷 㙼 ㅞ 㟲 ㄱ ㄱ ㄱ ㄱ ㅤ ㅤ 㝖 㟷 ㅀ ㅅ 㟼 㝑 㠂 ㅏ ㅔ ㅩ ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㅞ 㝛 ㅽ ㅽ ㆂ ㄱ 㠇 ㆇ ㆇ 㝖 㚁 ㆌ ㆌ ㆌ 㠌 ㅏ ㅔ ㅩ ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㅞ 㝛 ㅽ ㅽ ㆂ ㄱ 㠇 ㆇ ㆇ 㝖 㚁 ㆌ ㆌ ㆌ 㠌 㠑 㚆 ㅩ ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㆢ ㆢ 㝛 ㆧ ㆂ 㠖 㝡 㠛 㠠 㚁 㠦 㠬 ㆌ ㆌ 㚋 㠑 㚆 ㅩ ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㆢ ㆢ 㝛 ㆧ ㆂ 㠖 㝡 㠛 㠠 㚁 㠦 㠬 ㆌ ㆌ 㚋 㚆 ㆬ 㠱 ㅙ ㅮ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 ㅸ ㅸ ㅸ 㠶 ㆧ ㆧ 㠻 㚐 㝡 㡀 ㆱ 㡅 ㆶ 㡊 㚋 㡏 㚆 ㆬ 㠱 ㅙ ㅮ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅸ ㅸ ㅸ 㠶 ㆧ ㆧ 㠻 㚐 㝡 㡀 ㆱ 㡅 ㆶ 㡊 㚋 㡏 㡔 ㆬ ㆻ ㆻ 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 㡞 㚕 㡤 ㇰ 㡩 ㇵ 㚐 ㇺ ㇺ 㡮 ㆱ ㆱ ㆶ 㡳 ㇿ ㇿ 㡔 ㆬ ㆻ ㆻ 㡙 ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ 㡞 㚕 㡤 ㇰ 㡩 ㇵ 㚐 ㇺ ㇺ 㡮 ㆱ ㆱ ㆶ 㡳 ㇿ ㇿ 㡸 㡽 ㆻ 㢂 㢇 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 䣳 㚕 㐅 㢌 ㇰ ㇰ ㇵ 㢑 㚚 㐊 㐊 㢖 㢛 ㆶ 㢠 㐏 㐏 㡸 㡽 ㆻ 㢂 㢇 ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ ㅳ 㚕 㐅 㢌 ㇰ ㇰ ㇵ 㢑 㚚 㐊 㐊 㢖 㢛 ㆶ 㢠 㐏 㐏 㢥 㚟 㢪 㢯 㢴 㐔 㢹 㢾 㐙 㣃 㣈 㣍 㣒 㚕 㐞 㐅 㣗 㐤 㐤 㣜 㚚 㐪 㐯 㐯 㐯 㐴 㐹 㐹 㐏 㣡 㢥 㚟 㢪 㢯 㢴 㐔 㢹 㢾 㐙 㣃 㣈 㣍 㣒 㚕 㐞 㐅 㣗 㐤 㐤 㣜 㚚 㐪 㐯 㐯 㐯 㐴 㐹 㐹 㐏 㣡 㚟 㐾 㐾 㣦 㐾 㐔 㑃 㑃 㐙 㐙 㐙 㐙 㐙 㐞 㐞 㑈 㑍 㑍 㣫 㑒 㑒 㐪 㚤 㐯 㐯 㐴 㣰 㚩 㑗 㑗 㚟 㐾 㐾 㣦 㐾 㐔 㑃 㑃 㐙 㐙 㐙 㐙 㐙 㐞 㐞 㑈 㑍 㑍 㣫 㑒 㑒 㐪 㚤 㐯 㐯 㐴 㣰 㚩 㑗 㑗 㣵 㐾 㐾 㣺 㐾 㑜 㣿 㑃 㤅 㑢 㐙 㑧 㑧 㑬 㝦 㑈 㤊 㑍 㑍 㑱 㑱 㚤 㑶 㑶 㑻 㑻 㚩 㚮 㤏 㒀 㣵 㐾 㐾 㣺 㐾 㑜 㣿 㑃 㤅 㑢 㐙 㑧 㑧 㑬 㝦 㑈 㤊 㑍 㑍 㑱 㑱 㚤 㑶 㑶 㑻 㑻 㚩 㚮 㤏 㒀 㤔 㤙 㐾 㐾 㐾 㑜 㤞 㚳 㤤 㑢 㚸 㒅 㤪 㑬 㒊 㝦 㤯 㤴 㑍 㒏 㒏 㤹 㤾 㑶 㑶 㚩 㚮 㒔 㒔 㒀 㤔 㤙 㐾 㐾 㐾 㑜 㤞 㚳 㤤 㑢 㚸 㒅 㤪 㑬 㒊 㝦 㤯 㤴 㑍 㒏 㒏 㤹 㤾 㑶 㑶 㚩 㚮 㒔 㒔 㒀 㥃 㐾 㐾 㒙 㑜 㑜 㚳 㝫 㚽 㚸 㥈 㒅 㥍 㒊 㒊 㥒 㝦 㛂 㥗 㥜 㒏 㒞 㥢 㒣 㒣 㒣 㥧 㒔 㥬 㒀 㥃 㐾 㐾 㒙 㑜 㑜 㚳 㝫 㚽 㚸 㥈 㒅 㥍 㒊 㒊 㥒 㝦 㛂 㥗 㥜 㒏 㒞 㥢 㒣 㒣 㒣 㥧 㒔 㥬 㒀 㥱 㒨 㒨 㒙 㒭 㒭 㒲 㚽 㝫 㥶 㒷 㝰 㒼 㒼 㛇 㥻 㛂 㦀 㦅 㦊 㒞 㒞 㒣 㒣 㦏 㓁 㓁 㓁 㓁 㓁 㥱 㒨 㒨 㒙 㒭 㒭 㒲 㚽 㝫 㥶 㒷 㝰 㒼 㒼 㛇 㥻 㛂 㦀 㦅 㦊 㒞 㒞 㒣 㒣 㦏 㓁 㓁 㓁 㓁 㓁 㒨 㒨 㦔 㦙 㛌 㦞 㒲 㝵 㓆 㓆 㒷 㛑 㝰 㛇 㓋 㓋 䩘 㓕 㓚 㓚 㒞 㦣 㓟 㦨 㦭 㝺 㦲 㝿 㓁 㦷 㒨 㒨 㦔 㦙 㛌 㦞 㒲 㝵 㓆 㓆 㒷 㛑 㝰 㛇 㓋 㓋 㓐 㓕 㓚 㓚 㒞 㦣 㓟 㦨 㦭 㝺 㦲 㝿 㓁 㦷 㒨 㓤 㓤 㛌 㓩 㓮 㓮 㦼 㝵 㛖 㛑 㓳 㓸 㓽 㧁 㧆 䩘 㓕 㓚 㛛 䩘 䩘 㓟 㔈 㔈 㧋 㝺 㧐 㝿 㛠 㒨 㓤 㓤 㛌 㓩 㓮 㓮 㦼 㝵 㛖 㛑 㓳 㓸 㓽 㧁 㧆 㓐 㓕 㓚 㛛 㔃 㔃 㓟 㔈 㔈 㧋 㝺 㧐 㝿 㛠 㧕 㛥 㛪 㔍 㓩 㧚 㔒 㔒 㛖 㧟 㓳 㓳 㓸 㓽 㧤 䩘 䩘 䩘 㛛 䩘 䩘 㓟 㓟 㧩 㧮 㔗 㔗 㝺 㛠 㔜 㧕 㛥 㛪 㔍 㓩 㧚 㔒 㔒 㛖 㧟 㓳 㓳 㓸 㓽 㧤 㓐 㓐 㓐 㛛 㔃 㔃 㓟 㓟 㧩 㧮 㔗 㔗 㝺 㛠 㔜 㛥 㛪 㔡 㔍 㔨 㔨 㔭 㔭 㔲 㔲 㓳 㓳 㔷 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㧳 㓟 㓟 㧸 㛯 㛴 㧽 㕁 㨃 㔜 㛥 㛪 㔡 㔍 㔨 㔨 㔭 㔭 㔲 㔲 㓳 㓳 㔷 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㧳 㓟 㓟 㧸 㛯 㛴 㧽 㕁 㨃 㔜 㔡 㔡 㔡 㔍 㨈 㕆 㕆 㕆 㨍 㔲 㓳 㔷 㔷 䩘 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㓟 㓟 㛯 㛴 㕁 㕁 㕁 㕁 㨗 㔡 㔡 㔡 㔍 㨈 㕆 㕆 㕆 㨍 㔲 㓳 㔷 㔷 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㨒 㓟 㓟 㛯 㛴 㕁 㕁 㕁 㕁 㨗 㔡 㨜 㕋 㕐 㕐 㨡 㕕 㨨 㕚 㕚 㕚 㔷 㛹 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㨭 㨲 㨷 㛴 㕟 㕥 㕪 㨼 㩁 㩆 㔡 㨜 㕋 㕐 㕐 㨡 㕕 㨨 㕚 㕚 㕚 㔷 㛹 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㨭 㨲 㨷 㛴 㕟 㕥 㕪 㨼 㩁 㩆 㔡 㩋 㕋 㩐 㕐 㩕 㕕 㕕 㕕 㕯 㕴 㛹 㩚 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㕹 㕹 㩟 㩥 㕟 㕥 㕪 㛾 㞄 㩪 㔡 㩋 㕋 㩐 㕐 㩕 㕕 㕕 㕕 㕯 㕴 㛹 㩚 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㕹 㕹 㩟 㩥 㕟 㕥 㕪 㛾 㞄 㩪 㩯 㩴 㕾 㞉 㩹 㩾 㕯 㕯 㕯 㕯 㕴 㪃 㪈 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㪍 㖃 㖃 㪒 㕟 㖈 㛾 㜄 㖍 㞄 㩯 㩴 㕾 㞉 㩹 㩾 㕯 㕯 㕯 㕯 㕴 㪃 㪈 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㪍 㖃 㖃 㪒 㕟 㖈 㛾 㜄 㖍 㞄 㖒 㪗 㕾 㖗 㞉 㖜 㖜 㕯 㖡 㕯 㪜 㪡 㖦 䩘 䩘 䩘 䩘 䩘 䩘 䩘 㖫 㪦 㖃 㪫 㪰 㖈 㜄 㖍 㖍 㪵 㖒 㪗 㕾 㖗 㞉 㖜 㖜 㕯 㖡 㕯 㪜 㪡 㖦 㔼 㔼 㔼 㔼 㔼 㔼 㔼 㖫 㪦 㖃 㪫 㪰 㖈 㜄 㖍 㖍 㪵 㖒 㖰 㖰 㖗 㪺 㞉 㪿 㫄 㖡 㖡 㫉 㖵 㖦 㖦 䩘 䩘 㖿 㖿 㖿 㖿 㖫 㞎 㗄 㗄 㗉 㗉 㞓 㖍 㫎 㗎 㖒 㖰 㖰 㖗 㪺 㞉 㪿 㫄 㖡 㖡 㫉 㖵 㖦 㖦 㖺 㖺 㖿 㖿 㖿 㖿 㖫 㞎 㗄 㗄 㗉 㗉 㞓 㖍 㫎 㗎 㖒 㖒 㫓 㞘 㜉 㗓 㗓 㜎 㖡 㗘 㗘 㖵 㫘 㫝 㗝 㗝 㫢 㫧 㜓 㜘 㫬 㗢 㞎 㗢 㗧 㗧 㞝 㞓 㫱 㗎 㖒 㖒 㫓 㞘 㜉 㗓 㗓 㜎 㖡 㗘 㗘 㖵 㫘 㫝 㗝 㗝 㫢 㫧 㜓 㜘 㫬 㗢 㞎 㗢 㗧 㗧 㞝 㞓 㫱 㗎 㫶 㖒 㖒 㜉 㞘 㫻 㜎 㗬 㗬 㗬 㜝 㗱 㗱 㗱 㗱 㗝 㗶 㜓 㜘 㬁 㬆 㗢 㗢 㗢 㗢 㗢 㬋 㞝 㞓 㗎 㫶 㖒 㖒 㜉 㞘 㫻 㜎 㗬 㗬 㗬 㜝 㗱 㗱 㗱 㗱 㗝 㗶 㜓 㜘 㬁 㬆 㗢 㗢 㗢 㗢 㗢 㬋 㞝 㞓 㗎 㬐 㬕 㬚 㜣 㞢 㬟 㬥 㗻 㗻 㜝 㘁 㘁 㬫 㘆 㘆 㬰 㗶 㗶 㜩 㬵 㬺 㘋 㘐 㘐 㜮 㬿 㘕 㘕 㗎 㗎 㬐 㬕 㬚 㜣 㞢 㬟 㬥 㗻 㗻 㜝 㘁 㘁 㬫 㘆 㘆 㬰 㗶 㗶 㜩 㬵 㬺 㘋 㘐 㘐 㜮 㬿 㘕 㘕 㗎 㗎 㭄 㘚 㜣 㜳 㭉 㞢 㭎 㘟 㘟 㭓 㘁 㘁 㘥 㘆 㘆 㘆 㭘 㜩 㘫 㭝 㘰 㘋 㘐 㜮 㭣 㭨 㘵 㘕 㘺 㘺 㭄 㘚 㜣 㜳 㭉 㞢 㭎 㘟 㘟 㭓 㘁 㘁 㘥 㘆 㘆 㘆 㭘 㜩 㘫 㭝 㘰 㘋 㘐 㜮 㭣 㭨 㘵 㘕 㘺 㘺 㘚 㘚 㜳 㜸 㘿 㘿 㭭 㙄 㙄 㭲 㘁 㜽 㘥 㭷 㝂 㙉 㙎 㙎 㘫 㭼 㘰 㮁 㜮 㮆 㘵 㘵 㘵 㘵 㮋 㝇 㘚 㘚 㜳 㜸 㘿 㘿 㭭 㙄 㙄 㭲 㘁 㜽 㘥 㭷 㝂 㙉 㙎 㙎 㘫 㭼 㘰 㮁 㜮 㮆 㘵 㘵 㘵 㘵 㮋 㝇 㮐 㮕 㜸 㮚 㮟 㘿 㮤 㙓 㮩 㮮 㜽 㙘 㙘 㝂 㙉 㙉 㙉 㙎 㞧 㝌 㘰 㘰 㙝 㮳 㙣 㙣 㘵 㙨 㝇 㮸 㮐 㮕 㜸 㮚 㮟 㘿 㮤 㙓 㮩 㮮 㜽 㙘 㙘 㝂 㙉 㙉 㙉 㙎 㞧 㝌 㘰 㘰 㙝 㮳 㙣 㙣 㘵 㙨 㝇 㮸 㮽 㯂 㯇 㯌 㯑 㯖 㙓 㙓 㙓 㙓 㯛 㙘 㙘 㙘 㙉 㯠 㯥 㯪 㝌 㞧 㯯 㙝 㙝 㙭 㙭 㯴 㙨 㙨 㯹 㯾 㮽 㯂 㯇 㯌 㯑 㯖 㙓 㙓 㙓 㙓 㯛 㙘 㙘 㙘 㙉 㯠 㯥 㯪 㝌 㞧 㯯 㙝 㙝 㙭 㙭 㯴 㙨 㙨 㯹 㯾  ___________________________________________________________  ___________________________________________________________ better(v('25094a63')*(trn+1)+in) better(v('25094a63')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(green, 232.0). cc:0=cc(green, 232.0). cc:1=cc(cyan, 226.0). cc:1=cc(cyan, 184.0). cc:2=cc(purple, 194.0). cc:2=cc(red, 153.0). cc:3=cc(red, 153.0). cc:3=cc(purple, 149.0). cc:4=cc(blue, 95.0). cc:4=cc(blue, 95.0). cc:5=cc(yellow, 87.0). compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞶 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,1) point layer(in) nth(653) % Point: 㞶 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,1) point layer(out) nth(653) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,1) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,1) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,1) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,1) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,1) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,1) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,1) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,1) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,1) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,1) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,2) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,2) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(665) % Point: 㟲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(665) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,2) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,2) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,3) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,3) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,3) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,3) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,4) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,4) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,4) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,4) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,4) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,4) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,4) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,4) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,4) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,4) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,4) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,4) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,5) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,5) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,5) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,5) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,5) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,5) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,5) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,5) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,5) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,5) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,5) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,5) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,5) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,5) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,6) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,6) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(15,6) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,6) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,6) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(red,1.0) size(1,1) loc_xy(19,6) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,6) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,6) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,7) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,7) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,7) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,7) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢂 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,7) point layer(in) nth(693) % Point: 㢂 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,7) point layer(out) nth(693) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,7) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,7) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,7) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,7) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,7) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,7) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,7) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,7) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,7) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,7) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,8) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,8) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢪 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(701) % Point: 㢪 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(701) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,8) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,8) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,8) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,8) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,8) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,8) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,8) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,8) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,8) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣡 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,8) point layer(in) nth(712) % Point: 㣡 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,8) point layer(out) nth(712) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,9) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,9) point layer(in) nth(714) % Point: 㣫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,9) point layer(out) nth(714) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,10) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,10) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,10) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,10) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,10) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,10) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,10) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,10) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,10) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,10) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,11) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,11) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,11) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,11) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤞 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,11) point layer(in) nth(724) % Point: 㤞 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,11) point layer(out) nth(724) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,11) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,11) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,11) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,11) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤯 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(in) nth(727) % Point: 㤯 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(out) nth(727) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,11) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,11) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,11) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,11) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,12) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,12) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,12) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,12) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,12) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,12) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,12) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,12) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥢 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,12) point layer(in) nth(737) % Point: 㥢 mass(1) color_count(purple,1.0) size(1,1) loc_xy(23,12) point layer(out) nth(737) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥧 mass(1) color_count(blue,1.0) size(1,1) loc_xy(27,12) point layer(in) nth(738) % Point: 㥧 mass(1) color_count(blue,1.0) size(1,1) loc_xy(27,12) point layer(out) nth(738) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,12) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,12) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,13) point layer(in) nth(740) % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,13) point layer(out) nth(740) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,13) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,13) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,13) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,13) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,13) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,13) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,13) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,13) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,13) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,13) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,14) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,14) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,14) point layer(in) nth(748) % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(748) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,14) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,14) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,14) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,14) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,14) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,14) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,14) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,14) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,14) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,15) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,15) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,15) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,15) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,15) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,15) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,15) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,15) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,15) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,15) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,16) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,16) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,16) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(in) nth(763) % Point: 㧤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,16) point layer(out) nth(763) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,16) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,16) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,17) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(21,17) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,17) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,17) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,17) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,17) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,17) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,17) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,18) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,18) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,18) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,18) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,18) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,18) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,19) point layer(in) nth(775) % Point: 㨡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,19) point layer(out) nth(775) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,19) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,19) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,19) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,19) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,19) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,19) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,19) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,19) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,19) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,19) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,19) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,19) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,20) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,20) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(13,20) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,20) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,20) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,20) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,20) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,20) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,21) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,21) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,21) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,21) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,21) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,21) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,21) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,21) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,21) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,21) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,21) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,22) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,22) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,22) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,22) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,22) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,22) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,22) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(25,22) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,22) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,22) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,23) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,23) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪿 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(806) % Point: 㪿 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(806) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,23) point layer(in) nth(807) % Point: 㫄 mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,23) point layer(out) nth(807) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫉 mass(1) color_count(green,1.0) size(1,1) loc_xy(11,23) point layer(in) nth(808) % Point: 㫉 mass(1) color_count(green,1.0) size(1,1) loc_xy(11,23) point layer(out) nth(808) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫎 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,23) point layer(in) nth(809) % Point: 㫎 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,23) point layer(out) nth(809) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,24) point layer(in) nth(810) % Point: 㫓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,24) point layer(out) nth(810) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,24) point layer(in) nth(811) % Point: 㫘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,24) point layer(out) nth(811) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,24) point layer(in) nth(812) % Point: 㫝 mass(1) color_count(blue,1.0) size(1,1) loc_xy(14,24) point layer(out) nth(812) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,24) point layer(in) nth(813) % Point: 㫢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(17,24) point layer(out) nth(813) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,24) point layer(in) nth(814) % Point: 㫧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,24) point layer(out) nth(814) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫬 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,24) point layer(in) nth(815) % Point: 㫬 mass(1) color_count(red,1.0) size(1,1) loc_xy(21,24) point layer(out) nth(815) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,24) point layer(in) nth(816) % Point: 㫱 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,24) point layer(out) nth(816) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,25) point layer(in) nth(817) % Point: 㫶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,25) point layer(out) nth(817) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㫻 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,25) point layer(in) nth(818) % Point: 㫻 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,25) point layer(out) nth(818) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,25) point layer(in) nth(819) % Point: 㬁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,25) point layer(out) nth(819) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,25) point layer(in) nth(820) % Point: 㬆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,25) point layer(out) nth(820) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬋 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,25) point layer(in) nth(821) % Point: 㬋 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,25) point layer(out) nth(821) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬐 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,26) point layer(in) nth(822) % Point: 㬐 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,26) point layer(out) nth(822) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬕 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,26) point layer(in) nth(823) % Point: 㬕 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,26) point layer(out) nth(823) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬚 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,26) point layer(in) nth(824) % Point: 㬚 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,26) point layer(out) nth(824) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(in) nth(825) % Point: 㬟 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,26) point layer(out) nth(825) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,26) point layer(in) nth(826) % Point: 㬥 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,26) point layer(out) nth(826) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,26) point layer(in) nth(827) % Point: 㬫 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,26) point layer(out) nth(827) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,26) point layer(in) nth(828) % Point: 㬰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,26) point layer(out) nth(828) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬵 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,26) point layer(in) nth(829) % Point: 㬵 mass(1) color_count(red,1.0) size(1,1) loc_xy(20,26) point layer(out) nth(829) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,26) point layer(in) nth(830) % Point: 㬺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,26) point layer(out) nth(830) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㬿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,26) point layer(in) nth(831) % Point: 㬿 mass(1) color_count(blue,1.0) size(1,1) loc_xy(26,26) point layer(out) nth(831) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,27) point layer(in) nth(832) % Point: 㭄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,27) point layer(out) nth(832) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭉 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,27) point layer(in) nth(833) % Point: 㭉 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,27) point layer(out) nth(833) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,27) point layer(in) nth(834) % Point: 㭎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,27) point layer(out) nth(834) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,27) point layer(in) nth(835) % Point: 㭓 mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,27) point layer(out) nth(835) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭘 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,27) point layer(in) nth(836) % Point: 㭘 mass(1) color_count(red,1.0) size(1,1) loc_xy(17,27) point layer(out) nth(836) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭝 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,27) point layer(in) nth(837) % Point: 㭝 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,27) point layer(out) nth(837) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭣 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,27) point layer(in) nth(838) % Point: 㭣 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,27) point layer(out) nth(838) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,27) point layer(in) nth(839) % Point: 㭨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,27) point layer(out) nth(839) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,28) point layer(in) nth(840) % Point: 㭭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,28) point layer(out) nth(840) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭲 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,28) point layer(in) nth(841) % Point: 㭲 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,28) point layer(out) nth(841) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭷 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,28) point layer(in) nth(842) % Point: 㭷 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,28) point layer(out) nth(842) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㭼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,28) point layer(in) nth(843) % Point: 㭼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,28) point layer(out) nth(843) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮁 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(in) nth(844) % Point: 㮁 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,28) point layer(out) nth(844) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(845) % Point: 㮆 mass(1) color_count(purple,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(845) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮋 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,28) point layer(in) nth(846) % Point: 㮋 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,28) point layer(out) nth(846) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮐 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(in) nth(847) % Point: 㮐 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(out) nth(847) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮕 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,29) point layer(in) nth(848) % Point: 㮕 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,29) point layer(out) nth(848) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,29) point layer(in) nth(849) % Point: 㮚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,29) point layer(out) nth(849) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮟 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,29) point layer(in) nth(850) % Point: 㮟 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,29) point layer(out) nth(850) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,29) point layer(in) nth(851) % Point: 㮤 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,29) point layer(out) nth(851) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,29) point layer(in) nth(852) % Point: 㮩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,29) point layer(out) nth(852) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,29) point layer(in) nth(853) % Point: 㮮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,29) point layer(out) nth(853) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮳 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,29) point layer(in) nth(854) % Point: 㮳 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,29) point layer(out) nth(854) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,29) point layer(in) nth(855) % Point: 㮸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,29) point layer(out) nth(855) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㮽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,30) point layer(in) nth(856) % Point: 㮽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,30) point layer(out) nth(856) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯂 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(857) % Point: 㯂 mass(1) color_count(red,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(857) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,30) point layer(in) nth(858) % Point: 㯇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,30) point layer(out) nth(858) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯌 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(859) % Point: 㯌 mass(1) color_count(red,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(859) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,30) point layer(in) nth(860) % Point: 㯑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,30) point layer(out) nth(860) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,30) point layer(in) nth(861) % Point: 㯖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,30) point layer(out) nth(861) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,30) point layer(in) nth(862) % Point: 㯛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,30) point layer(out) nth(862) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,30) point layer(in) nth(863) % Point: 㯠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,30) point layer(out) nth(863) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯥 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,30) point layer(in) nth(864) % Point: 㯥 mass(1) color_count(green,1.0) size(1,1) loc_xy(17,30) point layer(out) nth(864) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,30) point layer(in) nth(865) % Point: 㯪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,30) point layer(out) nth(865) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,30) point layer(in) nth(866) % Point: 㯯 mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,30) point layer(out) nth(866) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯴 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(867) % Point: 㯴 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(867) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,30) point layer(in) nth(868) % Point: 㯹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,30) point layer(out) nth(868) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㯾 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,30) point layer(in) nth(869) % Point: 㯾 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,30) point layer(out) nth(869) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞧 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(650) % Polygon: 㞧 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞢 mass(2) color_count(red,2.0) size(2,2) loc_xy(5,26) rectangluar polygon layer(in) nth(649) % Polygon: 㞢 mass(2) color_count(red,2.0) size(2,2) loc_xy(5,26) rectangluar polygon layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞝 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,24) rectangluar polygon layer(in) nth(648) % Polygon: 㞝 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,24) rectangluar polygon layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(in) nth(647) % Polygon: 㞘 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞎 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,23) rectangluar polygon layer(in) nth(645) % Polygon: 㞎 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,23) rectangluar polygon layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞄 mass(2) color_count(red,2.0) size(2,2) loc_xy(29,20) rectangluar polygon layer(in) nth(643) % Polygon: 㞄 mass(2) color_count(red,2.0) size(2,2) loc_xy(29,20) rectangluar polygon layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝿 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,14) rectangluar polygon layer(in) nth(642) % Polygon: 㝿 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,14) rectangluar polygon layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(in) nth(640) % Polygon: 㝵 mass(2) color_count(purple,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝰 mass(2) color_count(red,2.0) size(2,2) loc_xy(12,13) rectangluar polygon layer(in) nth(639) % Polygon: 㝰 mass(2) color_count(red,2.0) size(2,2) loc_xy(12,13) rectangluar polygon layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(in) nth(638) % Polygon: 㝫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,4) rectangluar polygon layer(in) nth(636) % Polygon: 㝡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,4) rectangluar polygon layer(out) nth(636) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝛 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(in) nth(635) % Polygon: 㝛 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,3) rectangluar polygon layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝖 mass(2) color_count(green,2.0) size(2,2) loc_xy(24,2) rectangluar polygon layer(in) nth(634) % Polygon: 㝖 mass(2) color_count(green,2.0) size(2,2) loc_xy(24,2) rectangluar polygon layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝑 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,1) rectangluar polygon layer(in) nth(633) % Polygon: 㝑 mass(2) color_count(purple,2.0) size(2,2) loc_xy(28,1) rectangluar polygon layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝌 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(in) nth(632) % Polygon: 㝌 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,29) rectangluar polygon layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝇 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(in) nth(631) % Polygon: 㝇 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,28) rectangluar polygon layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝂 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(in) nth(630) % Polygon: 㝂 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜽 mass(2) color_count(red,2.0) size(2,2) loc_xy(11,28) rectangluar polygon layer(in) nth(629) % Polygon: 㜽 mass(2) color_count(red,2.0) size(2,2) loc_xy(11,28) rectangluar polygon layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜸 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(3,28) rectangluar polygon layer(in) nth(628) % Polygon: 㜸 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(3,28) rectangluar polygon layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,27) rectangluar polygon layer(in) nth(627) % Polygon: 㜳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(3,27) rectangluar polygon layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜩 mass(2) color_count(purple,2.0) size(2,2) loc_xy(18,26) rectangluar polygon layer(in) nth(625) % Polygon: 㜩 mass(2) color_count(purple,2.0) size(2,2) loc_xy(18,26) rectangluar polygon layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜣 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,26) rectangluar polygon layer(in) nth(624) % Polygon: 㜣 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,26) rectangluar polygon layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜝 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(10,25) rectangluar polygon layer(in) nth(623) % Polygon: 㜝 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(10,25) rectangluar polygon layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜘 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,24) rectangluar polygon layer(in) nth(622) % Polygon: 㜘 mass(2) color_count(green,2.0) size(2,2) loc_xy(19,24) rectangluar polygon layer(out) nth(622) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜓 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(in) nth(621) % Polygon: 㜓 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(18,24) rectangluar polygon layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜎 mass(2) color_count(red,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(in) nth(620) % Polygon: 㜎 mass(2) color_count(red,2.0) size(2,2) loc_xy(7,24) rectangluar polygon layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜉 mass(2) color_count(blue,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(in) nth(619) % Polygon: 㜉 mass(2) color_count(blue,2.0) size(2,2) loc_xy(4,24) rectangluar polygon layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜄 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,21) rectangluar polygon layer(in) nth(618) % Polygon: 㜄 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,21) rectangluar polygon layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛾 mass(2) color_count(green,2.0) size(2,2) loc_xy(27,20) rectangluar polygon layer(in) nth(617) % Polygon: 㛾 mass(2) color_count(green,2.0) size(2,2) loc_xy(27,20) rectangluar polygon layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛹 mass(2) color_count(blue,2.0) size(2,2) loc_xy(12,19) rectangluar polygon layer(in) nth(616) % Polygon: 㛹 mass(2) color_count(blue,2.0) size(2,2) loc_xy(12,19) rectangluar polygon layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛯 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,17) rectangluar polygon layer(in) nth(614) % Polygon: 㛯 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,17) rectangluar polygon layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛪 mass(2) color_count(blue,2.0) size(2,2) loc_xy(2,16) rectangluar polygon layer(in) nth(613) % Polygon: 㛪 mass(2) color_count(blue,2.0) size(2,2) loc_xy(2,16) rectangluar polygon layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,16) rectangluar polygon layer(in) nth(612) % Polygon: 㛥 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,16) rectangluar polygon layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛠 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,15) rectangluar polygon layer(in) nth(611) % Polygon: 㛠 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,15) rectangluar polygon layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛛 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,15) rectangluar polygon layer(in) nth(610) % Polygon: 㛛 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,15) rectangluar polygon layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛖 mass(2) color_count(blue,2.0) size(2,2) loc_xy(9,15) rectangluar polygon layer(in) nth(609) % Polygon: 㛖 mass(2) color_count(blue,2.0) size(2,2) loc_xy(9,15) rectangluar polygon layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛑 mass(2) color_count(green,2.0) size(2,2) loc_xy(11,14) rectangluar polygon layer(in) nth(608) % Polygon: 㛑 mass(2) color_count(green,2.0) size(2,2) loc_xy(11,14) rectangluar polygon layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,14) rectangluar polygon layer(in) nth(607) % Polygon: 㛌 mass(2) color_count(green,2.0) size(2,2) loc_xy(4,14) rectangluar polygon layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛇 mass(2) color_count(blue,2.0) size(2,2) loc_xy(14,13) rectangluar polygon layer(in) nth(606) % Polygon: 㛇 mass(2) color_count(blue,2.0) size(2,2) loc_xy(14,13) rectangluar polygon layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛂 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,12) rectangluar polygon layer(in) nth(605) % Polygon: 㛂 mass(2) color_count(red,2.0) size(2,2) loc_xy(17,12) rectangluar polygon layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚽 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(in) nth(604) % Polygon: 㚽 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,12) rectangluar polygon layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,11) rectangluar polygon layer(in) nth(603) % Polygon: 㚸 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,11) rectangluar polygon layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,11) rectangluar polygon layer(in) nth(602) % Polygon: 㚳 mass(2) color_count(purple,2.0) size(2,2) loc_xy(7,11) rectangluar polygon layer(out) nth(602) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚮 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,10) rectangluar polygon layer(in) nth(601) % Polygon: 㚮 mass(2) color_count(purple,2.0) size(2,2) loc_xy(27,10) rectangluar polygon layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚤 mass(2) color_count(blue,2.0) size(2,2) loc_xy(22,9) rectangluar polygon layer(in) nth(599) % Polygon: 㚤 mass(2) color_count(blue,2.0) size(2,2) loc_xy(22,9) rectangluar polygon layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(in) nth(598) % Polygon: 㚟 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,8) rectangluar polygon layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,7) rectangluar polygon layer(in) nth(597) % Polygon: 㚚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,7) rectangluar polygon layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,5) rectangluar polygon layer(in) nth(595) % Polygon: 㚐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,5) rectangluar polygon layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚋 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,4) rectangluar polygon layer(in) nth(594) % Polygon: 㚋 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,4) rectangluar polygon layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚆 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,4) rectangluar polygon layer(in) nth(593) % Polygon: 㚆 mass(2) color_count(purple,2.0) size(2,2) loc_xy(1,4) rectangluar polygon layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚁 mass(2) color_count(red,2.0) size(2,2) loc_xy(25,3) rectangluar polygon layer(in) nth(592) % Polygon: 㚁 mass(2) color_count(red,2.0) size(2,2) loc_xy(25,3) rectangluar polygon layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙼 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,1) rectangluar polygon layer(in) nth(591) % Polygon: 㙼 mass(2) color_count(blue,2.0) size(2,2) loc_xy(15,1) rectangluar polygon layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(in) nth(590) % Polygon: 㙷 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙲 mass(2) color_count(green,2.0) size(2,2) loc_xy(13,1) rectangluar polygon layer(in) nth(589) % Polygon: 㙲 mass(2) color_count(green,2.0) size(2,2) loc_xy(13,1) rectangluar polygon layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙭 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,30) hv_line(h) nonsquare filled_squared layer(in) nth(588) % Hv_Line(h): 㙭 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,30) hv_line(h) nonsquare filled_squared layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙣 mass(2) color_count(purple,2.0) size(2,1) loc_xy(25,29) hv_line(h) nonsquare filled_squared layer(in) nth(586) % Hv_Line(h): 㙣 mass(2) color_count(purple,2.0) size(2,1) loc_xy(25,29) hv_line(h) nonsquare filled_squared layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㙄 mass(2) color_count(red,2.0) size(2,1) loc_xy(8,28) hv_line(h) nonsquare filled_squared layer(in) nth(580) % Hv_Line(h): 㙄 mass(2) color_count(red,2.0) size(2,1) loc_xy(8,28) hv_line(h) nonsquare filled_squared layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㘺 mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,27) hv_line(h) nonsquare filled_squared layer(in) nth(578) % Hv_Line(h): 㘺 mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,27) hv_line(h) nonsquare filled_squared layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘫 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(19,27) nonsquare hv_line(v) filled_squared layer(in) nth(575) % Hv_Line(v): 㘫 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(19,27) nonsquare hv_line(v) filled_squared layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,27) nonsquare hv_line(v) filled_squared layer(in) nth(574) % Hv_Line(v): 㘥 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,27) nonsquare hv_line(v) filled_squared layer(out) nth(574) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㘟 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,27) hv_line(h) nonsquare filled_squared layer(in) nth(573) % Hv_Line(h): 㘟 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,27) hv_line(h) nonsquare filled_squared layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㘋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(22,26) nonsquare hv_line(v) filled_squared layer(in) nth(569) % Hv_Line(v): 㘋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(22,26) nonsquare hv_line(v) filled_squared layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗻 mass(2) color_count(purple,2.0) size(2,1) loc_xy(8,26) hv_line(h) nonsquare filled_squared layer(in) nth(566) % Hv_Line(h): 㗻 mass(2) color_count(purple,2.0) size(2,1) loc_xy(8,26) hv_line(h) nonsquare filled_squared layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,24) hv_line(h) nonsquare filled_squared layer(in) nth(562) % Hv_Line(h): 㗧 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,24) hv_line(h) nonsquare filled_squared layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗘 mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,24) hv_line(h) nonsquare filled_squared layer(in) nth(559) % Hv_Line(h): 㗘 mass(2) color_count(purple,2.0) size(2,1) loc_xy(10,24) hv_line(h) nonsquare filled_squared layer(out) nth(559) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗓 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,24) hv_line(h) nonsquare filled_squared layer(in) nth(558) % Hv_Line(h): 㗓 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,24) hv_line(h) nonsquare filled_squared layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗉 mass(2) color_count(green,2.0) size(2,1) loc_xy(25,23) hv_line(h) nonsquare filled_squared layer(in) nth(556) % Hv_Line(h): 㗉 mass(2) color_count(green,2.0) size(2,1) loc_xy(25,23) hv_line(h) nonsquare filled_squared layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗄 mass(2) color_count(blue,2.0) size(2,1) loc_xy(23,23) hv_line(h) nonsquare filled_squared layer(in) nth(555) % Hv_Line(h): 㗄 mass(2) color_count(blue,2.0) size(2,1) loc_xy(23,23) hv_line(h) nonsquare filled_squared layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖵 mass(2) color_count(blue,2.0) size(1,2) loc_xy(12,23) nonsquare hv_line(v) filled_squared layer(in) nth(552) % Hv_Line(v): 㖵 mass(2) color_count(blue,2.0) size(1,2) loc_xy(12,23) nonsquare hv_line(v) filled_squared layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖰 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,23) hv_line(h) nonsquare filled_squared layer(in) nth(551) % Hv_Line(h): 㖰 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,23) hv_line(h) nonsquare filled_squared layer(out) nth(551) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖫 mass(2) color_count(green,2.0) size(1,2) loc_xy(21,22) nonsquare hv_line(v) filled_squared layer(in) nth(550) % Hv_Line(v): 㖫 mass(2) color_count(green,2.0) size(1,2) loc_xy(21,22) nonsquare hv_line(v) filled_squared layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖜 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,22) hv_line(h) nonsquare filled_squared layer(in) nth(547) % Hv_Line(h): 㖜 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,22) hv_line(h) nonsquare filled_squared layer(out) nth(547) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖗 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,22) nonsquare hv_line(v) filled_squared layer(in) nth(546) % Hv_Line(v): 㖗 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,22) nonsquare hv_line(v) filled_squared layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㖈 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,21) nonsquare hv_line(v) filled_squared layer(in) nth(543) % Hv_Line(v): 㖈 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,21) nonsquare hv_line(v) filled_squared layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕾 mass(2) color_count(green,2.0) size(1,2) loc_xy(3,21) nonsquare hv_line(v) filled_squared layer(in) nth(541) % Hv_Line(v): 㕾 mass(2) color_count(green,2.0) size(1,2) loc_xy(3,21) nonsquare hv_line(v) filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕹 mass(2) color_count(green,2.0) size(2,1) loc_xy(21,20) hv_line(h) nonsquare filled_squared layer(in) nth(540) % Hv_Line(h): 㕹 mass(2) color_count(green,2.0) size(2,1) loc_xy(21,20) hv_line(h) nonsquare filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕴 mass(2) color_count(red,2.0) size(1,2) loc_xy(11,20) nonsquare hv_line(v) filled_squared layer(in) nth(539) % Hv_Line(v): 㕴 mass(2) color_count(red,2.0) size(1,2) loc_xy(11,20) nonsquare hv_line(v) filled_squared layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,19) nonsquare hv_line(v) filled_squared layer(in) nth(537) % Hv_Line(v): 㕪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,19) nonsquare hv_line(v) filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕥 mass(2) color_count(green,2.0) size(1,2) loc_xy(26,19) nonsquare hv_line(v) filled_squared layer(in) nth(536) % Hv_Line(v): 㕥 mass(2) color_count(green,2.0) size(1,2) loc_xy(26,19) nonsquare hv_line(v) filled_squared layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(3,19) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(blue,2.0) size(1,2) loc_xy(3,19) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(7,17) hv_line(h) nonsquare filled_squared layer(in) nth(525) % Hv_Line(h): 㔭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(7,17) hv_line(h) nonsquare filled_squared layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔨 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,17) hv_line(h) nonsquare filled_squared layer(in) nth(524) % Hv_Line(h): 㔨 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,17) hv_line(h) nonsquare filled_squared layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔜 mass(2) color_count(red,2.0) size(1,2) loc_xy(30,16) nonsquare hv_line(v) filled_squared layer(in) nth(522) % Hv_Line(v): 㔜 mass(2) color_count(red,2.0) size(1,2) loc_xy(30,16) nonsquare hv_line(v) filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔗 mass(2) color_count(red,2.0) size(2,1) loc_xy(26,16) hv_line(h) nonsquare filled_squared layer(in) nth(521) % Hv_Line(h): 㔗 mass(2) color_count(red,2.0) size(2,1) loc_xy(26,16) hv_line(h) nonsquare filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔒 mass(2) color_count(red,2.0) size(2,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(in) nth(520) % Hv_Line(h): 㔒 mass(2) color_count(red,2.0) size(2,1) loc_xy(7,16) hv_line(h) nonsquare filled_squared layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔈 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,15) hv_line(h) nonsquare filled_squared layer(in) nth(518) % Hv_Line(h): 㔈 mass(2) color_count(red,2.0) size(2,1) loc_xy(24,15) hv_line(h) nonsquare filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(14,15) nonsquare hv_line(v) filled_squared layer(in) nth(516) % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(14,15) nonsquare hv_line(v) filled_squared layer(out) nth(516) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓸 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,15) nonsquare hv_line(v) filled_squared layer(in) nth(515) % Hv_Line(v): 㓸 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(13,15) nonsquare hv_line(v) filled_squared layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓮 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,15) hv_line(h) nonsquare filled_squared layer(in) nth(513) % Hv_Line(h): 㓮 mass(2) color_count(purple,2.0) size(2,1) loc_xy(6,15) hv_line(h) nonsquare filled_squared layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓩 mass(2) color_count(red,2.0) size(1,2) loc_xy(5,15) nonsquare hv_line(v) filled_squared layer(in) nth(512) % Hv_Line(v): 㓩 mass(2) color_count(red,2.0) size(1,2) loc_xy(5,15) nonsquare hv_line(v) filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓤 mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(in) nth(511) % Hv_Line(h): 㓤 mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓕 mass(2) color_count(green,2.0) size(1,2) loc_xy(18,14) nonsquare hv_line(v) filled_squared layer(in) nth(508) % Hv_Line(v): 㓕 mass(2) color_count(green,2.0) size(1,2) loc_xy(18,14) nonsquare hv_line(v) filled_squared layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓋 mass(2) color_count(purple,2.0) size(2,1) loc_xy(15,14) hv_line(h) nonsquare filled_squared layer(in) nth(506) % Hv_Line(h): 㓋 mass(2) color_count(purple,2.0) size(2,1) loc_xy(15,14) hv_line(h) nonsquare filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓆 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,14) hv_line(h) nonsquare filled_squared layer(in) nth(505) % Hv_Line(h): 㓆 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,14) hv_line(h) nonsquare filled_squared layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒼 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,13) hv_line(h) nonsquare filled_squared layer(in) nth(503) % Hv_Line(h): 㒼 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(13,13) hv_line(h) nonsquare filled_squared layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒷 mass(2) color_count(blue,2.0) size(1,2) loc_xy(11,13) nonsquare hv_line(v) filled_squared layer(in) nth(502) % Hv_Line(v): 㒷 mass(2) color_count(blue,2.0) size(1,2) loc_xy(11,13) nonsquare hv_line(v) filled_squared layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒲 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,13) nonsquare hv_line(v) filled_squared layer(in) nth(501) % Hv_Line(v): 㒲 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(7,13) nonsquare hv_line(v) filled_squared layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,13) hv_line(h) nonsquare filled_squared layer(in) nth(500) % Hv_Line(h): 㒭 mass(2) color_count(purple,2.0) size(2,1) loc_xy(5,13) hv_line(h) nonsquare filled_squared layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(in) nth(496) % Hv_Line(v): 㒙 mass(2) color_count(blue,2.0) size(1,2) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(496) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒅 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(12,11) nonsquare hv_line(v) filled_squared layer(in) nth(492) % Hv_Line(v): 㒅 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(12,11) nonsquare hv_line(v) filled_squared layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑻 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,10) hv_line(h) nonsquare filled_squared layer(in) nth(490) % Hv_Line(h): 㑻 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(25,10) hv_line(h) nonsquare filled_squared layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑱 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,10) hv_line(h) nonsquare filled_squared layer(in) nth(488) % Hv_Line(h): 㑱 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,10) hv_line(h) nonsquare filled_squared layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑬 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(14,10) nonsquare hv_line(v) filled_squared layer(in) nth(487) % Hv_Line(v): 㑬 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(14,10) nonsquare hv_line(v) filled_squared layer(out) nth(487) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,10) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,10) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑢 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,10) nonsquare hv_line(v) filled_squared layer(in) nth(485) % Hv_Line(v): 㑢 mass(2) color_count(purple,2.0) size(1,2) loc_xy(10,10) nonsquare hv_line(v) filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑗 mass(2) color_count(green,2.0) size(2,1) loc_xy(29,9) hv_line(h) nonsquare filled_squared layer(in) nth(483) % Hv_Line(h): 㑗 mass(2) color_count(green,2.0) size(2,1) loc_xy(29,9) hv_line(h) nonsquare filled_squared layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑒 mass(2) color_count(red,2.0) size(2,1) loc_xy(20,9) hv_line(h) nonsquare filled_squared layer(in) nth(482) % Hv_Line(h): 㑒 mass(2) color_count(red,2.0) size(2,1) loc_xy(20,9) hv_line(h) nonsquare filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(2) color_count(purple,2.0) size(1,2) loc_xy(16,9) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(2) color_count(purple,2.0) size(1,2) loc_xy(16,9) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐹 mass(2) color_count(red,2.0) size(2,1) loc_xy(27,8) hv_line(h) nonsquare filled_squared layer(in) nth(477) % Hv_Line(h): 㐹 mass(2) color_count(red,2.0) size(2,1) loc_xy(27,8) hv_line(h) nonsquare filled_squared layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐴 mass(2) color_count(purple,2.0) size(1,2) loc_xy(26,8) nonsquare hv_line(v) filled_squared layer(in) nth(476) % Hv_Line(v): 㐴 mass(2) color_count(purple,2.0) size(1,2) loc_xy(26,8) nonsquare hv_line(v) filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,8) nonsquare hv_line(v) filled_squared layer(in) nth(474) % Hv_Line(v): 㐪 mass(2) color_count(purple,2.0) size(1,2) loc_xy(22,8) nonsquare hv_line(v) filled_squared layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐤 mass(2) color_count(red,2.0) size(2,1) loc_xy(18,8) hv_line(h) nonsquare filled_squared layer(in) nth(473) % Hv_Line(h): 㐤 mass(2) color_count(red,2.0) size(2,1) loc_xy(18,8) hv_line(h) nonsquare filled_squared layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐔 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(6,8) nonsquare hv_line(v) filled_squared layer(in) nth(470) % Hv_Line(v): 㐔 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(6,8) nonsquare hv_line(v) filled_squared layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐊 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,7) hv_line(h) nonsquare filled_squared layer(in) nth(468) % Hv_Line(h): 㐊 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,7) hv_line(h) nonsquare filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐅 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,7) nonsquare hv_line(v) filled_squared layer(in) nth(467) % Hv_Line(v): 㐅 mass(2) color_count(green,2.0) size(1,2) loc_xy(16,7) nonsquare hv_line(v) filled_squared layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇿ mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,6) hv_line(h) nonsquare filled_squared layer(in) nth(466) % Hv_Line(h): ㇿ mass(2) color_count(purple,2.0) size(2,1) loc_xy(29,6) hv_line(h) nonsquare filled_squared layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇺ mass(2) color_count(purple,2.0) size(2,1) loc_xy(22,6) hv_line(h) nonsquare filled_squared layer(in) nth(465) % Hv_Line(h): ㇺ mass(2) color_count(purple,2.0) size(2,1) loc_xy(22,6) hv_line(h) nonsquare filled_squared layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇵ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,6) nonsquare hv_line(v) filled_squared layer(in) nth(464) % Hv_Line(v): ㇵ mass(2) color_count(purple,2.0) size(1,2) loc_xy(20,6) nonsquare hv_line(v) filled_squared layer(out) nth(464) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆬ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(in) nth(459) % Hv_Line(v): ㆬ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆢ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,4) hv_line(h) nonsquare filled_squared layer(in) nth(457) % Hv_Line(h): ㆢ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,4) hv_line(h) nonsquare filled_squared layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,3) hv_line(h) nonsquare filled_squared layer(in) nth(455) % Hv_Line(h): ㆇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(23,3) hv_line(h) nonsquare filled_squared layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆂ mass(2) color_count(red,2.0) size(1,2) loc_xy(20,3) nonsquare hv_line(v) filled_squared layer(in) nth(454) % Hv_Line(v): ㆂ mass(2) color_count(red,2.0) size(1,2) loc_xy(20,3) nonsquare hv_line(v) filled_squared layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅽ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,3) hv_line(h) nonsquare filled_squared layer(in) nth(453) % Hv_Line(h): ㅽ mass(2) color_count(purple,2.0) size(2,1) loc_xy(18,3) hv_line(h) nonsquare filled_squared layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅩ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,3) nonsquare hv_line(v) filled_squared layer(in) nth(449) % Hv_Line(v): ㅩ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(3,3) nonsquare hv_line(v) filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,2) hv_line(h) nonsquare filled_squared layer(in) nth(448) % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(22,2) hv_line(h) nonsquare filled_squared layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅞ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(16,2) nonsquare hv_line(v) filled_squared layer(in) nth(447) % Hv_Line(v): ㅞ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(16,2) nonsquare hv_line(v) filled_squared layer(out) nth(447) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅏ mass(2) color_count(red,2.0) size(1,2) loc_xy(1,2) nonsquare hv_line(v) filled_squared layer(in) nth(444) % Hv_Line(v): ㅏ mass(2) color_count(red,2.0) size(1,2) loc_xy(1,2) nonsquare hv_line(v) filled_squared layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅊ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(in) nth(443) % Hv_Line(h): ㅊ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,1) hv_line(h) nonsquare filled_squared layer(out) nth(443) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅅ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(in) nth(442) % Hv_Line(v): ㅅ mass(2) color_count(red,2.0) size(1,2) loc_xy(27,1) nonsquare hv_line(v) filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(26,1) nonsquare hv_line(v) filled_squared layer(in) nth(441) % Hv_Line(v): ㅀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(26,1) nonsquare hv_line(v) filled_squared layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄻ mass(2) color_count(purple,2.0) size(2,1) loc_xy(24,1) hv_line(h) nonsquare filled_squared layer(in) nth(440) % Hv_Line(h): ㄻ mass(2) color_count(purple,2.0) size(2,1) loc_xy(24,1) hv_line(h) nonsquare filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄶ mass(2) color_count(green,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(in) nth(439) % Hv_Line(h): ㄶ mass(2) color_count(green,2.0) size(2,1) loc_xy(22,1) hv_line(h) nonsquare filled_squared layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄫ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,1) nonsquare hv_line(v) filled_squared layer(in) nth(437) % Hv_Line(v): ㄫ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(11,1) nonsquare hv_line(v) filled_squared layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞓 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,23) rectangluar polygon layer(in) nth(646) % Polygon: 㞓 mass(3) color_count(red,3.0) size(3,3) loc_xy(27,23) rectangluar polygon layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㞉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(4,21) rectangluar polygon layer(in) nth(644) % Polygon: 㞉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(4,21) rectangluar polygon layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝺 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,14) rectangluar polygon layer(in) nth(641) % Polygon: 㝺 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,14) rectangluar polygon layer(out) nth(641) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㝦 mass(3) color_count(green,3.0) size(3,3) loc_xy(15,10) rectangluar polygon layer(in) nth(637) % Polygon: 㝦 mass(3) color_count(green,3.0) size(3,3) loc_xy(15,10) rectangluar polygon layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㜮 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(23,26) rectangluar polygon layer(in) nth(626) % Polygon: 㜮 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(23,26) rectangluar polygon layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㛴 mass(3) color_count(green,3.0) size(3,3) loc_xy(24,17) rectangluar polygon layer(in) nth(615) % Polygon: 㛴 mass(3) color_count(green,3.0) size(3,3) loc_xy(24,17) rectangluar polygon layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚩 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,9) rectangluar polygon layer(in) nth(600) % Polygon: 㚩 mass(3) color_count(blue,3.0) size(3,3) loc_xy(26,9) rectangluar polygon layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㚕 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(14,6) rectangluar polygon layer(in) nth(596) % Polygon: 㚕 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(14,6) rectangluar polygon layer(out) nth(596) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙨 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(27,29) rectangluar polygon layer(in) nth(587) % Polygon: 㙨 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(27,29) rectangluar polygon layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙝 mass(3) color_count(green,3.0) size(2,2) loc_xy(22,29) rectangluar polygon layer(in) nth(585) % Polygon: 㙝 mass(3) color_count(green,3.0) size(2,2) loc_xy(22,29) rectangluar polygon layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(3) color_count(blue,3.0) size(2,2) loc_xy(17,28) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(3) color_count(blue,3.0) size(2,2) loc_xy(17,28) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,28) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(3) color_count(blue,3.0) size(2,2) loc_xy(5,28) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,27) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(1,27) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(3) color_count(red,3.0) size(2,2) loc_xy(27,26) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(3) color_count(red,3.0) size(2,2) loc_xy(27,26) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(3) color_count(green,3.0) size(2,2) loc_xy(23,26) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(3) color_count(green,3.0) size(2,2) loc_xy(23,26) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(3) color_count(green,3.0) size(2,2) loc_xy(17,25) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(3) color_count(green,3.0) size(2,2) loc_xy(17,25) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗬 mass(3) color_count(green,3.0) size(3,1) loc_xy(8,25) hv_line(h) nonsquare filled_squared layer(in) nth(563) % Hv_Line(h): 㗬 mass(3) color_count(green,3.0) size(3,1) loc_xy(8,25) hv_line(h) nonsquare filled_squared layer(out) nth(563) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(3) color_count(red,3.0) size(2,2) loc_xy(15,24) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(3) color_count(red,3.0) size(2,2) loc_xy(15,24) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(3) color_count(green,3.0) size(2,2) loc_xy(13,22) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(3) color_count(green,3.0) size(2,2) loc_xy(13,22) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,21) rectangluar polygon layer(in) nth(542) % Polygon: 㖃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,21) rectangluar polygon layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕟 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(25,19) nonsquare hv_line(v) filled_squared layer(in) nth(535) % Hv_Line(v): 㕟 mass(3) color_count(cyan,3.0) size(1,3) loc_xy(25,19) nonsquare hv_line(v) filled_squared layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕚 mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,19) hv_line(h) nonsquare filled_squared layer(in) nth(534) % Hv_Line(h): 㕚 mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,19) hv_line(h) nonsquare filled_squared layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕐 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,19) rectangluar polygon layer(in) nth(532) % Polygon: 㕐 mass(3) color_count(red,3.0) size(2,2) loc_xy(4,19) rectangluar polygon layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕆 mass(3) color_count(red,3.0) size(3,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(in) nth(530) % Hv_Line(h): 㕆 mass(3) color_count(red,3.0) size(3,1) loc_xy(6,18) hv_line(h) nonsquare filled_squared layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔲 mass(3) color_count(green,3.0) size(2,2) loc_xy(9,17) rectangluar polygon layer(in) nth(526) % Polygon: 㔲 mass(3) color_count(green,3.0) size(2,2) loc_xy(9,17) rectangluar polygon layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㔍 mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,16) nonsquare hv_line(v) filled_squared layer(in) nth(519) % Hv_Line(v): 㔍 mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,16) nonsquare hv_line(v) filled_squared layer(out) nth(519) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(19,14) rectangluar polygon layer(in) nth(509) % Polygon: 㓚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(19,14) rectangluar polygon layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒔 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(28,11) rectangluar polygon layer(in) nth(495) % Polygon: 㒔 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(28,11) rectangluar polygon layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒏 mass(3) color_count(purple,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(in) nth(494) % Polygon: 㒏 mass(3) color_count(purple,3.0) size(2,2) loc_xy(20,11) rectangluar polygon layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒊 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,11) rectangluar polygon layer(in) nth(493) % Polygon: 㒊 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,11) rectangluar polygon layer(out) nth(493) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒀 mass(3) color_count(purple,3.0) size(1,3) loc_xy(30,10) nonsquare hv_line(v) filled_squared layer(in) nth(491) % Hv_Line(v): 㒀 mass(3) color_count(purple,3.0) size(1,3) loc_xy(30,10) nonsquare hv_line(v) filled_squared layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑃 mass(3) color_count(red,3.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(in) nth(479) % Polygon: 㑃 mass(3) color_count(red,3.0) size(2,2) loc_xy(7,9) rectangluar polygon layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,8) rectangluar polygon layer(in) nth(472) % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,8) rectangluar polygon layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐏 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(in) nth(469) % Polygon: 㐏 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(29,7) rectangluar polygon layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇰ mass(3) color_count(green,3.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(in) nth(463) % Polygon: ㇰ mass(3) color_count(green,3.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,6) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(green,3.0) size(2,2) loc_xy(3,6) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆶ mass(3) color_count(green,3.0) size(1,3) loc_xy(27,5) nonsquare hv_line(v) filled_squared layer(in) nth(461) % Hv_Line(v): ㆶ mass(3) color_count(green,3.0) size(1,3) loc_xy(27,5) nonsquare hv_line(v) filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆱ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(25,5) rectangluar polygon layer(in) nth(460) % Polygon: ㆱ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(25,5) rectangluar polygon layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆧ mass(3) color_count(blue,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(in) nth(458) % Polygon: ㆧ mass(3) color_count(blue,3.0) size(2,2) loc_xy(19,4) rectangluar polygon layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅮ mass(3) color_count(green,3.0) size(1,3) loc_xy(5,3) nonsquare hv_line(v) filled_squared layer(in) nth(450) % Hv_Line(v): ㅮ mass(3) color_count(green,3.0) size(1,3) loc_xy(5,3) nonsquare hv_line(v) filled_squared layer(out) nth(450) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅔ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) rectangluar polygon layer(in) nth(445) % Polygon: ㅔ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) rectangluar polygon layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘰 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(21,27) rectangluar polygon layer(in) nth(576) % Polygon: 㘰 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(21,27) rectangluar polygon layer(out) nth(576) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㗱 mass(4) color_count(green,4.0) size(4,1) loc_xy(12,25) hv_line(h) nonsquare filled_squared layer(in) nth(564) % Hv_Line(h): 㗱 mass(4) color_count(green,4.0) size(4,1) loc_xy(12,25) hv_line(h) nonsquare filled_squared layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㖿 mass(4) color_count(red,4.0) size(4,1) loc_xy(17,23) hv_line(h) nonsquare filled_squared layer(in) nth(554) % Hv_Line(h): 㖿 mass(4) color_count(red,4.0) size(4,1) loc_xy(17,23) hv_line(h) nonsquare filled_squared layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖡 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(9,22) rectangluar polygon layer(in) nth(548) % Polygon: 㖡 mass(4) color_count(cyan,4.0) size(2,3) loc_xy(9,22) rectangluar polygon layer(out) nth(548) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(4) color_count(green,4.0) size(2,3) loc_xy(28,21) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(4) color_count(green,4.0) size(2,3) loc_xy(28,21) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕕 mass(4) color_count(purple,4.0) size(3,2) loc_xy(7,19) rectangluar polygon layer(in) nth(533) % Polygon: 㕕 mass(4) color_count(purple,4.0) size(3,2) loc_xy(7,19) rectangluar polygon layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔷 mass(4) color_count(green,4.0) size(2,3) loc_xy(12,17) rectangluar polygon layer(in) nth(527) % Polygon: 㔷 mass(4) color_count(green,4.0) size(2,3) loc_xy(12,17) rectangluar polygon layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒞 mass(4) color_count(green,4.0) size(2,3) loc_xy(21,12) rectangluar polygon layer(in) nth(497) % Polygon: 㒞 mass(4) color_count(green,4.0) size(2,3) loc_xy(21,12) rectangluar polygon layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑶 mass(4) color_count(purple,4.0) size(3,2) loc_xy(23,10) rectangluar polygon layer(in) nth(489) % Polygon: 㑶 mass(4) color_count(purple,4.0) size(3,2) loc_xy(23,10) rectangluar polygon layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑜 mass(4) color_count(red,4.0) size(2,3) loc_xy(5,10) rectangluar polygon layer(in) nth(484) % Polygon: 㑜 mass(4) color_count(red,4.0) size(2,3) loc_xy(5,10) rectangluar polygon layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄟ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(4,1) hv_line(h) nonsquare filled_squared layer(in) nth(435) % Hv_Line(h): ㄟ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(4,1) hv_line(h) nonsquare filled_squared layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙘 mass(5) color_count(green,5.0) size(3,2) loc_xy(12,29) rectangluar polygon layer(in) nth(584) % Polygon: 㙘 mass(5) color_count(green,5.0) size(3,2) loc_xy(12,29) rectangluar polygon layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙓 mass(5) color_count(green,5.0) size(4,2) loc_xy(7,29) rectangluar polygon layer(in) nth(583) % Polygon: 㙓 mass(5) color_count(green,5.0) size(4,2) loc_xy(7,29) rectangluar polygon layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(5) color_count(red,5.0) size(3,3) loc_xy(15,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(5) color_count(red,5.0) size(3,3) loc_xy(15,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(5) color_count(purple,5.0) size(3,2) loc_xy(14,26) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(5) color_count(purple,5.0) size(3,2) loc_xy(14,26) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(5) color_count(purple,5.0) size(2,3) loc_xy(11,26) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(5) color_count(purple,5.0) size(2,3) loc_xy(11,26) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(5) color_count(green,5.0) size(2,4) loc_xy(29,23) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(5) color_count(green,5.0) size(2,4) loc_xy(29,23) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕁 mass(5) color_count(red,5.0) size(4,2) loc_xy(26,17) rectangluar polygon layer(in) nth(529) % Polygon: 㕁 mass(5) color_count(red,5.0) size(4,2) loc_xy(26,17) rectangluar polygon layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒨 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(in) nth(499) % Polygon: 㒨 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒣 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(23,12) rectangluar polygon layer(in) nth(498) % Polygon: 㒣 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(23,12) rectangluar polygon layer(out) nth(498) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(5) color_count(green,5.0) size(3,3) loc_xy(17,9) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(5) color_count(green,5.0) size(3,3) loc_xy(17,9) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐯 mass(5) color_count(green,5.0) size(3,2) loc_xy(23,8) rectangluar polygon layer(in) nth(475) % Polygon: 㐯 mass(5) color_count(green,5.0) size(3,2) loc_xy(23,8) rectangluar polygon layer(out) nth(475) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆌ mass(5) color_count(green,5.0) size(3,2) loc_xy(27,3) rectangluar polygon layer(in) nth(456) % Polygon: ㆌ mass(5) color_count(green,5.0) size(3,2) loc_xy(27,3) rectangluar polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅸ mass(5) color_count(green,5.0) size(3,3) loc_xy(15,3) rectangluar polygon layer(in) nth(452) % Polygon: ㅸ mass(5) color_count(green,5.0) size(3,3) loc_xy(15,3) rectangluar polygon layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅙ mass(5) color_count(red,5.0) size(2,4) loc_xy(4,2) rectangluar polygon layer(in) nth(446) % Polygon: ㅙ mass(5) color_count(red,5.0) size(2,4) loc_xy(4,2) rectangluar polygon layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(6) color_count(green,6.0) size(4,3) loc_xy(25,27) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(6) color_count(green,6.0) size(4,3) loc_xy(25,27) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,22) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,22) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔡 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,17) rectangluar polygon layer(in) nth(523) % Polygon: 㔡 mass(6) color_count(green,6.0) size(3,4) loc_xy(1,17) rectangluar polygon layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓳 mass(6) color_count(red,6.0) size(2,4) loc_xy(11,15) rectangluar polygon layer(in) nth(514) % Polygon: 㓳 mass(6) color_count(red,6.0) size(2,4) loc_xy(11,15) rectangluar polygon layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(6) color_count(green,6.0) size(5,2) loc_xy(26,13) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(6) color_count(green,6.0) size(5,2) loc_xy(26,13) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(7) color_count(purple,7.0) size(5,2) loc_xy(22,24) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(7) color_count(purple,7.0) size(5,2) loc_xy(22,24) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕯 mass(7) color_count(green,7.0) size(4,3) loc_xy(7,20) rectangluar polygon layer(in) nth(538) % Polygon: 㕯 mass(7) color_count(green,7.0) size(4,3) loc_xy(7,20) rectangluar polygon layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(7) color_count(cyan,7.0) size(5,3) loc_xy(9,8) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(7) color_count(cyan,7.0) size(5,3) loc_xy(9,8) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄱ mass(7) color_count(cyan,7.0) size(4,3) loc_xy(18,1) rectangluar polygon layer(in) nth(438) % Polygon: ㄱ mass(7) color_count(cyan,7.0) size(4,3) loc_xy(18,1) rectangluar polygon layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓟 mass(8) color_count(green,8.0) size(2,5) loc_xy(22,14) rectangluar polygon layer(in) nth(510) % Polygon: 㓟 mass(8) color_count(green,8.0) size(2,5) loc_xy(22,14) rectangluar polygon layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㐾 mass(11) color_count(green,11.0) size(4,4) loc_xy(2,9) rectangluar outline polygon layer(in) nth(478) % Outline: 㐾 mass(11) color_count(green,11.0) size(4,4) loc_xy(2,9) rectangluar outline polygon layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: 䣳 mass(50) color_count(purple,50.0) size(10,7) loc_xy(5,1) squares outline polygon layer(in) nth(1522) % Outline: 䩘 mass(54) color_count(cyan,54.0) size(9,10) loc_xy(14,14) squares outline polygon layer(in) nth(1592) _________________________________________________________________________________ groupB=9. % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,18) point layer(out) nth(772) % Point: 㡙 mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,6) point layer(out) nth(685) % Point: 㟞 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,2) point layer(out) nth(661) % Hv_Line(h): 㖺 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(15,23) hv_line(h) nonsquare filled_squared layer(out) nth(553) % Polygon: ㄥ mass(3) color_count(purple,3.0) size(2,2) loc_xy(8,1) rectangluar polygon layer(out) nth(436) % Polygon: 㔃 mass(4) color_count(cyan,4.0) size(3,2) loc_xy(20,15) rectangluar polygon layer(out) nth(517) % Polygon: 㓐 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(16,14) rectangluar polygon layer(out) nth(507) % Outline: 㔼 mass(42) color_count(yellow,42.0) size(7,6) loc_xy(14,17) nonsquare rectangluar outline filled_squared layer(out) nth(528) % Outline: ㅳ mass(45) color_count(yellow,45.0) size(9,5) loc_xy(6,3) nonsquare rectangluar outline filled_squared layer(out) nth(451) _________________________________________________________________________________ disjointed( [' 䣳', ' 䩘'], [ ' 㨒', ' 㡙', ' 㟞', ' 㖺', ' ㄥ', ' 㔃', ' 㓐', ' 㔼', ' ㅳ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('25094a63'),[]) [ +mask_match, +shape_match, -rotation_match, -color_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('25094a63')*(tst+0)+in) test(v('25094a63')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(cyan, 262.0). cc:0=cc(green, 211.0). cc:1=cc(green, 253.0). cc:1=cc(cyan, 192.0). cc:2=cc(blue, 196.0). cc:2=cc(blue, 176.0). cc:3=cc(red, 101.0). cc:3=cc(yellow, 132.0). cc:4=cc(purple, 88.0). cc:4=cc(red, 101.0). cc:5=cc(purple, 88.0).  ___________________________________________________________  ___________________________________________________________ 㙓 㙘 ひ ひ ひ 㙝 㙣 㙨 㙭 ぷ ぷ 㙲 㙷 㙼 ぼ 㚁 㖃 め め め 㚆 㖈 ゆ ゆ 㚋 㚐 㚕 㚚 る 㚟 㙓 㙘 ひ ひ ひ 㙝 㙣 㙨 㙭 ぷ ぷ 㙲 㙷 㙼 ぼ 㚁 㖃 め め め 㚆 㖈 ゆ ゆ 㚋 㚐 㚕 㚚 る 㚟 㚤 ゐ ゐ ゕ ゕ ァ ウ ウ 㚩 㖍 ぷ ぷ 㘁 ぼ ぼ 㖃 㚮 カ カ グ 㖈 㖒 䚎 㚸 㚽 㛂 る る る 㛇 㚤 ゐ ゐ ゕ ゕ ァ ウ ウ 㚩 㖍 ぷ ぷ 㘁 ぼ ぼ 㖃 㚮 カ カ グ 㖈 㖒 㚳 㚸 㚽 㛂 る る る 㛇 サ サ 㖗 㛌 㛑 ァ 㛖 冩 㖍 㛛 㛠 ズ タ 㘁 冮 㛥 㛪 㛯 ツ グ 㖒 䚎 䚎 䚎 䚎 䚎 䚎 る 㘆 㛴 サ サ 㖗 㛌 㛑 ァ 㛖 㖜 㖍 㛛 㛠 ズ タ 㘁 㖡 㛥 㛪 㛯 ツ グ 㖒 ド ド ド ド ド ノ る 㘆 㛴 㛹 㖗 㛾 㖦 ビ ァ 䚬 ヘ ヘ ヘ 㜄 ズ タ 䚬 㜉 㜎 㘋 ツ ツ グ 䚎 䚎 䚎 䚎 䚎 䚎 䚎 㜓 モ 㘆 㛹 㖗 㛾 㖦 ビ ァ 㖜 ヘ ヘ ヘ 㜄 ズ タ 㖡 㜉 㜎 㘋 ツ ツ グ ポ ド ド ド ド ド ノ 㜓 モ 㘆 㜘 ョ 㖦 㜝 ビ レ 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ 㘋 㜣 䚎 䚎 䚎 䚎 䚎 䚎 䚎 㜩 㜮 モ 㖫 㜘 ョ 㖦 㜝 ビ レ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ 㘋 㜣 ポ ポ ド ド ド ド ド 㜩 㜮 モ 㖫 㜳 ョ ー 㜸 ビ レ 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ ヶ 㖰 䚎 ㄆ 䚎 䚎 䚎 䚎 䚎 㜽 㝂 㖫 ㄋ 㜳 ョ ー 㜸 ビ レ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ ヶ 㖰 ポ ㄆ ド ド ド ド ド 㜽 㝂 㖫 ㄋ ー ー ー ー ビ 㝇 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ 㖰 䚎 䚎 ㄆ 㝌 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝑 ㄋ ー ー ー ー ビ 㝇 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ 㖰 ポ ポ ㄆ 㝌 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝑 ㄋ ー ー 㝖 ー 㖵 㝛 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚎 䚎 㝦 ㄕ 㝫 ㄚ 㝰 㖺 ㄐ ㄐ ㄐ 㝵 㝺 ー ー 㝖 ー 㖵 㝛 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ 㝡 ポ ポ 㝦 ㄕ 㝫 ㄚ 㝰 㖺 ㄐ ㄐ ㄐ 㝵 㝺 㘐 㖿 㘕 㖵 㝿 㞄 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 㞉 ㄟ ㄟ ㄟ ㄕ 㞎 ㄚ 㖺 ㄥ ㄥ 㞓 㞘 㞝 ㄫ 㘐 㖿 㘕 㖵 㝿 㞄 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ 㞉 ㄟ ㄟ ㄟ ㄕ 㞎 ㄚ 㖺 ㄥ ㄥ 㞓 㞘 㞝 ㄫ 㖿 㘐 㖵 㘕 㞢 㞧 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ㄱ ㄟ ㄶ ㄶ ㄻ 㞬 㗄 ㄥ ㄥ 㞱 ㅀ ㅀ ㅀ ㄫ 㖿 㘐 㖵 㘕 㞢 㞧 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ㄱ ㄟ ㄶ ㄶ ㄻ 㞬 㗄 ㄥ ㄥ 㞱 ㅀ ㅀ ㅀ ㄫ ㅅ ㅅ ㅊ ㅊ 㗉 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ㄱ ㄟ 㘚 㞻 ㄻ 㗄 ㅏ 㘟 㟀 ㅔ ㅔ ㅔ 㟅 㟊 ㅅ ㅅ ㅊ ㅊ 㗉 㞶 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ㄱ ㄟ 㘚 㞻 ㄻ 㗄 ㅏ 㘟 㟀 ㅔ ㅔ ㅔ 㟅 㟊 㟏 ㅊ ㅊ 㗉 ㅙ 㟔 䚬 㟙 ㅤ ㅤ 䚬 㟣 㟨 㟭 䚬 㟷 㟼 㘥 㘫 㘚 ㅩ ㅩ ㅏ 㠂 㘟 ㅮ 㠇 ㅳ ㅳ ㅳ 㟏 ㅊ ㅊ 㗉 ㅙ 㟔 ㅞ 㟙 ㅤ ㅤ 㟞 㟣 㟨 㟭 㟲 㟷 㟼 㘥 㘫 㘚 ㅩ ㅩ ㅏ 㠂 㘟 ㅮ 㠇 ㅳ ㅳ ㅳ 㘰 㠌 ㅸ 㠑 ㅙ 㠖 䚬 䚬 㠛 㠠 ㅽ ㅽ ㅽ ㅽ ㆂ ㆂ ㆂ 㠦 㘥 㘫 ㆇ ㆇ ㅏ ㅏ ㆌ ㅮ ㆢ ㆢ 㠬 㗎 㘰 㠌 ㅸ 㠑 ㅙ 㠖 ㅞ ㅞ 㠛 㠠 ㅽ ㅽ ㅽ ㅽ ㆂ ㆂ ㆂ 㠦 㘥 㘫 ㆇ ㆇ ㅏ ㅏ ㆌ ㅮ ㆢ ㆢ 㠬 㗎 ㆧ 㘰 ㅸ 㠱 㗓 㠶 㠻 㘵 㡀 ㆬ ㆱ ㆱ ㆶ ㆻ 㡅 ㆂ ㇰ ㇰ ㇵ 㘥 ㆇ 㡊 㡏 ㆌ ㆌ 㡔 ㆢ ㆢ 㗎 ㇺ ㆧ 㘰 ㅸ 㠱 㗓 㠶 㠻 㘵 㡀 ㆬ ㆱ ㆱ ㆶ ㆻ 㡅 ㆂ ㇰ ㇰ ㇵ 㘥 ㆇ 㡊 㡏 ㆌ ㆌ 㡔 ㆢ ㆢ 㗎 ㇺ ㆧ ㆧ 㘰 㗓 㗘 㡙 ㇿ ㇿ 㘵 ㆬ 㡞 㐅 ㆶ ㆻ ㆻ ㆂ ㆂ ㆂ ㇵ ㇵ ㇵ ㆌ ㆌ ㆌ 㗝 㡤 㗢 㐊 㐊 ㇺ ㆧ ㆧ 㘰 㗓 㗘 㡙 ㇿ ㇿ 㘵 ㆬ 㡞 㐅 ㆶ ㆻ ㆻ ㆂ ㆂ ㆂ ㇵ ㇵ ㇵ ㆌ ㆌ ㆌ 㗝 㡤 㗢 㐊 㐊 ㇺ 㡩 ㆧ 㗓 㗘 㐏 㡮 㐔 ㇿ ㇿ 㡳 㐅 㐅 ㆶ 㡸 㐙 㐙 ㆂ ㆂ ㆂ 㡽 ㆌ ㆌ ㆌ 㗝 㢂 㗢 㢇 㢌 㢑 㢖 㡩 ㆧ 㗓 㗘 㐏 㡮 㐔 ㇿ ㇿ 㡳 㐅 㐅 ㆶ 㡸 㐙 㐙 ㆂ ㆂ ㆂ 㡽 ㆌ ㆌ ㆌ 㗝 㢂 㗢 㢇 㢌 㢑 㢖 㢛 ㆧ 㐞 㐞 㐏 㢠 㐔 㐔 㢥 㐤 㐅 㢪 㢯 㐪 㐪 㐙 㢴 ㆂ 㢹 㢾 ㆌ 㐯 㐯 㐯 㐴 㐴 㐹 㐾 㐾 㑃 㢛 ㆧ 㐞 㐞 㐏 㢠 㐔 㐔 㢥 㐤 㐅 㢪 㢯 㐪 㐪 㐙 㢴 ㆂ 㢹 㢾 ㆌ 㐯 㐯 㐯 㐴 㐴 㐹 㐾 㐾 㑃 ㆧ ㆧ 㐞 㑈 㑍 㘺 㐔 㐔 㣃 㐤 㐤 㑒 㑒 㐪 㣈 㑗 㑜 㑢 㑧 㑧 ㆌ 㐯 㣍 㐯 㐯 㑬 㐹 㣒 㣗 㑃 ㆧ ㆧ 㐞 㑈 㑍 㘺 㐔 㐔 㣃 㐤 㐤 㑒 㑒 㐪 㣈 㑗 㑜 㑢 㑧 㑧 ㆌ 㐯 㣍 㐯 㐯 㑬 㐹 㣒 㣗 㑃 㣜 㣡 㑱 㑈 㑍 㑍 㘺 㐔 㐔 㣦 㑶 㑻 㑻 㑶 㑗 㑗 㑜 㑢 䟿 㣰 㣵 㣺 㣿 㒀 㒀 㑬 㘿 㒅 㒅 㒊 㣜 㣡 㑱 㑈 㑍 㑍 㘺 㐔 㐔 㣦 㑶 㑻 㑻 㑶 㑗 㑗 㑜 㑢 㣫 㣰 㣵 㣺 㣿 㒀 㒀 㑬 㘿 㒅 㒅 㒊 㑱 㑱 㑱 㤅 㤊 㒏 㒏 㐔 㒔 㒔 㑶 㑶 㑶 㑶 㤏 䟿 䟿 䟿 䟿 䟿 䟿 㤔 㤙 㒞 㤞 㒞 㒞 㘿 㤤 㒊 㑱 㑱 㑱 㤅 㤊 㒏 㒏 㐔 㒔 㒔 㑶 㑶 㑶 㑶 㤏 㒙 㒙 㒙 㒙 㒙 㒙 㤔 㤙 㒞 㤞 㒞 㒞 㘿 㤤 㒊 㤪 㑱 㙄 㤯 㒣 㒨 㒏 㐔 㤴 㤹 㤾 㒭 㑶 㑶 㥃 䟿 䟿 䟿 䟿 䟿 䟿 㥈 㥍 㒞 㒞 㒞 㒲 㒲 㒷 㒷 㤪 㑱 㙄 㤯 㒣 㒨 㒏 㐔 㤴 㤹 㤾 㒭 㑶 㑶 㥃 㒙 㒙 㒙 㒙 㒙 㒙 㥈 㥍 㒞 㒞 㒞 㒲 㒲 㒷 㒷 㥒 㒼 㥗 㙄 㒣 㒨 㒏 㒏 㓁 㓁 㗧 㒭 㥜 㑶 㥢 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㓆 㥬 㒞 㒲 㒲 㥱 㥶 㒷 㥒 㒼 㥗 㙄 㒣 㒨 㒏 㒏 㓁 㓁 㗧 㒭 㥜 㑶 㥢 㒙 㒙 㒙 㒙 㒙 㒙 㥧 㓆 㥬 㒞 㒲 㒲 㥱 㥶 㒷 㥻 㒼 㓋 㓋 㒣 㦀 㦅 㦊 㓁 㗧 㒭 㒭 㒭 㓐 㓐 䟿 䟿 䟿 䟿 䟿 䟿 㓆 㓆 㓕 㓚 㓟 㓟 㓤 㦏 㦔 㥻 㒼 㓋 㓋 㒣 㦀 㦅 㦊 㓁 㗧 㒭 㒭 㒭 㓐 㓐 㒙 㒙 㒙 㒙 㒙 㒙 㓆 㓆 㓕 㓚 㓟 㓟 㓤 㦏 㦔 㒼 㒼 㗬 㓩 㓩 㓮 㓳 㓳 㦙 㦞 㦣 㓸 㒭 㦨 㓐 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㓕 㓕 㓚 㓚 㦭 㓤 㓤 㓤 㒼 㒼 㗬 㓩 㓩 㓮 㓳 㓳 㦙 㦞 㦣 㓸 㒭 㦨 㓐 㒙 㒙 㒙 㒙 㒙 㒙 㓽 㓕 㓕 㓚 㓚 㦭 㓤 㓤 㓤 㒼 㗬 㦲 㦷 㔃 㓮 㓳 㦼 㔈 㔈 㧁 㓸 㒭 䟿 㧆 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㧋 㧐 㧕 㓚 㓚 㗱 㧚 㧟 㒼 㗬 㦲 㦷 㔃 㓮 㓳 㦼 㔈 㔈 㧁 㓸 㒭 㔍 㧆 㒙 㒙 㒙 㒙 㒙 㒙 㓽 㧋 㧐 㧕 㓚 㓚 㗱 㧚 㧟 㔒 㔒 㧤 㔃 㔃 㓳 㓳 㓳 㓳 㔗 㔗 㧩 㒭 䟿 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㔜 㔜 㧮 㧳 㔡 㗱 㧸 㔨 㧽 㔒 㔒 㧤 㔃 㔃 㓳 㓳 㓳 㓳 㔗 㔗 㧩 㒭 㔍 㔍 㒙 㒙 㒙 㒙 㒙 㒙 㔜 㔜 㧮 㧳 㔡 㗱 㧸 㔨 㧽 㔭 㔭 㔲 㔲 㔲 㔷 㔷 㔼 㔼 㔼 㨃 㕁 㨈 䟿 䟿 䟿 䟿 䟿 㨍 㕆 㕆 㔜 㔜 㨒 㔡 㔡 㕋 㨗 㔨 㔨 㔭 㔭 㔲 㔲 㔲 㔷 㔷 㔼 㔼 㔼 㨃 㕁 㨈 㔍 㔍 㔍 㔍 㔍 㨍 㕆 㕆 㔜 㔜 㨒 㔡 㔡 㕋 㨗 㔨 㔨 㕐 㕐 㕕 㕕 㕕 㨜 㔼 㔼 㕁 㕁 㕁 㕁 㨡 䟿 㕚 㙉 䟿 䟿 㨨 㕟 㕟 㕟 㗶 㨭 㨲 㨷 㕋 㨼 㩁 㔨 㕐 㕐 㕕 㕕 㕕 㨜 㔼 㔼 㕁 㕁 㕁 㕁 㨡 㔍 㕚 㙉 㔍 㔍 㨨 㕟 㕟 㕟 㗶 㨭 㨲 㨷 㕋 㨼 㩁 㔨 㩆 㙎 㩋 㕕 㩐 㩕 㔼 㔼 㔼 㔼 㕥 㩚 㩟 㕚 㕚 㩥 㙉 㗻 㩪 㕪 㕟 㗶 㕯 㕯 㕯 㩯 㕴 㩴 㩹 㔨 㩆 㙎 㩋 㕕 㩐 㩕 㔼 㔼 㔼 㔼 㕥 㩚 㩟 㕚 㕚 㩥 㙉 㗻 㩪 㕪 㕟 㗶 㕯 㕯 㕯 㩯 㕴 㩴 㩹 㔨 㩾 㪃 㙎 㪈 㪍 㪒 㪗 㕹 㕹 㔼 㕥 㕥 㪜 㕾 㕾 㪡 㗻 㙉 㪦 㕪 㕟 㪫 㪰 㪵 㕯 㪺 㕴 㕴 㕴 㔨 㩾 㪃 㙎 㪈 㪍 㪒 㪗 㕹 㕹 㔼 㕥 㕥 㪜 㕾 㕾 㪡 㗻 㙉 㪦 㕪 㕟 㪫 㪰 㪵 㕯 㪺 㕴 㕴 㕴 㔨  ___________________________________________________________  ___________________________________________________________ common(v('25094a63')*(tst+0)+in) common(v('25094a63')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(cyan, 262.0). cc:0=cc(green, 211.0). cc:1=cc(green, 253.0). cc:1=cc(cyan, 192.0). cc:2=cc(blue, 196.0). cc:2=cc(blue, 176.0). cc:3=cc(red, 101.0). cc:3=cc(yellow, 132.0). cc:4=cc(purple, 88.0). cc:4=cc(red, 101.0). cc:5=cc(purple, 88.0). compare_objs1([perfect]). % Outline: ㆌ mass(11) color_count(green,11.0) size(5,6) loc_xy(21,13) rectangluar outline polygon layer(in) nth(456) % Outline: ㆌ mass(11) color_count(green,11.0) size(5,6) loc_xy(21,13) rectangluar outline polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ㆂ mass(11) color_count(green,11.0) size(5,5) loc_xy(15,13) rectangluar outline polygon layer(in) nth(454) % Outline: ㆂ mass(11) color_count(green,11.0) size(5,5) loc_xy(15,13) rectangluar outline polygon layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㔼 mass(10) color_count(green,10.0) size(4,4) loc_xy(7,27) rectangluar outline polygon layer(in) nth(528) % Outline: 㔼 mass(10) color_count(green,10.0) size(4,4) loc_xy(7,27) rectangluar outline polygon layer(out) nth(528) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㑶 mass(9) color_count(green,9.0) size(4,4) loc_xy(11,19) rectangluar outline polygon layer(in) nth(489) % Outline: 㑶 mass(9) color_count(green,9.0) size(4,4) loc_xy(11,19) rectangluar outline polygon layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㐔 mass(9) color_count(green,9.0) size(3,6) loc_xy(7,16) rectangluar outline polygon layer(in) nth(470) % Outline: 㐔 mass(9) color_count(green,9.0) size(3,6) loc_xy(7,16) rectangluar outline polygon layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄐ mass(9) color_count(cyan,9.0) size(6,2) loc_xy(23,7) rectangluar polygon layer(in) nth(432) % Polygon: ㄐ mass(9) color_count(cyan,9.0) size(6,2) loc_xy(23,7) rectangluar polygon layer(out) nth(432) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㒭 mass(8) color_count(cyan,8.0) size(3,6) loc_xy(11,21) rectangluar outline polygon layer(in) nth(500) % Outline: 㒭 mass(8) color_count(cyan,8.0) size(3,6) loc_xy(11,21) rectangluar outline polygon layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ー mass(8) color_count(green,8.0) size(4,3) loc_xy(1,6) rectangluar outline polygon layer(in) nth(429) % Outline: ー mass(8) color_count(green,8.0) size(4,3) loc_xy(1,6) rectangluar outline polygon layer(out) nth(429) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓳 mass(7) color_count(red,7.0) size(4,3) loc_xy(6,24) rectangluar polygon layer(in) nth(514) % Polygon: 㓳 mass(7) color_count(red,7.0) size(4,3) loc_xy(6,24) rectangluar polygon layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒞 mass(7) color_count(cyan,7.0) size(4,3) loc_xy(24,20) rectangluar polygon layer(in) nth(497) % Polygon: 㒞 mass(7) color_count(cyan,7.0) size(4,3) loc_xy(24,20) rectangluar polygon layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆧ mass(7) color_count(cyan,7.0) size(2,5) loc_xy(1,14) rectangluar polygon layer(in) nth(458) % Polygon: ㆧ mass(7) color_count(cyan,7.0) size(2,5) loc_xy(1,14) rectangluar polygon layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔨 mass(6) color_count(cyan,6.0) size(2,5) loc_xy(29,26) rectangluar polygon layer(in) nth(524) % Polygon: 㔨 mass(6) color_count(cyan,6.0) size(2,5) loc_xy(29,26) rectangluar polygon layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐯 mass(6) color_count(cyan,6.0) size(4,2) loc_xy(22,17) rectangluar polygon layer(in) nth(475) % Polygon: 㐯 mass(6) color_count(cyan,6.0) size(4,2) loc_xy(22,17) rectangluar polygon layer(out) nth(475) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(20,28) rectangluar polygon layer(in) nth(535) % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(20,28) rectangluar polygon layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕁 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(9,27) rectangluar polygon layer(in) nth(529) % Polygon: 㕁 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(9,27) rectangluar polygon layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓚 mass(5) color_count(green,5.0) size(3,3) loc_xy(25,23) rectangluar polygon layer(in) nth(509) % Polygon: 㓚 mass(5) color_count(green,5.0) size(3,3) loc_xy(25,23) rectangluar polygon layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒼 mass(5) color_count(blue,5.0) size(2,4) loc_xy(1,22) rectangluar polygon layer(in) nth(503) % Polygon: 㒼 mass(5) color_count(blue,5.0) size(2,4) loc_xy(1,22) rectangluar polygon layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒏 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(6,20) rectangluar polygon layer(in) nth(494) % Polygon: 㒏 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(6,20) rectangluar polygon layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑱 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,19) rectangluar polygon layer(in) nth(488) % Polygon: 㑱 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,19) rectangluar polygon layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄟ mass(5) color_count(cyan,5.0) size(3,3) loc_xy(18,9) rectangluar polygon layer(in) nth(435) % Polygon: ㄟ mass(5) color_count(cyan,5.0) size(3,3) loc_xy(18,9) rectangluar polygon layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: る mass(5) color_count(cyan,5.0) size(3,3) loc_xy(27,1) rectangluar polygon layer(in) nth(408) % Polygon: る mass(5) color_count(cyan,5.0) size(3,3) loc_xy(27,1) rectangluar polygon layer(out) nth(408) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕴 mass(4) color_count(green,4.0) size(3,2) loc_xy(27,29) rectangluar polygon layer(in) nth(539) % Polygon: 㕴 mass(4) color_count(green,4.0) size(3,2) loc_xy(27,29) rectangluar polygon layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕯 mass(4) color_count(green,4.0) size(3,2) loc_xy(23,29) rectangluar polygon layer(in) nth(538) % Polygon: 㕯 mass(4) color_count(green,4.0) size(3,2) loc_xy(23,29) rectangluar polygon layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕕 mass(4) color_count(green,4.0) size(3,2) loc_xy(3,28) rectangluar polygon layer(in) nth(533) % Polygon: 㕕 mass(4) color_count(green,4.0) size(3,2) loc_xy(3,28) rectangluar polygon layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: 㔜 mass(4) color_count(red,4.0) size(2,2) loc_xy(22,26) squares rectangluar filled_squared layer(in) nth(522) % Squares: 㔜 mass(4) color_count(red,4.0) size(2,2) loc_xy(22,26) squares rectangluar filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓤 mass(4) color_count(green,4.0) size(3,2) loc_xy(28,23) rectangluar polygon layer(in) nth(511) % Polygon: 㓤 mass(4) color_count(green,4.0) size(3,2) loc_xy(28,23) rectangluar polygon layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒲 mass(4) color_count(green,4.0) size(3,2) loc_xy(26,21) rectangluar polygon layer(in) nth(501) % Polygon: 㒲 mass(4) color_count(green,4.0) size(3,2) loc_xy(26,21) rectangluar polygon layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐅 mass(4) color_count(blue,4.0) size(2,3) loc_xy(11,15) rectangluar polygon layer(in) nth(467) % Polygon: 㐅 mass(4) color_count(blue,4.0) size(2,3) loc_xy(11,15) rectangluar polygon layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇿ mass(4) color_count(blue,4.0) size(3,2) loc_xy(7,15) rectangluar polygon layer(in) nth(466) % Polygon: ㇿ mass(4) color_count(blue,4.0) size(3,2) loc_xy(7,15) rectangluar polygon layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇵ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(19,14) rectangluar polygon layer(in) nth(464) % Polygon: ㇵ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(19,14) rectangluar polygon layer(out) nth(464) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ㆢ mass(4) color_count(green,4.0) size(2,2) loc_xy(27,13) squares rectangluar filled_squared layer(in) nth(457) % Squares: ㆢ mass(4) color_count(green,4.0) size(2,2) loc_xy(27,13) squares rectangluar filled_squared layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅽ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,13) hv_line(h) nonsquare filled_squared layer(in) nth(453) % Hv_Line(h): ㅽ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,13) hv_line(h) nonsquare filled_squared layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅏ mass(4) color_count(purple,4.0) size(2,3) loc_xy(23,11) rectangluar polygon layer(in) nth(444) % Polygon: ㅏ mass(4) color_count(purple,4.0) size(2,3) loc_xy(23,11) rectangluar polygon layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅊ mass(4) color_count(blue,4.0) size(3,2) loc_xy(2,11) rectangluar polygon layer(in) nth(443) % Polygon: ㅊ mass(4) color_count(blue,4.0) size(3,2) loc_xy(2,11) rectangluar polygon layer(out) nth(443) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄥ mass(4) color_count(green,4.0) size(3,2) loc_xy(24,9) rectangluar polygon layer(in) nth(436) % Polygon: ㄥ mass(4) color_count(green,4.0) size(3,2) loc_xy(24,9) rectangluar polygon layer(out) nth(436) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ヶ mass(4) color_count(blue,4.0) size(2,3) loc_xy(17,5) rectangluar polygon layer(in) nth(428) % Polygon: ヶ mass(4) color_count(blue,4.0) size(2,3) loc_xy(17,5) rectangluar polygon layer(out) nth(428) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ビ mass(4) color_count(cyan,4.0) size(1,4) loc_xy(5,4) nonsquare hv_line(v) filled_squared layer(in) nth(421) % Hv_Line(v): ビ mass(4) color_count(cyan,4.0) size(1,4) loc_xy(5,4) nonsquare hv_line(v) filled_squared layer(out) nth(421) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ぷ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,1) rectangluar polygon layer(in) nth(404) % Polygon: ぷ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,1) rectangluar polygon layer(out) nth(404) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘰 mass(3) color_count(blue,3.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(in) nth(576) % Polygon: 㘰 mass(3) color_count(blue,3.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(out) nth(576) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘥 mass(3) color_count(green,3.0) size(3,3) loc_xy(18,12) rectangluar polygon layer(in) nth(574) % Polygon: 㘥 mass(3) color_count(green,3.0) size(3,3) loc_xy(18,12) rectangluar polygon layer(out) nth(574) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(3,14) rectangluar polygon layer(in) nth(558) % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(3,14) rectangluar polygon layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖵 mass(3) color_count(red,3.0) size(3,3) loc_xy(3,8) rectangluar polygon layer(in) nth(552) % Polygon: 㖵 mass(3) color_count(red,3.0) size(3,3) loc_xy(3,8) rectangluar polygon layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕥 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,29) rectangluar polygon layer(in) nth(536) % Polygon: 㕥 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,29) rectangluar polygon layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(in) nth(534) % Polygon: 㕚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔲 mass(3) color_count(blue,3.0) size(3,1) loc_xy(3,27) hv_line(h) nonsquare filled_squared layer(in) nth(526) % Hv_Line(h): 㔲 mass(3) color_count(blue,3.0) size(3,1) loc_xy(3,27) hv_line(h) nonsquare filled_squared layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔡 mass(3) color_count(blue,3.0) size(2,2) loc_xy(25,26) rectangluar polygon layer(in) nth(523) % Polygon: 㔡 mass(3) color_count(blue,3.0) size(2,2) loc_xy(25,26) rectangluar polygon layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,25) rectangluar polygon layer(in) nth(517) % Polygon: 㔃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,25) rectangluar polygon layer(out) nth(517) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓕 mass(3) color_count(blue,3.0) size(2,2) loc_xy(23,23) rectangluar polygon layer(in) nth(508) % Polygon: 㓕 mass(3) color_count(blue,3.0) size(2,2) loc_xy(23,23) rectangluar polygon layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓐 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,23) rectangluar polygon layer(in) nth(507) % Polygon: 㓐 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,23) rectangluar polygon layer(out) nth(507) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓆 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,22) rectangluar polygon layer(in) nth(505) % Polygon: 㓆 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,22) rectangluar polygon layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(3) color_count(blue,3.0) size(2,2) loc_xy(9,22) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(3) color_count(blue,3.0) size(2,2) loc_xy(9,22) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒷 mass(3) color_count(blue,3.0) size(2,2) loc_xy(29,21) rectangluar polygon layer(in) nth(502) % Polygon: 㒷 mass(3) color_count(blue,3.0) size(2,2) loc_xy(29,21) rectangluar polygon layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒣 mass(3) color_count(blue,3.0) size(1,3) loc_xy(5,21) nonsquare hv_line(v) filled_squared layer(in) nth(498) % Hv_Line(v): 㒣 mass(3) color_count(blue,3.0) size(1,3) loc_xy(5,21) nonsquare hv_line(v) filled_squared layer(out) nth(498) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(15,18) rectangluar polygon layer(in) nth(483) % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(15,18) rectangluar polygon layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(3) color_count(green,3.0) size(2,2) loc_xy(5,18) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(3) color_count(green,3.0) size(2,2) loc_xy(5,18) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐪 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(in) nth(474) % Polygon: 㐪 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐤 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(10,17) rectangluar polygon layer(in) nth(473) % Polygon: 㐤 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(10,17) rectangluar polygon layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(3,17) rectangluar polygon layer(in) nth(472) % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(3,17) rectangluar polygon layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(15,16) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(15,16) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,14) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,14) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(13,14) nonsquare hv_line(v) filled_squared layer(in) nth(461) % Hv_Line(v): ㆶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(13,14) nonsquare hv_line(v) filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆇ mass(3) color_count(blue,3.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(in) nth(455) % Polygon: ㆇ mass(3) color_count(blue,3.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅳ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,12) hv_line(h) nonsquare filled_squared layer(in) nth(451) % Hv_Line(h): ㅳ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,12) hv_line(h) nonsquare filled_squared layer(out) nth(451) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅔ mass(3) color_count(blue,3.0) size(3,1) loc_xy(26,11) hv_line(h) nonsquare filled_squared layer(in) nth(445) % Hv_Line(h): ㅔ mass(3) color_count(blue,3.0) size(3,1) loc_xy(26,11) hv_line(h) nonsquare filled_squared layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅀ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(27,10) hv_line(h) nonsquare filled_squared layer(in) nth(441) % Hv_Line(h): ㅀ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(27,10) hv_line(h) nonsquare filled_squared layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ヘ mass(3) color_count(red,3.0) size(3,1) loc_xy(8,4) hv_line(h) nonsquare filled_squared layer(in) nth(422) % Hv_Line(h): ヘ mass(3) color_count(red,3.0) size(3,1) loc_xy(8,4) hv_line(h) nonsquare filled_squared layer(out) nth(422) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ツ mass(3) color_count(blue,3.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(in) nth(418) % Polygon: ツ mass(3) color_count(blue,3.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(out) nth(418) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): グ mass(3) color_count(green,3.0) size(1,3) loc_xy(20,2) nonsquare hv_line(v) filled_squared layer(in) nth(414) % Hv_Line(v): グ mass(3) color_count(green,3.0) size(1,3) loc_xy(20,2) nonsquare hv_line(v) filled_squared layer(out) nth(414) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ァ mass(3) color_count(blue,3.0) size(1,3) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(in) nth(411) % Hv_Line(v): ァ mass(3) color_count(blue,3.0) size(1,3) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(out) nth(411) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): め mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,1) hv_line(h) nonsquare filled_squared layer(in) nth(406) % Hv_Line(h): め mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,1) hv_line(h) nonsquare filled_squared layer(out) nth(406) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ぼ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(in) nth(405) % Polygon: ぼ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(out) nth(405) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ひ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,1) hv_line(h) nonsquare filled_squared layer(in) nth(403) % Hv_Line(h): ひ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,1) hv_line(h) nonsquare filled_squared layer(out) nth(403) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,29) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,29) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,21) rectangluar polygon layer(in) nth(580) % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,21) rectangluar polygon layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,19) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,19) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘺 mass(2) color_count(purple,2.0) size(2,2) loc_xy(6,18) rectangluar polygon layer(in) nth(578) % Polygon: 㘺 mass(2) color_count(purple,2.0) size(2,2) loc_xy(6,18) rectangluar polygon layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘫 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,12) rectangluar polygon layer(in) nth(575) % Polygon: 㘫 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,12) rectangluar polygon layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘟 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,11) rectangluar polygon layer(in) nth(573) % Polygon: 㘟 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,11) rectangluar polygon layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(19,11) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(19,11) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘋 mass(2) color_count(green,2.0) size(2,2) loc_xy(17,4) rectangluar polygon layer(in) nth(569) % Polygon: 㘋 mass(2) color_count(green,2.0) size(2,2) loc_xy(17,4) rectangluar polygon layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,3) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,3) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,2) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,2) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗻 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,29) rectangluar polygon layer(in) nth(566) % Polygon: 㗻 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,29) rectangluar polygon layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(2) color_count(purple,2.0) size(2,2) loc_xy(22,28) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(2) color_count(purple,2.0) size(2,2) loc_xy(22,28) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(in) nth(564) % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(in) nth(563) % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(out) nth(563) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗧 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,22) rectangluar polygon layer(in) nth(562) % Polygon: 㗧 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,22) rectangluar polygon layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(2) color_count(purple,2.0) size(2,2) loc_xy(26,15) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(2) color_count(purple,2.0) size(2,2) loc_xy(26,15) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,15) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,15) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗘 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,15) rectangluar polygon layer(in) nth(559) % Polygon: 㗘 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,15) rectangluar polygon layer(out) nth(559) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(2) color_count(purple,2.0) size(2,2) loc_xy(29,13) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(2) color_count(purple,2.0) size(2,2) loc_xy(29,13) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,11) rectangluar polygon layer(in) nth(556) % Polygon: 㗉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,11) rectangluar polygon layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗄 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,10) rectangluar polygon layer(in) nth(555) % Polygon: 㗄 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,10) rectangluar polygon layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖿 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(in) nth(554) % Polygon: 㖿 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖺 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,8) rectangluar polygon layer(in) nth(553) % Polygon: 㖺 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,8) rectangluar polygon layer(out) nth(553) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖰 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(in) nth(551) % Polygon: 㖰 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(out) nth(551) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,5) rectangluar polygon layer(in) nth(550) % Polygon: 㖫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,5) rectangluar polygon layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,4) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,4) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖗 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,3) rectangluar polygon layer(in) nth(546) % Polygon: 㖗 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,3) rectangluar polygon layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(2) color_count(red,2.0) size(2,2) loc_xy(21,2) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(2) color_count(red,2.0) size(2,2) loc_xy(21,2) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,2) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,2) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖈 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(in) nth(543) % Polygon: 㖈 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖃 mass(2) color_count(green,2.0) size(2,2) loc_xy(16,1) rectangluar polygon layer(in) nth(542) % Polygon: 㖃 mass(2) color_count(green,2.0) size(2,2) loc_xy(16,1) rectangluar polygon layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕾 mass(2) color_count(blue,2.0) size(2,1) loc_xy(14,30) hv_line(h) nonsquare filled_squared layer(in) nth(541) % Hv_Line(h): 㕾 mass(2) color_count(blue,2.0) size(2,1) loc_xy(14,30) hv_line(h) nonsquare filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕹 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,30) hv_line(h) nonsquare filled_squared layer(in) nth(540) % Hv_Line(h): 㕹 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,30) hv_line(h) nonsquare filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕪 mass(2) color_count(red,2.0) size(1,2) loc_xy(20,29) nonsquare hv_line(v) filled_squared layer(in) nth(537) % Hv_Line(v): 㕪 mass(2) color_count(red,2.0) size(1,2) loc_xy(20,29) nonsquare hv_line(v) filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕐 mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,28) hv_line(h) nonsquare filled_squared layer(in) nth(532) % Hv_Line(h): 㕐 mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,28) hv_line(h) nonsquare filled_squared layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(red,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(red,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕆 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(in) nth(530) % Hv_Line(h): 㕆 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔷 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(6,27) hv_line(h) nonsquare filled_squared layer(in) nth(527) % Hv_Line(h): 㔷 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(6,27) hv_line(h) nonsquare filled_squared layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔭 mass(2) color_count(green,2.0) size(2,1) loc_xy(1,27) hv_line(h) nonsquare filled_squared layer(in) nth(525) % Hv_Line(h): 㔭 mass(2) color_count(green,2.0) size(2,1) loc_xy(1,27) hv_line(h) nonsquare filled_squared layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔗 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(10,26) hv_line(h) nonsquare filled_squared layer(in) nth(521) % Hv_Line(h): 㔗 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(10,26) hv_line(h) nonsquare filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔒 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,26) hv_line(h) nonsquare filled_squared layer(in) nth(520) % Hv_Line(h): 㔒 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,26) hv_line(h) nonsquare filled_squared layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔈 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(in) nth(518) % Hv_Line(h): 㔈 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓸 mass(2) color_count(green,2.0) size(1,2) loc_xy(12,24) nonsquare hv_line(v) filled_squared layer(in) nth(515) % Hv_Line(v): 㓸 mass(2) color_count(green,2.0) size(1,2) loc_xy(12,24) nonsquare hv_line(v) filled_squared layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓮 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,24) nonsquare hv_line(v) filled_squared layer(in) nth(513) % Hv_Line(v): 㓮 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,24) nonsquare hv_line(v) filled_squared layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(4,24) hv_line(h) nonsquare filled_squared layer(in) nth(512) % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(4,24) hv_line(h) nonsquare filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓟 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,23) hv_line(h) nonsquare filled_squared layer(in) nth(510) % Hv_Line(h): 㓟 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,23) hv_line(h) nonsquare filled_squared layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓋 mass(2) color_count(red,2.0) size(2,1) loc_xy(3,23) hv_line(h) nonsquare filled_squared layer(in) nth(506) % Hv_Line(h): 㓋 mass(2) color_count(red,2.0) size(2,1) loc_xy(3,23) hv_line(h) nonsquare filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒨 mass(2) color_count(red,2.0) size(1,2) loc_xy(6,21) nonsquare hv_line(v) filled_squared layer(in) nth(499) % Hv_Line(v): 㒨 mass(2) color_count(red,2.0) size(1,2) loc_xy(6,21) nonsquare hv_line(v) filled_squared layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒔 mass(2) color_count(blue,2.0) size(2,1) loc_xy(9,20) hv_line(h) nonsquare filled_squared layer(in) nth(495) % Hv_Line(h): 㒔 mass(2) color_count(blue,2.0) size(2,1) loc_xy(9,20) hv_line(h) nonsquare filled_squared layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒊 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(30,19) nonsquare hv_line(v) filled_squared layer(in) nth(493) % Hv_Line(v): 㒊 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(30,19) nonsquare hv_line(v) filled_squared layer(out) nth(493) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒅 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,19) hv_line(h) nonsquare filled_squared layer(in) nth(492) % Hv_Line(h): 㒅 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,19) hv_line(h) nonsquare filled_squared layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒀 mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,19) hv_line(h) nonsquare filled_squared layer(in) nth(491) % Hv_Line(h): 㒀 mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,19) hv_line(h) nonsquare filled_squared layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑻 mass(2) color_count(blue,2.0) size(2,1) loc_xy(12,19) hv_line(h) nonsquare filled_squared layer(in) nth(490) % Hv_Line(h): 㑻 mass(2) color_count(blue,2.0) size(2,1) loc_xy(12,19) hv_line(h) nonsquare filled_squared layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑬 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,18) nonsquare hv_line(v) filled_squared layer(in) nth(487) % Hv_Line(v): 㑬 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,18) nonsquare hv_line(v) filled_squared layer(out) nth(487) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(red,2.0) size(2,1) loc_xy(19,18) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(red,2.0) size(2,1) loc_xy(19,18) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑢 mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,18) nonsquare hv_line(v) filled_squared layer(in) nth(485) % Hv_Line(v): 㑢 mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,18) nonsquare hv_line(v) filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑜 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(17,18) nonsquare hv_line(v) filled_squared layer(in) nth(484) % Hv_Line(v): 㑜 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(17,18) nonsquare hv_line(v) filled_squared layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑒 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,18) hv_line(h) nonsquare filled_squared layer(in) nth(482) % Hv_Line(h): 㑒 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,18) hv_line(h) nonsquare filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,18) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,18) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑃 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,17) nonsquare hv_line(v) filled_squared layer(in) nth(479) % Hv_Line(v): 㑃 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,17) nonsquare hv_line(v) filled_squared layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐾 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,17) hv_line(h) nonsquare filled_squared layer(in) nth(478) % Hv_Line(h): 㐾 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,17) hv_line(h) nonsquare filled_squared layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐹 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,17) nonsquare hv_line(v) filled_squared layer(in) nth(477) % Hv_Line(v): 㐹 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,17) nonsquare hv_line(v) filled_squared layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐴 mass(2) color_count(blue,2.0) size(2,1) loc_xy(25,17) hv_line(h) nonsquare filled_squared layer(in) nth(476) % Hv_Line(h): 㐴 mass(2) color_count(blue,2.0) size(2,1) loc_xy(25,17) hv_line(h) nonsquare filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐏 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,16) nonsquare hv_line(v) filled_squared layer(in) nth(469) % Hv_Line(v): 㐏 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,16) nonsquare hv_line(v) filled_squared layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐊 mass(2) color_count(blue,2.0) size(2,1) loc_xy(28,15) hv_line(h) nonsquare filled_squared layer(in) nth(468) % Hv_Line(h): 㐊 mass(2) color_count(blue,2.0) size(2,1) loc_xy(28,15) hv_line(h) nonsquare filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇺ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,14) nonsquare hv_line(v) filled_squared layer(in) nth(465) % Hv_Line(v): ㇺ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,14) nonsquare hv_line(v) filled_squared layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇰ mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,14) hv_line(h) nonsquare filled_squared layer(in) nth(463) % Hv_Line(h): ㇰ mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,14) hv_line(h) nonsquare filled_squared layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆱ mass(2) color_count(green,2.0) size(2,1) loc_xy(11,14) hv_line(h) nonsquare filled_squared layer(in) nth(460) % Hv_Line(h): ㆱ mass(2) color_count(green,2.0) size(2,1) loc_xy(11,14) hv_line(h) nonsquare filled_squared layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆬ mass(2) color_count(blue,2.0) size(1,2) loc_xy(10,14) nonsquare hv_line(v) filled_squared layer(in) nth(459) % Hv_Line(v): ㆬ mass(2) color_count(blue,2.0) size(1,2) loc_xy(10,14) nonsquare hv_line(v) filled_squared layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅸ mass(2) color_count(red,2.0) size(1,2) loc_xy(3,13) nonsquare hv_line(v) filled_squared layer(in) nth(452) % Hv_Line(v): ㅸ mass(2) color_count(red,2.0) size(1,2) loc_xy(3,13) nonsquare hv_line(v) filled_squared layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅮ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,12) nonsquare hv_line(v) filled_squared layer(in) nth(450) % Hv_Line(v): ㅮ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,12) nonsquare hv_line(v) filled_squared layer(out) nth(450) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅩ mass(2) color_count(green,2.0) size(2,1) loc_xy(21,12) hv_line(h) nonsquare filled_squared layer(in) nth(449) % Hv_Line(h): ㅩ mass(2) color_count(green,2.0) size(2,1) loc_xy(21,12) hv_line(h) nonsquare filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(9,12) hv_line(h) nonsquare filled_squared layer(in) nth(448) % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(9,12) hv_line(h) nonsquare filled_squared layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(5,12) nonsquare hv_line(v) filled_squared layer(in) nth(446) % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(5,12) nonsquare hv_line(v) filled_squared layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅅ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,11) hv_line(h) nonsquare filled_squared layer(in) nth(442) % Hv_Line(h): ㅅ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,11) hv_line(h) nonsquare filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄻ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,10) nonsquare hv_line(v) filled_squared layer(in) nth(440) % Hv_Line(v): ㄻ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,10) nonsquare hv_line(v) filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(19,10) hv_line(h) nonsquare filled_squared layer(in) nth(439) % Hv_Line(h): ㄶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(19,10) hv_line(h) nonsquare filled_squared layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄱ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(in) nth(438) % Hv_Line(v): ㄱ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄫ mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(in) nth(437) % Hv_Line(v): ㄫ mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄚ mass(2) color_count(green,2.0) size(1,2) loc_xy(23,8) nonsquare hv_line(v) filled_squared layer(in) nth(434) % Hv_Line(v): ㄚ mass(2) color_count(green,2.0) size(1,2) loc_xy(23,8) nonsquare hv_line(v) filled_squared layer(out) nth(434) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄕ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,8) nonsquare hv_line(v) filled_squared layer(in) nth(433) % Hv_Line(v): ㄕ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,8) nonsquare hv_line(v) filled_squared layer(out) nth(433) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄋ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,6) nonsquare hv_line(v) filled_squared layer(in) nth(431) % Hv_Line(v): ㄋ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,6) nonsquare hv_line(v) filled_squared layer(out) nth(431) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄆ mass(2) color_count(purple,2.0) size(1,2) loc_xy(21,6) nonsquare hv_line(v) filled_squared layer(in) nth(430) % Hv_Line(v): ㄆ mass(2) color_count(purple,2.0) size(1,2) loc_xy(21,6) nonsquare hv_line(v) filled_squared layer(out) nth(430) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): レ mass(2) color_count(purple,2.0) size(1,2) loc_xy(6,5) nonsquare hv_line(v) filled_squared layer(in) nth(426) % Hv_Line(v): レ mass(2) color_count(purple,2.0) size(1,2) loc_xy(6,5) nonsquare hv_line(v) filled_squared layer(out) nth(426) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ョ mass(2) color_count(blue,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(in) nth(425) % Hv_Line(v): ョ mass(2) color_count(blue,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(out) nth(425) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): モ mass(2) color_count(purple,2.0) size(1,2) loc_xy(29,4) nonsquare hv_line(v) filled_squared layer(in) nth(424) % Hv_Line(v): モ mass(2) color_count(purple,2.0) size(1,2) loc_xy(29,4) nonsquare hv_line(v) filled_squared layer(out) nth(424) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): タ mass(2) color_count(blue,2.0) size(1,2) loc_xy(13,3) nonsquare hv_line(v) filled_squared layer(in) nth(417) % Hv_Line(v): タ mass(2) color_count(blue,2.0) size(1,2) loc_xy(13,3) nonsquare hv_line(v) filled_squared layer(out) nth(417) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ズ mass(2) color_count(green,2.0) size(1,2) loc_xy(12,3) nonsquare hv_line(v) filled_squared layer(in) nth(416) % Hv_Line(v): ズ mass(2) color_count(green,2.0) size(1,2) loc_xy(12,3) nonsquare hv_line(v) filled_squared layer(out) nth(416) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): サ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,3) hv_line(h) nonsquare filled_squared layer(in) nth(415) % Hv_Line(h): サ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,3) hv_line(h) nonsquare filled_squared layer(out) nth(415) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): カ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(18,2) hv_line(h) nonsquare filled_squared layer(in) nth(413) % Hv_Line(h): カ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(18,2) hv_line(h) nonsquare filled_squared layer(out) nth(413) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ウ mass(2) color_count(green,2.0) size(2,1) loc_xy(7,2) hv_line(h) nonsquare filled_squared layer(in) nth(412) % Hv_Line(h): ウ mass(2) color_count(green,2.0) size(2,1) loc_xy(7,2) hv_line(h) nonsquare filled_squared layer(out) nth(412) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゕ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(4,2) hv_line(h) nonsquare filled_squared layer(in) nth(410) % Hv_Line(h): ゕ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(4,2) hv_line(h) nonsquare filled_squared layer(out) nth(410) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゐ mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,2) hv_line(h) nonsquare filled_squared layer(in) nth(409) % Hv_Line(h): ゐ mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,2) hv_line(h) nonsquare filled_squared layer(out) nth(409) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゆ mass(2) color_count(red,2.0) size(2,1) loc_xy(23,1) hv_line(h) nonsquare filled_squared layer(in) nth(407) % Hv_Line(h): ゆ mass(2) color_count(red,2.0) size(2,1) loc_xy(23,1) hv_line(h) nonsquare filled_squared layer(out) nth(407) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(in) nth(583) % Point: 㙓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(in) nth(584) % Point: 㙘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙝 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,1) point layer(in) nth(585) % Point: 㙝 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,1) point layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,1) point layer(in) nth(586) % Point: 㙣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,1) point layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,1) point layer(in) nth(587) % Point: 㙨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,1) point layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙭 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(588) % Point: 㙭 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(589) % Point: 㙲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,1) point layer(in) nth(590) % Point: 㙷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,1) point layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙼 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,1) point layer(in) nth(591) % Point: 㙼 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,1) point layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚁 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,1) point layer(in) nth(592) % Point: 㚁 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,1) point layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,1) point layer(in) nth(593) % Point: 㚆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,1) point layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,1) point layer(in) nth(594) % Point: 㚋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,1) point layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,1) point layer(in) nth(595) % Point: 㚐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,1) point layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚕 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,1) point layer(in) nth(596) % Point: 㚕 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,1) point layer(out) nth(596) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚚 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,1) point layer(in) nth(597) % Point: 㚚 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,1) point layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚟 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,1) point layer(in) nth(598) % Point: 㚟 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,1) point layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,2) point layer(in) nth(599) % Point: 㚤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,2) point layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,2) point layer(in) nth(600) % Point: 㚩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚮 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(601) % Point: 㚮 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,2) point layer(in) nth(603) % Point: 㚸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,2) point layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚽 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(604) % Point: 㚽 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛂 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,2) point layer(in) nth(605) % Point: 㛂 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,2) point layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛇 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(606) % Point: 㛇 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,3) point layer(in) nth(607) % Point: 㛌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,3) point layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛑 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) point layer(in) nth(608) % Point: 㛑 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) point layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,3) point layer(in) nth(609) % Point: 㛖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,3) point layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(610) % Point: 㛛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,3) point layer(in) nth(611) % Point: 㛠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,3) point layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,3) point layer(in) nth(612) % Point: 㛥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,3) point layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,3) point layer(in) nth(613) % Point: 㛪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,3) point layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(18,3) point layer(in) nth(614) % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(18,3) point layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,3) point layer(in) nth(615) % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,3) point layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,4) point layer(in) nth(616) % Point: 㛹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,4) point layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,4) point layer(in) nth(617) % Point: 㛾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,4) point layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,4) point layer(in) nth(618) % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,4) point layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜉 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,4) point layer(in) nth(619) % Point: 㜉 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,4) point layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,4) point layer(in) nth(620) % Point: 㜎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜓 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(in) nth(621) % Point: 㜓 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(622) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(622) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜝 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,5) point layer(in) nth(623) % Point: 㜝 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,5) point layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜣 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,5) point layer(in) nth(624) % Point: 㜣 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,5) point layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,5) point layer(in) nth(625) % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,5) point layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,5) point layer(in) nth(626) % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,5) point layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,6) point layer(in) nth(627) % Point: 㜳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,6) point layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,6) point layer(in) nth(628) % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,6) point layer(in) nth(629) % Point: 㜽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,6) point layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝂 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(in) nth(630) % Point: 㝂 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝇 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,7) point layer(in) nth(631) % Point: 㝇 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,7) point layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝌 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,7) point layer(in) nth(632) % Point: 㝌 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,7) point layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,7) point layer(in) nth(633) % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,7) point layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(634) % Point: 㝖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,8) point layer(in) nth(635) % Point: 㝛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝦 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(in) nth(637) % Point: 㝦 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,8) point layer(in) nth(638) % Point: 㝫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝰 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,8) point layer(in) nth(639) % Point: 㝰 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,8) point layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝵 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,8) point layer(in) nth(640) % Point: 㝵 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,8) point layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝺 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,8) point layer(in) nth(641) % Point: 㝺 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,8) point layer(out) nth(641) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,9) point layer(in) nth(642) % Point: 㝿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,9) point layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞄 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,9) point layer(in) nth(643) % Point: 㞄 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,9) point layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞉 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(644) % Point: 㞉 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,9) point layer(in) nth(645) % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,9) point layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(646) % Point: 㞓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞘 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,9) point layer(in) nth(647) % Point: 㞘 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,9) point layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞝 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,9) point layer(in) nth(648) % Point: 㞝 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,9) point layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(in) nth(649) % Point: 㞢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,10) point layer(in) nth(650) % Point: 㞧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,10) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,11) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,11) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,11) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,11) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,11) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,11) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,12) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,12) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,12) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,12) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,12) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,12) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,12) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,12) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,12) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,12) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,13) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,13) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,13) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,13) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,13) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,13) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,13) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,13) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,13) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,13) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,14) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,14) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,14) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,14) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,14) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,14) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,14) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,14) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,14) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,14) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(685) % Point: 㡙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(685) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,15) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,15) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,15) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,15) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,16) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,16) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,16) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,16) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(in) nth(693) % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(out) nth(693) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,16) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,16) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,16) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,16) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,16) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,16) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,16) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,16) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,17) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,17) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,17) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,17) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(red,1.0) size(1,1) loc_xy(9,17) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(red,1.0) size(1,1) loc_xy(9,17) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,17) point layer(in) nth(701) % Point: 㢪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,17) point layer(out) nth(701) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,17) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,17) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,17) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,17) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,17) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,18) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,18) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,18) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,18) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,18) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,18) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,19) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,19) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(712) % Point: 㣡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(712) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,19) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,19) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,19) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,19) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,19) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,19) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,19) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,19) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,20) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,20) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,20) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,20) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,20) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,20) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,20) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,20) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤞 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,20) point layer(in) nth(724) % Point: 㤞 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,20) point layer(out) nth(724) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,20) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,20) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,21) point layer(in) nth(727) % Point: 㤯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,21) point layer(out) nth(727) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,21) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,21) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,21) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,21) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,21) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,21) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,21) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,21) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,21) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,21) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,21) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,21) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,22) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,22) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,22) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,22) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,22) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥢 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,22) point layer(in) nth(737) % Point: 㥢 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,22) point layer(out) nth(737) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,22) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,22) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,22) point layer(in) nth(740) % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,22) point layer(out) nth(740) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,22) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,22) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,23) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,23) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,23) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,23) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,23) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,23) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,23) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,23) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,23) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,23) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,24) point layer(in) nth(748) % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,24) point layer(out) nth(748) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,24) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,24) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,24) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,24) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(14,24) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(14,24) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,24) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,24) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,25) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,25) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,25) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,25) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,25) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,25) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,25) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,25) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,25) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,25) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,25) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,25) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,25) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,25) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,25) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,25) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,25) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,25) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,25) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,25) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧤 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,26) point layer(in) nth(763) % Point: 㧤 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,26) point layer(out) nth(763) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,26) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,26) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,26) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,26) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,26) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,26) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,27) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,27) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,27) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,27) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,27) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,27) point layer(in) nth(772) % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,27) point layer(out) nth(772) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,28) point layer(in) nth(775) % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,28) point layer(out) nth(775) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,28) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,28) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,28) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,28) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,28) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,28) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,28) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,28) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,28) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,29) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,29) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,29) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,29) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,29) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,29) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,29) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,29) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,29) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,29) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,29) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,29) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,29) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,29) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,29) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,29) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,29) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,29) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,30) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,30) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,30) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,30) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,30) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,30) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,30) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,30) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,30) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,30) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,30) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,30) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,30) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,30) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,30) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,30) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,30) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,30) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: 䚬 mass(79) color_count(cyan,79.0) size(12,10) loc_xy(6,4) squares outline polygon layer(in) nth(1407) % Outline: 䟿 mass(57) color_count(green,57.0) size(9,10) loc_xy(14,19) squares outline polygon layer(in) nth(1474) % Outline: 䚎 mass(31) color_count(blue,31.0) size(10,7) loc_xy(18,2) squares outline polygon layer(in) nth(1401) % Dots: 冩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,3) dots layer(in) nth(1948) % Dots: 冮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,3) dots layer(in) nth(1949) _________________________________________________________________________________ groupB=17. % Outline: ヱ mass(70) color_count(yellow,70.0) size(10,7) loc_xy(7,5) nonsquare rectangluar outline filled_squared layer(out) nth(427) % Outline: 㒙 mass(42) color_count(yellow,42.0) size(6,7) loc_xy(16,20) nonsquare rectangluar outline filled_squared layer(out) nth(496) % Outline: ド mass(20) color_count(yellow,20.0) size(5,4) loc_xy(22,3) nonsquare rectangluar outline filled_squared layer(out) nth(419) % Outline: 㔍 mass(11) color_count(green,11.0) size(5,4) loc_xy(14,25) rectangluar outline polygon layer(out) nth(519) % Outline: ポ mass(8) color_count(blue,8.0) size(4,5) loc_xy(18,4) rectangluar outline polygon layer(out) nth(423) % Polygon: ㅞ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(7,12) rectangluar polygon layer(out) nth(447) % Hv_Line(v): ノ mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,3) nonsquare hv_line(v) filled_squared layer(out) nth(420) % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(22,24) nonsquare hv_line(v) filled_squared layer(out) nth(516) % Polygon: 㖜 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(7,3) rectangluar polygon layer(out) nth(547) % Polygon: 㖡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,3) rectangluar polygon layer(out) nth(548) % Point: 㥧 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(738) % Point: 㣫 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,19) point layer(out) nth(714) % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(665) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(661) % Point: 㞶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(653) % Point: 㝡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(636) % Point: 㚳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,2) point layer(out) nth(602) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 8)). object_shape(diff((dots->dot))). sameness. % Dots: 冩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,3) dots layer(in) nth(1948) % Point: 㞶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(653) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(- 9)). object_shape(diff((dots->dot))). sameness. % Dots: 冮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,3) dots layer(in) nth(1949) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(661) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' 䚎', ' 䟿', ' 䚬'], [ ' 㚳', ' 㟲', ' 㝡', ' 㣫', ' 㥧', ' ノ', ' 㓽', ' 㖜', ' 㖡', ' ㅞ', ' ポ', ' 㔍', ' ド', ' 㒙', ' ヱ']), change_obj(' 冮', ' 㟞', [loc_xy(diff(+ 4), diff(- 9)), object_shape(diff((dots->dot)))]), change_obj(' 冩', ' 㞶', [loc_xy(diff(+ 2), diff(- 8)), object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ 㙓 㙘 ひ ひ ひ 㙝 㙣 㙨 㙭 ぷ ぷ 㙲 㙷 㙼 ぼ 㚁 㖃 め め め 㚆 㖈 ゆ ゆ 㚋 㚐 㚕 㚚 る 㚟 㙓 㙘 ひ ひ ひ 㙝 㙣 㙨 㙭 ぷ ぷ 㙲 㙷 㙼 ぼ 㚁 㖃 め め め 㚆 㖈 ゆ ゆ 㚋 㚐 㚕 㚚 る 㚟 㚤 ゐ ゐ ゕ ゕ ァ ウ ウ 㚩 㖍 ぷ ぷ 㘁 ぼ ぼ 㖃 㚮 カ カ グ 㖈 㖒 䚎 㚸 㚽 㛂 る る る 㛇 㚤 ゐ ゐ ゕ ゕ ァ ウ ウ 㚩 㖍 ぷ ぷ 㘁 ぼ ぼ 㖃 㚮 カ カ グ 㖈 㖒 㚳 㚸 㚽 㛂 る る る 㛇 サ サ 㖗 㛌 㛑 ァ 㛖 冩 㖍 㛛 㛠 ズ タ 㘁 冮 㛥 㛪 㛯 ツ グ 㖒 䚎 䚎 䚎 䚎 䚎 䚎 る 㘆 㛴 サ サ 㖗 㛌 㛑 ァ 㛖 㖜 㖍 㛛 㛠 ズ タ 㘁 㖡 㛥 㛪 㛯 ツ グ 㖒 ド ド ド ド ド ノ る 㘆 㛴 㛹 㖗 㛾 㖦 ビ ァ 䚬 ヘ ヘ ヘ 㜄 ズ タ 䚬 㜉 㜎 㘋 ツ ツ グ 䚎 䚎 䚎 䚎 䚎 䚎 䚎 㜓 モ 㘆 㛹 㖗 㛾 㖦 ビ ァ 㖜 ヘ ヘ ヘ 㜄 ズ タ 㖡 㜉 㜎 㘋 ツ ツ グ ポ ド ド ド ド ド ノ 㜓 モ 㘆 㜘 ョ 㖦 㜝 ビ レ 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ 㘋 㜣 䚎 䚎 䚎 䚎 䚎 䚎 䚎 㜩 㜮 モ 㖫 㜘 ョ 㖦 㜝 ビ レ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ 㘋 㜣 ポ ポ ド ド ド ド ド 㜩 㜮 モ 㖫 㜳 ョ ー 㜸 ビ レ 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ ヶ 㖰 䚎 ㄆ 䚎 䚎 䚎 䚎 䚎 㜽 㝂 㖫 ㄋ 㜳 ョ ー 㜸 ビ レ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ ヶ 㖰 ポ ㄆ ド ド ド ド ド 㜽 㝂 㖫 ㄋ ー ー ー ー ビ 㝇 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ヶ 㖰 䚎 䚎 ㄆ 㝌 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝑 ㄋ ー ー ー ー ビ 㝇 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヶ 㖰 ポ ポ ㄆ 㝌 ㄐ ㄐ ㄐ ㄐ ㄐ ㄐ 㝑 ㄋ ー ー 㝖 ー 㖵 㝛 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚎 䚎 㝦 ㄕ 㝫 ㄚ 㝰 㖺 ㄐ ㄐ ㄐ 㝵 㝺 ー ー 㝖 ー 㖵 㝛 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ 㝡 ポ ポ 㝦 ㄕ 㝫 ㄚ 㝰 㖺 ㄐ ㄐ ㄐ 㝵 㝺 㘐 㖿 㘕 㖵 㝿 㞄 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 㞉 ㄟ ㄟ ㄟ ㄕ 㞎 ㄚ 㖺 ㄥ ㄥ 㞓 㞘 㞝 ㄫ 㘐 㖿 㘕 㖵 㝿 㞄 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ 㞉 ㄟ ㄟ ㄟ ㄕ 㞎 ㄚ 㖺 ㄥ ㄥ 㞓 㞘 㞝 ㄫ 㖿 㘐 㖵 㘕 㞢 㞧 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ㄱ ㄟ ㄶ ㄶ ㄻ 㞬 㗄 ㄥ ㄥ 㞱 ㅀ ㅀ ㅀ ㄫ 㖿 㘐 㖵 㘕 㞢 㞧 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ㄱ ㄟ ㄶ ㄶ ㄻ 㞬 㗄 ㄥ ㄥ 㞱 ㅀ ㅀ ㅀ ㄫ ㅅ ㅅ ㅊ ㅊ 㗉 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 䚬 ㄱ ㄟ 㘚 㞻 ㄻ 㗄 ㅏ 㘟 㟀 ㅔ ㅔ ㅔ 㟅 㟊 ㅅ ㅅ ㅊ ㅊ 㗉 㞶 ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ヱ ㄱ ㄟ 㘚 㞻 ㄻ 㗄 ㅏ 㘟 㟀 ㅔ ㅔ ㅔ 㟅 㟊 㟏 ㅊ ㅊ 㗉 ㅙ 㟔 䚬 㟙 ㅤ ㅤ 䚬 㟣 㟨 㟭 䚬 㟷 㟼 㘥 㘫 㘚 ㅩ ㅩ ㅏ 㠂 㘟 ㅮ 㠇 ㅳ ㅳ ㅳ 㟏 ㅊ ㅊ 㗉 ㅙ 㟔 ㅞ 㟙 ㅤ ㅤ 㟞 㟣 㟨 㟭 㟲 㟷 㟼 㘥 㘫 㘚 ㅩ ㅩ ㅏ 㠂 㘟 ㅮ 㠇 ㅳ ㅳ ㅳ 㘰 㠌 ㅸ 㠑 ㅙ 㠖 䚬 䚬 㠛 㠠 ㅽ ㅽ ㅽ ㅽ ㆂ ㆂ ㆂ 㠦 㘥 㘫 ㆇ ㆇ ㅏ ㅏ ㆌ ㅮ ㆢ ㆢ 㠬 㗎 㘰 㠌 ㅸ 㠑 ㅙ 㠖 ㅞ ㅞ 㠛 㠠 ㅽ ㅽ ㅽ ㅽ ㆂ ㆂ ㆂ 㠦 㘥 㘫 ㆇ ㆇ ㅏ ㅏ ㆌ ㅮ ㆢ ㆢ 㠬 㗎 ㆧ 㘰 ㅸ 㠱 㗓 㠶 㠻 㘵 㡀 ㆬ ㆱ ㆱ ㆶ ㆻ 㡅 ㆂ ㇰ ㇰ ㇵ 㘥 ㆇ 㡊 㡏 ㆌ ㆌ 㡔 ㆢ ㆢ 㗎 ㇺ ㆧ 㘰 ㅸ 㠱 㗓 㠶 㠻 㘵 㡀 ㆬ ㆱ ㆱ ㆶ ㆻ 㡅 ㆂ ㇰ ㇰ ㇵ 㘥 ㆇ 㡊 㡏 ㆌ ㆌ 㡔 ㆢ ㆢ 㗎 ㇺ ㆧ ㆧ 㘰 㗓 㗘 㡙 ㇿ ㇿ 㘵 ㆬ 㡞 㐅 ㆶ ㆻ ㆻ ㆂ ㆂ ㆂ ㇵ ㇵ ㇵ ㆌ ㆌ ㆌ 㗝 㡤 㗢 㐊 㐊 ㇺ ㆧ ㆧ 㘰 㗓 㗘 㡙 ㇿ ㇿ 㘵 ㆬ 㡞 㐅 ㆶ ㆻ ㆻ ㆂ ㆂ ㆂ ㇵ ㇵ ㇵ ㆌ ㆌ ㆌ 㗝 㡤 㗢 㐊 㐊 ㇺ 㡩 ㆧ 㗓 㗘 㐏 㡮 㐔 ㇿ ㇿ 㡳 㐅 㐅 ㆶ 㡸 㐙 㐙 ㆂ ㆂ ㆂ 㡽 ㆌ ㆌ ㆌ 㗝 㢂 㗢 㢇 㢌 㢑 㢖 㡩 ㆧ 㗓 㗘 㐏 㡮 㐔 ㇿ ㇿ 㡳 㐅 㐅 ㆶ 㡸 㐙 㐙 ㆂ ㆂ ㆂ 㡽 ㆌ ㆌ ㆌ 㗝 㢂 㗢 㢇 㢌 㢑 㢖 㢛 ㆧ 㐞 㐞 㐏 㢠 㐔 㐔 㢥 㐤 㐅 㢪 㢯 㐪 㐪 㐙 㢴 ㆂ 㢹 㢾 ㆌ 㐯 㐯 㐯 㐴 㐴 㐹 㐾 㐾 㑃 㢛 ㆧ 㐞 㐞 㐏 㢠 㐔 㐔 㢥 㐤 㐅 㢪 㢯 㐪 㐪 㐙 㢴 ㆂ 㢹 㢾 ㆌ 㐯 㐯 㐯 㐴 㐴 㐹 㐾 㐾 㑃 ㆧ ㆧ 㐞 㑈 㑍 㘺 㐔 㐔 㣃 㐤 㐤 㑒 㑒 㐪 㣈 㑗 㑜 㑢 㑧 㑧 ㆌ 㐯 㣍 㐯 㐯 㑬 㐹 㣒 㣗 㑃 ㆧ ㆧ 㐞 㑈 㑍 㘺 㐔 㐔 㣃 㐤 㐤 㑒 㑒 㐪 㣈 㑗 㑜 㑢 㑧 㑧 ㆌ 㐯 㣍 㐯 㐯 㑬 㐹 㣒 㣗 㑃 㣜 㣡 㑱 㑈 㑍 㑍 㘺 㐔 㐔 㣦 㑶 㑻 㑻 㑶 㑗 㑗 㑜 㑢 䟿 㣰 㣵 㣺 㣿 㒀 㒀 㑬 㘿 㒅 㒅 㒊 㣜 㣡 㑱 㑈 㑍 㑍 㘺 㐔 㐔 㣦 㑶 㑻 㑻 㑶 㑗 㑗 㑜 㑢 㣫 㣰 㣵 㣺 㣿 㒀 㒀 㑬 㘿 㒅 㒅 㒊 㑱 㑱 㑱 㤅 㤊 㒏 㒏 㐔 㒔 㒔 㑶 㑶 㑶 㑶 㤏 䟿 䟿 䟿 䟿 䟿 䟿 㤔 㤙 㒞 㤞 㒞 㒞 㘿 㤤 㒊 㑱 㑱 㑱 㤅 㤊 㒏 㒏 㐔 㒔 㒔 㑶 㑶 㑶 㑶 㤏 㒙 㒙 㒙 㒙 㒙 㒙 㤔 㤙 㒞 㤞 㒞 㒞 㘿 㤤 㒊 㤪 㑱 㙄 㤯 㒣 㒨 㒏 㐔 㤴 㤹 㤾 㒭 㑶 㑶 㥃 䟿 䟿 䟿 䟿 䟿 䟿 㥈 㥍 㒞 㒞 㒞 㒲 㒲 㒷 㒷 㤪 㑱 㙄 㤯 㒣 㒨 㒏 㐔 㤴 㤹 㤾 㒭 㑶 㑶 㥃 㒙 㒙 㒙 㒙 㒙 㒙 㥈 㥍 㒞 㒞 㒞 㒲 㒲 㒷 㒷 㥒 㒼 㥗 㙄 㒣 㒨 㒏 㒏 㓁 㓁 㗧 㒭 㥜 㑶 㥢 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㓆 㥬 㒞 㒲 㒲 㥱 㥶 㒷 㥒 㒼 㥗 㙄 㒣 㒨 㒏 㒏 㓁 㓁 㗧 㒭 㥜 㑶 㥢 㒙 㒙 㒙 㒙 㒙 㒙 㥧 㓆 㥬 㒞 㒲 㒲 㥱 㥶 㒷 㥻 㒼 㓋 㓋 㒣 㦀 㦅 㦊 㓁 㗧 㒭 㒭 㒭 㓐 㓐 䟿 䟿 䟿 䟿 䟿 䟿 㓆 㓆 㓕 㓚 㓟 㓟 㓤 㦏 㦔 㥻 㒼 㓋 㓋 㒣 㦀 㦅 㦊 㓁 㗧 㒭 㒭 㒭 㓐 㓐 㒙 㒙 㒙 㒙 㒙 㒙 㓆 㓆 㓕 㓚 㓟 㓟 㓤 㦏 㦔 㒼 㒼 㗬 㓩 㓩 㓮 㓳 㓳 㦙 㦞 㦣 㓸 㒭 㦨 㓐 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㓕 㓕 㓚 㓚 㦭 㓤 㓤 㓤 㒼 㒼 㗬 㓩 㓩 㓮 㓳 㓳 㦙 㦞 㦣 㓸 㒭 㦨 㓐 㒙 㒙 㒙 㒙 㒙 㒙 㓽 㓕 㓕 㓚 㓚 㦭 㓤 㓤 㓤 㒼 㗬 㦲 㦷 㔃 㓮 㓳 㦼 㔈 㔈 㧁 㓸 㒭 䟿 㧆 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㧋 㧐 㧕 㓚 㓚 㗱 㧚 㧟 㒼 㗬 㦲 㦷 㔃 㓮 㓳 㦼 㔈 㔈 㧁 㓸 㒭 㔍 㧆 㒙 㒙 㒙 㒙 㒙 㒙 㓽 㧋 㧐 㧕 㓚 㓚 㗱 㧚 㧟 㔒 㔒 㧤 㔃 㔃 㓳 㓳 㓳 㓳 㔗 㔗 㧩 㒭 䟿 䟿 䟿 䟿 䟿 䟿 䟿 䟿 㔜 㔜 㧮 㧳 㔡 㗱 㧸 㔨 㧽 㔒 㔒 㧤 㔃 㔃 㓳 㓳 㓳 㓳 㔗 㔗 㧩 㒭 㔍 㔍 㒙 㒙 㒙 㒙 㒙 㒙 㔜 㔜 㧮 㧳 㔡 㗱 㧸 㔨 㧽 㔭 㔭 㔲 㔲 㔲 㔷 㔷 㔼 㔼 㔼 㨃 㕁 㨈 䟿 䟿 䟿 䟿 䟿 㨍 㕆 㕆 㔜 㔜 㨒 㔡 㔡 㕋 㨗 㔨 㔨 㔭 㔭 㔲 㔲 㔲 㔷 㔷 㔼 㔼 㔼 㨃 㕁 㨈 㔍 㔍 㔍 㔍 㔍 㨍 㕆 㕆 㔜 㔜 㨒 㔡 㔡 㕋 㨗 㔨 㔨 㕐 㕐 㕕 㕕 㕕 㨜 㔼 㔼 㕁 㕁 㕁 㕁 㨡 䟿 㕚 㙉 䟿 䟿 㨨 㕟 㕟 㕟 㗶 㨭 㨲 㨷 㕋 㨼 㩁 㔨 㕐 㕐 㕕 㕕 㕕 㨜 㔼 㔼 㕁 㕁 㕁 㕁 㨡 㔍 㕚 㙉 㔍 㔍 㨨 㕟 㕟 㕟 㗶 㨭 㨲 㨷 㕋 㨼 㩁 㔨 㩆 㙎 㩋 㕕 㩐 㩕 㔼 㔼 㔼 㔼 㕥 㩚 㩟 㕚 㕚 㩥 㙉 㗻 㩪 㕪 㕟 㗶 㕯 㕯 㕯 㩯 㕴 㩴 㩹 㔨 㩆 㙎 㩋 㕕 㩐 㩕 㔼 㔼 㔼 㔼 㕥 㩚 㩟 㕚 㕚 㩥 㙉 㗻 㩪 㕪 㕟 㗶 㕯 㕯 㕯 㩯 㕴 㩴 㩹 㔨 㩾 㪃 㙎 㪈 㪍 㪒 㪗 㕹 㕹 㔼 㕥 㕥 㪜 㕾 㕾 㪡 㗻 㙉 㪦 㕪 㕟 㪫 㪰 㪵 㕯 㪺 㕴 㕴 㕴 㔨 㩾 㪃 㙎 㪈 㪍 㪒 㪗 㕹 㕹 㔼 㕥 㕥 㪜 㕾 㕾 㪡 㗻 㙉 㪦 㕪 㕟 㪫 㪰 㪵 㕯 㪺 㕴 㕴 㕴 㔨  ___________________________________________________________  ___________________________________________________________ better(v('25094a63')*(tst+0)+in) better(v('25094a63')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=6 cc:0=cc(cyan, 262.0). cc:0=cc(green, 211.0). cc:1=cc(green, 253.0). cc:1=cc(cyan, 192.0). cc:2=cc(blue, 196.0). cc:2=cc(blue, 176.0). cc:3=cc(red, 101.0). cc:3=cc(yellow, 132.0). cc:4=cc(purple, 88.0). cc:4=cc(red, 101.0). cc:5=cc(purple, 88.0). compare_objs1([perfect]). % Point: 㙓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(in) nth(583) % Point: 㙓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,1) point layer(out) nth(583) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(in) nth(584) % Point: 㙘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,1) point layer(out) nth(584) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙝 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,1) point layer(in) nth(585) % Point: 㙝 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,1) point layer(out) nth(585) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,1) point layer(in) nth(586) % Point: 㙣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(7,1) point layer(out) nth(586) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,1) point layer(in) nth(587) % Point: 㙨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,1) point layer(out) nth(587) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙭 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(588) % Point: 㙭 mass(1) color_count(green,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(588) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(589) % Point: 㙲 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(589) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,1) point layer(in) nth(590) % Point: 㙷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,1) point layer(out) nth(590) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㙼 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,1) point layer(in) nth(591) % Point: 㙼 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,1) point layer(out) nth(591) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚁 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,1) point layer(in) nth(592) % Point: 㚁 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,1) point layer(out) nth(592) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,1) point layer(in) nth(593) % Point: 㚆 mass(1) color_count(green,1.0) size(1,1) loc_xy(21,1) point layer(out) nth(593) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,1) point layer(in) nth(594) % Point: 㚋 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,1) point layer(out) nth(594) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,1) point layer(in) nth(595) % Point: 㚐 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,1) point layer(out) nth(595) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚕 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,1) point layer(in) nth(596) % Point: 㚕 mass(1) color_count(red,1.0) size(1,1) loc_xy(27,1) point layer(out) nth(596) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚚 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,1) point layer(in) nth(597) % Point: 㚚 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,1) point layer(out) nth(597) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚟 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,1) point layer(in) nth(598) % Point: 㚟 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,1) point layer(out) nth(598) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,2) point layer(in) nth(599) % Point: 㚤 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,2) point layer(out) nth(599) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,2) point layer(in) nth(600) % Point: 㚩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,2) point layer(out) nth(600) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚮 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,2) point layer(in) nth(601) % Point: 㚮 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,2) point layer(out) nth(601) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,2) point layer(in) nth(603) % Point: 㚸 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,2) point layer(out) nth(603) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㚽 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(in) nth(604) % Point: 㚽 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,2) point layer(out) nth(604) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛂 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,2) point layer(in) nth(605) % Point: 㛂 mass(1) color_count(green,1.0) size(1,1) loc_xy(26,2) point layer(out) nth(605) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛇 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,2) point layer(in) nth(606) % Point: 㛇 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,2) point layer(out) nth(606) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,3) point layer(in) nth(607) % Point: 㛌 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,3) point layer(out) nth(607) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛑 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) point layer(in) nth(608) % Point: 㛑 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) point layer(out) nth(608) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,3) point layer(in) nth(609) % Point: 㛖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,3) point layer(out) nth(609) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(610) % Point: 㛛 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(610) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,3) point layer(in) nth(611) % Point: 㛠 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,3) point layer(out) nth(611) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,3) point layer(in) nth(612) % Point: 㛥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,3) point layer(out) nth(612) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,3) point layer(in) nth(613) % Point: 㛪 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,3) point layer(out) nth(613) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(18,3) point layer(in) nth(614) % Point: 㛯 mass(1) color_count(red,1.0) size(1,1) loc_xy(18,3) point layer(out) nth(614) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,3) point layer(in) nth(615) % Point: 㛴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,3) point layer(out) nth(615) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,4) point layer(in) nth(616) % Point: 㛹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,4) point layer(out) nth(616) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㛾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,4) point layer(in) nth(617) % Point: 㛾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,4) point layer(out) nth(617) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,4) point layer(in) nth(618) % Point: 㜄 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,4) point layer(out) nth(618) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜉 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,4) point layer(in) nth(619) % Point: 㜉 mass(1) color_count(green,1.0) size(1,1) loc_xy(15,4) point layer(out) nth(619) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,4) point layer(in) nth(620) % Point: 㜎 mass(1) color_count(purple,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(620) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜓 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(in) nth(621) % Point: 㜓 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,4) point layer(out) nth(621) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(622) % Point: 㜘 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(622) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜝 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,5) point layer(in) nth(623) % Point: 㜝 mass(1) color_count(green,1.0) size(1,1) loc_xy(4,5) point layer(out) nth(623) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜣 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,5) point layer(in) nth(624) % Point: 㜣 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,5) point layer(out) nth(624) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,5) point layer(in) nth(625) % Point: 㜩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,5) point layer(out) nth(625) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,5) point layer(in) nth(626) % Point: 㜮 mass(1) color_count(green,1.0) size(1,1) loc_xy(28,5) point layer(out) nth(626) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,6) point layer(in) nth(627) % Point: 㜳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,6) point layer(out) nth(627) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,6) point layer(in) nth(628) % Point: 㜸 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(628) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㜽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,6) point layer(in) nth(629) % Point: 㜽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,6) point layer(out) nth(629) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝂 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(in) nth(630) % Point: 㝂 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,6) point layer(out) nth(630) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝇 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,7) point layer(in) nth(631) % Point: 㝇 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,7) point layer(out) nth(631) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝌 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,7) point layer(in) nth(632) % Point: 㝌 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,7) point layer(out) nth(632) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,7) point layer(in) nth(633) % Point: 㝑 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,7) point layer(out) nth(633) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(634) % Point: 㝖 mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(634) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,8) point layer(in) nth(635) % Point: 㝛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(635) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝦 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(in) nth(637) % Point: 㝦 mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(637) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,8) point layer(in) nth(638) % Point: 㝫 mass(1) color_count(purple,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(638) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝰 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,8) point layer(in) nth(639) % Point: 㝰 mass(1) color_count(red,1.0) size(1,1) loc_xy(24,8) point layer(out) nth(639) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝵 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,8) point layer(in) nth(640) % Point: 㝵 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,8) point layer(out) nth(640) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝺 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,8) point layer(in) nth(641) % Point: 㝺 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(30,8) point layer(out) nth(641) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㝿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,9) point layer(in) nth(642) % Point: 㝿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,9) point layer(out) nth(642) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞄 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,9) point layer(in) nth(643) % Point: 㞄 mass(1) color_count(green,1.0) size(1,1) loc_xy(6,9) point layer(out) nth(643) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞉 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(in) nth(644) % Point: 㞉 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,9) point layer(out) nth(644) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,9) point layer(in) nth(645) % Point: 㞎 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,9) point layer(out) nth(645) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(in) nth(646) % Point: 㞓 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,9) point layer(out) nth(646) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞘 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,9) point layer(in) nth(647) % Point: 㞘 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,9) point layer(out) nth(647) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞝 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,9) point layer(in) nth(648) % Point: 㞝 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,9) point layer(out) nth(648) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(in) nth(649) % Point: 㞢 mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) point layer(out) nth(649) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,10) point layer(in) nth(650) % Point: 㞧 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(650) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞬 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,10) point layer(in) nth(651) % Point: 㞬 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(651) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞱 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(in) nth(652) % Point: 㞱 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,10) point layer(out) nth(652) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㞻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,11) point layer(in) nth(654) % Point: 㞻 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,11) point layer(out) nth(654) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,11) point layer(in) nth(655) % Point: 㟀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,11) point layer(out) nth(655) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(in) nth(656) % Point: 㟅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,11) point layer(out) nth(656) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟊 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,11) point layer(in) nth(657) % Point: 㟊 mass(1) color_count(green,1.0) size(1,1) loc_xy(30,11) point layer(out) nth(657) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,12) point layer(in) nth(658) % Point: 㟏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,12) point layer(out) nth(658) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,12) point layer(in) nth(659) % Point: 㟔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(659) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(in) nth(660) % Point: 㟙 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(660) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) point layer(in) nth(662) % Point: 㟣 mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(662) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,12) point layer(in) nth(663) % Point: 㟨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,12) point layer(out) nth(663) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(in) nth(664) % Point: 㟭 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(664) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) point layer(in) nth(666) % Point: 㟷 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(666) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㟼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,12) point layer(in) nth(667) % Point: 㟼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,12) point layer(out) nth(667) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠂 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,12) point layer(in) nth(668) % Point: 㠂 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,12) point layer(out) nth(668) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,12) point layer(in) nth(669) % Point: 㠇 mass(1) color_count(purple,1.0) size(1,1) loc_xy(27,12) point layer(out) nth(669) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠌 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,13) point layer(in) nth(670) % Point: 㠌 mass(1) color_count(green,1.0) size(1,1) loc_xy(2,13) point layer(out) nth(670) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(in) nth(671) % Point: 㠑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(out) nth(671) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,13) point layer(in) nth(672) % Point: 㠖 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,13) point layer(out) nth(672) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,13) point layer(in) nth(673) % Point: 㠛 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,13) point layer(out) nth(673) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠠 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,13) point layer(in) nth(674) % Point: 㠠 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,13) point layer(out) nth(674) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(in) nth(675) % Point: 㠦 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(18,13) point layer(out) nth(675) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,13) point layer(in) nth(676) % Point: 㠬 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,13) point layer(out) nth(676) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,14) point layer(in) nth(677) % Point: 㠱 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(677) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,14) point layer(in) nth(678) % Point: 㠶 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(678) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㠻 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,14) point layer(in) nth(679) % Point: 㠻 mass(1) color_count(green,1.0) size(1,1) loc_xy(7,14) point layer(out) nth(679) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,14) point layer(in) nth(680) % Point: 㡀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,14) point layer(out) nth(680) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡅 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(681) % Point: 㡅 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(681) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,14) point layer(in) nth(682) % Point: 㡊 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(682) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,14) point layer(in) nth(683) % Point: 㡏 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,14) point layer(out) nth(683) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡔 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,14) point layer(in) nth(684) % Point: 㡔 mass(1) color_count(red,1.0) size(1,1) loc_xy(26,14) point layer(out) nth(684) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(685) % Point: 㡙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(685) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,15) point layer(in) nth(686) % Point: 㡞 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,15) point layer(out) nth(686) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,15) point layer(in) nth(687) % Point: 㡤 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,15) point layer(out) nth(687) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,16) point layer(in) nth(688) % Point: 㡩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,16) point layer(out) nth(688) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,16) point layer(in) nth(689) % Point: 㡮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(689) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡳 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(in) nth(690) % Point: 㡳 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(690) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡸 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(in) nth(691) % Point: 㡸 mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(691) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,16) point layer(in) nth(692) % Point: 㡽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(692) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(in) nth(693) % Point: 㢂 mass(1) color_count(green,1.0) size(1,1) loc_xy(25,16) point layer(out) nth(693) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,16) point layer(in) nth(694) % Point: 㢇 mass(1) color_count(green,1.0) size(1,1) loc_xy(27,16) point layer(out) nth(694) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢌 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,16) point layer(in) nth(695) % Point: 㢌 mass(1) color_count(red,1.0) size(1,1) loc_xy(28,16) point layer(out) nth(695) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,16) point layer(in) nth(696) % Point: 㢑 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(29,16) point layer(out) nth(696) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,16) point layer(in) nth(697) % Point: 㢖 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,16) point layer(out) nth(697) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢛 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,17) point layer(in) nth(698) % Point: 㢛 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,17) point layer(out) nth(698) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢠 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,17) point layer(in) nth(699) % Point: 㢠 mass(1) color_count(red,1.0) size(1,1) loc_xy(6,17) point layer(out) nth(699) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢥 mass(1) color_count(red,1.0) size(1,1) loc_xy(9,17) point layer(in) nth(700) % Point: 㢥 mass(1) color_count(red,1.0) size(1,1) loc_xy(9,17) point layer(out) nth(700) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,17) point layer(in) nth(701) % Point: 㢪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,17) point layer(out) nth(701) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,17) point layer(in) nth(702) % Point: 㢯 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,17) point layer(out) nth(702) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,17) point layer(in) nth(703) % Point: 㢴 mass(1) color_count(purple,1.0) size(1,1) loc_xy(17,17) point layer(out) nth(703) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(704) % Point: 㢹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(704) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㢾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,17) point layer(in) nth(705) % Point: 㢾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,17) point layer(out) nth(705) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,18) point layer(in) nth(706) % Point: 㣃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,18) point layer(out) nth(706) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) point layer(in) nth(707) % Point: 㣈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) point layer(out) nth(707) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(in) nth(708) % Point: 㣍 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,18) point layer(out) nth(708) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,18) point layer(in) nth(709) % Point: 㣒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,18) point layer(out) nth(709) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,18) point layer(in) nth(710) % Point: 㣗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(29,18) point layer(out) nth(710) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣜 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,19) point layer(in) nth(711) % Point: 㣜 mass(1) color_count(green,1.0) size(1,1) loc_xy(1,19) point layer(out) nth(711) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,19) point layer(in) nth(712) % Point: 㣡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(2,19) point layer(out) nth(712) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,19) point layer(in) nth(713) % Point: 㣦 mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,19) point layer(out) nth(713) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,19) point layer(in) nth(715) % Point: 㣰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(20,19) point layer(out) nth(715) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,19) point layer(in) nth(716) % Point: 㣵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(21,19) point layer(out) nth(716) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,19) point layer(in) nth(717) % Point: 㣺 mass(1) color_count(red,1.0) size(1,1) loc_xy(22,19) point layer(out) nth(717) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㣿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(in) nth(718) % Point: 㣿 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,19) point layer(out) nth(718) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,20) point layer(in) nth(719) % Point: 㤅 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(719) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤊 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,20) point layer(in) nth(720) % Point: 㤊 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,20) point layer(out) nth(720) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,20) point layer(in) nth(721) % Point: 㤏 mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,20) point layer(out) nth(721) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,20) point layer(in) nth(722) % Point: 㤔 mass(1) color_count(blue,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(722) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤙 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,20) point layer(in) nth(723) % Point: 㤙 mass(1) color_count(green,1.0) size(1,1) loc_xy(23,20) point layer(out) nth(723) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤞 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,20) point layer(in) nth(724) % Point: 㤞 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,20) point layer(out) nth(724) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤤 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,20) point layer(in) nth(725) % Point: 㤤 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,20) point layer(out) nth(725) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,21) point layer(in) nth(726) % Point: 㤪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,21) point layer(out) nth(726) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,21) point layer(in) nth(727) % Point: 㤯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,21) point layer(out) nth(727) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,21) point layer(in) nth(728) % Point: 㤴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,21) point layer(out) nth(728) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤹 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,21) point layer(in) nth(729) % Point: 㤹 mass(1) color_count(green,1.0) size(1,1) loc_xy(10,21) point layer(out) nth(729) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㤾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,21) point layer(in) nth(730) % Point: 㤾 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,21) point layer(out) nth(730) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,21) point layer(in) nth(731) % Point: 㥃 mass(1) color_count(blue,1.0) size(1,1) loc_xy(15,21) point layer(out) nth(731) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,21) point layer(in) nth(732) % Point: 㥈 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(22,21) point layer(out) nth(732) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥍 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,21) point layer(in) nth(733) % Point: 㥍 mass(1) color_count(red,1.0) size(1,1) loc_xy(23,21) point layer(out) nth(733) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,22) point layer(in) nth(734) % Point: 㥒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,22) point layer(out) nth(734) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,22) point layer(in) nth(735) % Point: 㥗 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,22) point layer(out) nth(735) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,22) point layer(in) nth(736) % Point: 㥜 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,22) point layer(out) nth(736) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥢 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,22) point layer(in) nth(737) % Point: 㥢 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,22) point layer(out) nth(737) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,22) point layer(in) nth(739) % Point: 㥬 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,22) point layer(out) nth(739) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,22) point layer(in) nth(740) % Point: 㥱 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,22) point layer(out) nth(740) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥶 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,22) point layer(in) nth(741) % Point: 㥶 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,22) point layer(out) nth(741) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,23) point layer(in) nth(742) % Point: 㥻 mass(1) color_count(red,1.0) size(1,1) loc_xy(1,23) point layer(out) nth(742) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,23) point layer(in) nth(743) % Point: 㦀 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,23) point layer(out) nth(743) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,23) point layer(in) nth(744) % Point: 㦅 mass(1) color_count(purple,1.0) size(1,1) loc_xy(7,23) point layer(out) nth(744) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦊 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,23) point layer(in) nth(745) % Point: 㦊 mass(1) color_count(green,1.0) size(1,1) loc_xy(8,23) point layer(out) nth(745) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,23) point layer(in) nth(746) % Point: 㦏 mass(1) color_count(red,1.0) size(1,1) loc_xy(29,23) point layer(out) nth(746) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,23) point layer(in) nth(747) % Point: 㦔 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,23) point layer(out) nth(747) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,24) point layer(in) nth(748) % Point: 㦙 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,24) point layer(out) nth(748) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,24) point layer(in) nth(749) % Point: 㦞 mass(1) color_count(red,1.0) size(1,1) loc_xy(10,24) point layer(out) nth(749) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,24) point layer(in) nth(750) % Point: 㦣 mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,24) point layer(out) nth(750) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(14,24) point layer(in) nth(751) % Point: 㦨 mass(1) color_count(purple,1.0) size(1,1) loc_xy(14,24) point layer(out) nth(751) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,24) point layer(in) nth(752) % Point: 㦭 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(27,24) point layer(out) nth(752) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦲 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,25) point layer(in) nth(753) % Point: 㦲 mass(1) color_count(purple,1.0) size(1,1) loc_xy(3,25) point layer(out) nth(753) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,25) point layer(in) nth(754) % Point: 㦷 mass(1) color_count(blue,1.0) size(1,1) loc_xy(4,25) point layer(out) nth(754) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,25) point layer(in) nth(755) % Point: 㦼 mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,25) point layer(out) nth(755) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,25) point layer(in) nth(756) % Point: 㧁 mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,25) point layer(out) nth(756) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,25) point layer(in) nth(757) % Point: 㧆 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,25) point layer(out) nth(757) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,25) point layer(in) nth(758) % Point: 㧋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(23,25) point layer(out) nth(758) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧐 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,25) point layer(in) nth(759) % Point: 㧐 mass(1) color_count(green,1.0) size(1,1) loc_xy(24,25) point layer(out) nth(759) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,25) point layer(in) nth(760) % Point: 㧕 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(25,25) point layer(out) nth(760) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,25) point layer(in) nth(761) % Point: 㧚 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,25) point layer(out) nth(761) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,25) point layer(in) nth(762) % Point: 㧟 mass(1) color_count(red,1.0) size(1,1) loc_xy(30,25) point layer(out) nth(762) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧤 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,26) point layer(in) nth(763) % Point: 㧤 mass(1) color_count(green,1.0) size(1,1) loc_xy(3,26) point layer(out) nth(763) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,26) point layer(in) nth(764) % Point: 㧩 mass(1) color_count(purple,1.0) size(1,1) loc_xy(12,26) point layer(out) nth(764) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,26) point layer(in) nth(765) % Point: 㧮 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,26) point layer(out) nth(765) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(in) nth(766) % Point: 㧳 mass(1) color_count(purple,1.0) size(1,1) loc_xy(25,26) point layer(out) nth(766) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧸 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(in) nth(767) % Point: 㧸 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,26) point layer(out) nth(767) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,26) point layer(in) nth(768) % Point: 㧽 mass(1) color_count(purple,1.0) size(1,1) loc_xy(30,26) point layer(out) nth(768) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,27) point layer(in) nth(769) % Point: 㨃 mass(1) color_count(red,1.0) size(1,1) loc_xy(11,27) point layer(out) nth(769) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨈 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,27) point layer(in) nth(770) % Point: 㨈 mass(1) color_count(red,1.0) size(1,1) loc_xy(13,27) point layer(out) nth(770) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,27) point layer(in) nth(771) % Point: 㨍 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(771) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,27) point layer(in) nth(772) % Point: 㨒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,27) point layer(out) nth(772) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(in) nth(773) % Point: 㨗 mass(1) color_count(blue,1.0) size(1,1) loc_xy(28,27) point layer(out) nth(773) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(in) nth(774) % Point: 㨜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(6,28) point layer(out) nth(774) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,28) point layer(in) nth(775) % Point: 㨡 mass(1) color_count(blue,1.0) size(1,1) loc_xy(13,28) point layer(out) nth(775) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,28) point layer(in) nth(776) % Point: 㨨 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,28) point layer(out) nth(776) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(in) nth(777) % Point: 㨭 mass(1) color_count(blue,1.0) size(1,1) loc_xy(24,28) point layer(out) nth(777) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,28) point layer(in) nth(778) % Point: 㨲 mass(1) color_count(red,1.0) size(1,1) loc_xy(25,28) point layer(out) nth(778) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,28) point layer(in) nth(779) % Point: 㨷 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(779) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㨼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,28) point layer(in) nth(780) % Point: 㨼 mass(1) color_count(purple,1.0) size(1,1) loc_xy(28,28) point layer(out) nth(780) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩁 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,28) point layer(in) nth(781) % Point: 㩁 mass(1) color_count(green,1.0) size(1,1) loc_xy(29,28) point layer(out) nth(781) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(in) nth(782) % Point: 㩆 mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,29) point layer(out) nth(782) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(in) nth(783) % Point: 㩋 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,29) point layer(out) nth(783) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩐 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,29) point layer(in) nth(784) % Point: 㩐 mass(1) color_count(red,1.0) size(1,1) loc_xy(5,29) point layer(out) nth(784) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,29) point layer(in) nth(785) % Point: 㩕 mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,29) point layer(out) nth(785) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,29) point layer(in) nth(786) % Point: 㩚 mass(1) color_count(green,1.0) size(1,1) loc_xy(12,29) point layer(out) nth(786) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,29) point layer(in) nth(787) % Point: 㩟 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(13,29) point layer(out) nth(787) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,29) point layer(in) nth(788) % Point: 㩥 mass(1) color_count(blue,1.0) size(1,1) loc_xy(16,29) point layer(out) nth(788) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,29) point layer(in) nth(789) % Point: 㩪 mass(1) color_count(purple,1.0) size(1,1) loc_xy(19,29) point layer(out) nth(789) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,29) point layer(in) nth(790) % Point: 㩯 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(26,29) point layer(out) nth(790) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,29) point layer(in) nth(791) % Point: 㩴 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(28,29) point layer(out) nth(791) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,29) point layer(in) nth(792) % Point: 㩹 mass(1) color_count(blue,1.0) size(1,1) loc_xy(29,29) point layer(out) nth(792) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㩾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,30) point layer(in) nth(793) % Point: 㩾 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(1,30) point layer(out) nth(793) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪃 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(in) nth(794) % Point: 㪃 mass(1) color_count(purple,1.0) size(1,1) loc_xy(2,30) point layer(out) nth(794) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,30) point layer(in) nth(795) % Point: 㪈 mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,30) point layer(out) nth(795) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪍 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,30) point layer(in) nth(796) % Point: 㪍 mass(1) color_count(green,1.0) size(1,1) loc_xy(5,30) point layer(out) nth(796) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,30) point layer(in) nth(797) % Point: 㪒 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,30) point layer(out) nth(797) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,30) point layer(in) nth(798) % Point: 㪗 mass(1) color_count(red,1.0) size(1,1) loc_xy(7,30) point layer(out) nth(798) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,30) point layer(in) nth(799) % Point: 㪜 mass(1) color_count(purple,1.0) size(1,1) loc_xy(13,30) point layer(out) nth(799) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,30) point layer(in) nth(800) % Point: 㪡 mass(1) color_count(red,1.0) size(1,1) loc_xy(16,30) point layer(out) nth(800) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,30) point layer(in) nth(801) % Point: 㪦 mass(1) color_count(blue,1.0) size(1,1) loc_xy(19,30) point layer(out) nth(801) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪫 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,30) point layer(in) nth(802) % Point: 㪫 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,30) point layer(out) nth(802) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,30) point layer(in) nth(803) % Point: 㪰 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,30) point layer(out) nth(803) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(in) nth(804) % Point: 㪵 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(24,30) point layer(out) nth(804) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,30) point layer(in) nth(805) % Point: 㪺 mass(1) color_count(purple,1.0) size(1,1) loc_xy(26,30) point layer(out) nth(805) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙎 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,29) rectangluar polygon layer(in) nth(582) % Polygon: 㙎 mass(2) color_count(red,2.0) size(2,2) loc_xy(2,29) rectangluar polygon layer(out) nth(582) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,21) rectangluar polygon layer(in) nth(580) % Polygon: 㙄 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,21) rectangluar polygon layer(out) nth(580) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,19) rectangluar polygon layer(in) nth(579) % Polygon: 㘿 mass(2) color_count(blue,2.0) size(2,2) loc_xy(27,19) rectangluar polygon layer(out) nth(579) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘺 mass(2) color_count(purple,2.0) size(2,2) loc_xy(6,18) rectangluar polygon layer(in) nth(578) % Polygon: 㘺 mass(2) color_count(purple,2.0) size(2,2) loc_xy(6,18) rectangluar polygon layer(out) nth(578) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘵 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(in) nth(577) % Polygon: 㘵 mass(2) color_count(red,2.0) size(2,2) loc_xy(8,14) rectangluar polygon layer(out) nth(577) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘫 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,12) rectangluar polygon layer(in) nth(575) % Polygon: 㘫 mass(2) color_count(red,2.0) size(2,2) loc_xy(19,12) rectangluar polygon layer(out) nth(575) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘟 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,11) rectangluar polygon layer(in) nth(573) % Polygon: 㘟 mass(2) color_count(red,2.0) size(2,2) loc_xy(24,11) rectangluar polygon layer(out) nth(573) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(19,11) rectangluar polygon layer(in) nth(572) % Polygon: 㘚 mass(2) color_count(blue,2.0) size(2,2) loc_xy(19,11) rectangluar polygon layer(out) nth(572) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘕 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(in) nth(571) % Polygon: 㘕 mass(2) color_count(green,2.0) size(2,2) loc_xy(3,9) rectangluar polygon layer(out) nth(571) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(in) nth(570) % Polygon: 㘐 mass(2) color_count(blue,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(out) nth(570) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘋 mass(2) color_count(green,2.0) size(2,2) loc_xy(17,4) rectangluar polygon layer(in) nth(569) % Polygon: 㘋 mass(2) color_count(green,2.0) size(2,2) loc_xy(17,4) rectangluar polygon layer(out) nth(569) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘆 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,3) rectangluar polygon layer(in) nth(568) % Polygon: 㘆 mass(2) color_count(green,2.0) size(2,2) loc_xy(29,3) rectangluar polygon layer(out) nth(568) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘁 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,2) rectangluar polygon layer(in) nth(567) % Polygon: 㘁 mass(2) color_count(red,2.0) size(2,2) loc_xy(13,2) rectangluar polygon layer(out) nth(567) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗻 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,29) rectangluar polygon layer(in) nth(566) % Polygon: 㗻 mass(2) color_count(blue,2.0) size(2,2) loc_xy(17,29) rectangluar polygon layer(out) nth(566) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗶 mass(2) color_count(purple,2.0) size(2,2) loc_xy(22,28) rectangluar polygon layer(in) nth(565) % Polygon: 㗶 mass(2) color_count(purple,2.0) size(2,2) loc_xy(22,28) rectangluar polygon layer(out) nth(565) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(in) nth(564) % Polygon: 㗱 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(27,25) rectangluar polygon layer(out) nth(564) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(in) nth(563) % Polygon: 㗬 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,24) rectangluar polygon layer(out) nth(563) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗧 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,22) rectangluar polygon layer(in) nth(562) % Polygon: 㗧 mass(2) color_count(green,2.0) size(2,2) loc_xy(10,22) rectangluar polygon layer(out) nth(562) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗢 mass(2) color_count(purple,2.0) size(2,2) loc_xy(26,15) rectangluar polygon layer(in) nth(561) % Polygon: 㗢 mass(2) color_count(purple,2.0) size(2,2) loc_xy(26,15) rectangluar polygon layer(out) nth(561) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,15) rectangluar polygon layer(in) nth(560) % Polygon: 㗝 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,15) rectangluar polygon layer(out) nth(560) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗘 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,15) rectangluar polygon layer(in) nth(559) % Polygon: 㗘 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,15) rectangluar polygon layer(out) nth(559) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗎 mass(2) color_count(purple,2.0) size(2,2) loc_xy(29,13) rectangluar polygon layer(in) nth(557) % Polygon: 㗎 mass(2) color_count(purple,2.0) size(2,2) loc_xy(29,13) rectangluar polygon layer(out) nth(557) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,11) rectangluar polygon layer(in) nth(556) % Polygon: 㗉 mass(2) color_count(red,2.0) size(2,2) loc_xy(4,11) rectangluar polygon layer(out) nth(556) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗄 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,10) rectangluar polygon layer(in) nth(555) % Polygon: 㗄 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(22,10) rectangluar polygon layer(out) nth(555) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖿 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(in) nth(554) % Polygon: 㖿 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(1,9) rectangluar polygon layer(out) nth(554) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖺 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,8) rectangluar polygon layer(in) nth(553) % Polygon: 㖺 mass(2) color_count(blue,2.0) size(2,2) loc_xy(24,8) rectangluar polygon layer(out) nth(553) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖰 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(in) nth(551) % Polygon: 㖰 mass(2) color_count(green,2.0) size(2,2) loc_xy(18,6) rectangluar polygon layer(out) nth(551) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,5) rectangluar polygon layer(in) nth(550) % Polygon: 㖫 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(29,5) rectangluar polygon layer(out) nth(550) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,4) rectangluar polygon layer(in) nth(549) % Polygon: 㖦 mass(2) color_count(red,2.0) size(2,2) loc_xy(3,4) rectangluar polygon layer(out) nth(549) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖗 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,3) rectangluar polygon layer(in) nth(546) % Polygon: 㖗 mass(2) color_count(green,2.0) size(2,2) loc_xy(2,3) rectangluar polygon layer(out) nth(546) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖒 mass(2) color_count(red,2.0) size(2,2) loc_xy(21,2) rectangluar polygon layer(in) nth(545) % Polygon: 㖒 mass(2) color_count(red,2.0) size(2,2) loc_xy(21,2) rectangluar polygon layer(out) nth(545) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖍 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,2) rectangluar polygon layer(in) nth(544) % Polygon: 㖍 mass(2) color_count(green,2.0) size(2,2) loc_xy(9,2) rectangluar polygon layer(out) nth(544) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖈 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(in) nth(543) % Polygon: 㖈 mass(2) color_count(blue,2.0) size(2,2) loc_xy(21,1) rectangluar polygon layer(out) nth(543) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖃 mass(2) color_count(green,2.0) size(2,2) loc_xy(16,1) rectangluar polygon layer(in) nth(542) % Polygon: 㖃 mass(2) color_count(green,2.0) size(2,2) loc_xy(16,1) rectangluar polygon layer(out) nth(542) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕾 mass(2) color_count(blue,2.0) size(2,1) loc_xy(14,30) hv_line(h) nonsquare filled_squared layer(in) nth(541) % Hv_Line(h): 㕾 mass(2) color_count(blue,2.0) size(2,1) loc_xy(14,30) hv_line(h) nonsquare filled_squared layer(out) nth(541) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕹 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,30) hv_line(h) nonsquare filled_squared layer(in) nth(540) % Hv_Line(h): 㕹 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(8,30) hv_line(h) nonsquare filled_squared layer(out) nth(540) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕪 mass(2) color_count(red,2.0) size(1,2) loc_xy(20,29) nonsquare hv_line(v) filled_squared layer(in) nth(537) % Hv_Line(v): 㕪 mass(2) color_count(red,2.0) size(1,2) loc_xy(20,29) nonsquare hv_line(v) filled_squared layer(out) nth(537) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕐 mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,28) hv_line(h) nonsquare filled_squared layer(in) nth(532) % Hv_Line(h): 㕐 mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,28) hv_line(h) nonsquare filled_squared layer(out) nth(532) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㕋 mass(2) color_count(red,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(in) nth(531) % Hv_Line(v): 㕋 mass(2) color_count(red,2.0) size(1,2) loc_xy(27,27) nonsquare hv_line(v) filled_squared layer(out) nth(531) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㕆 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(in) nth(530) % Hv_Line(h): 㕆 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(out) nth(530) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔷 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(6,27) hv_line(h) nonsquare filled_squared layer(in) nth(527) % Hv_Line(h): 㔷 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(6,27) hv_line(h) nonsquare filled_squared layer(out) nth(527) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔭 mass(2) color_count(green,2.0) size(2,1) loc_xy(1,27) hv_line(h) nonsquare filled_squared layer(in) nth(525) % Hv_Line(h): 㔭 mass(2) color_count(green,2.0) size(2,1) loc_xy(1,27) hv_line(h) nonsquare filled_squared layer(out) nth(525) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔗 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(10,26) hv_line(h) nonsquare filled_squared layer(in) nth(521) % Hv_Line(h): 㔗 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(10,26) hv_line(h) nonsquare filled_squared layer(out) nth(521) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔒 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,26) hv_line(h) nonsquare filled_squared layer(in) nth(520) % Hv_Line(h): 㔒 mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,26) hv_line(h) nonsquare filled_squared layer(out) nth(520) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔈 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(in) nth(518) % Hv_Line(h): 㔈 mass(2) color_count(green,2.0) size(2,1) loc_xy(9,25) hv_line(h) nonsquare filled_squared layer(out) nth(518) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓸 mass(2) color_count(green,2.0) size(1,2) loc_xy(12,24) nonsquare hv_line(v) filled_squared layer(in) nth(515) % Hv_Line(v): 㓸 mass(2) color_count(green,2.0) size(1,2) loc_xy(12,24) nonsquare hv_line(v) filled_squared layer(out) nth(515) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㓮 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,24) nonsquare hv_line(v) filled_squared layer(in) nth(513) % Hv_Line(v): 㓮 mass(2) color_count(green,2.0) size(1,2) loc_xy(6,24) nonsquare hv_line(v) filled_squared layer(out) nth(513) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(4,24) hv_line(h) nonsquare filled_squared layer(in) nth(512) % Hv_Line(h): 㓩 mass(2) color_count(purple,2.0) size(2,1) loc_xy(4,24) hv_line(h) nonsquare filled_squared layer(out) nth(512) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓟 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,23) hv_line(h) nonsquare filled_squared layer(in) nth(510) % Hv_Line(h): 㓟 mass(2) color_count(blue,2.0) size(2,1) loc_xy(26,23) hv_line(h) nonsquare filled_squared layer(out) nth(510) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㓋 mass(2) color_count(red,2.0) size(2,1) loc_xy(3,23) hv_line(h) nonsquare filled_squared layer(in) nth(506) % Hv_Line(h): 㓋 mass(2) color_count(red,2.0) size(2,1) loc_xy(3,23) hv_line(h) nonsquare filled_squared layer(out) nth(506) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒨 mass(2) color_count(red,2.0) size(1,2) loc_xy(6,21) nonsquare hv_line(v) filled_squared layer(in) nth(499) % Hv_Line(v): 㒨 mass(2) color_count(red,2.0) size(1,2) loc_xy(6,21) nonsquare hv_line(v) filled_squared layer(out) nth(499) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒔 mass(2) color_count(blue,2.0) size(2,1) loc_xy(9,20) hv_line(h) nonsquare filled_squared layer(in) nth(495) % Hv_Line(h): 㒔 mass(2) color_count(blue,2.0) size(2,1) loc_xy(9,20) hv_line(h) nonsquare filled_squared layer(out) nth(495) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒊 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(30,19) nonsquare hv_line(v) filled_squared layer(in) nth(493) % Hv_Line(v): 㒊 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(30,19) nonsquare hv_line(v) filled_squared layer(out) nth(493) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒅 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,19) hv_line(h) nonsquare filled_squared layer(in) nth(492) % Hv_Line(h): 㒅 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,19) hv_line(h) nonsquare filled_squared layer(out) nth(492) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㒀 mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,19) hv_line(h) nonsquare filled_squared layer(in) nth(491) % Hv_Line(h): 㒀 mass(2) color_count(blue,2.0) size(2,1) loc_xy(24,19) hv_line(h) nonsquare filled_squared layer(out) nth(491) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑻 mass(2) color_count(blue,2.0) size(2,1) loc_xy(12,19) hv_line(h) nonsquare filled_squared layer(in) nth(490) % Hv_Line(h): 㑻 mass(2) color_count(blue,2.0) size(2,1) loc_xy(12,19) hv_line(h) nonsquare filled_squared layer(out) nth(490) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑬 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,18) nonsquare hv_line(v) filled_squared layer(in) nth(487) % Hv_Line(v): 㑬 mass(2) color_count(red,2.0) size(1,2) loc_xy(26,18) nonsquare hv_line(v) filled_squared layer(out) nth(487) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑧 mass(2) color_count(red,2.0) size(2,1) loc_xy(19,18) hv_line(h) nonsquare filled_squared layer(in) nth(486) % Hv_Line(h): 㑧 mass(2) color_count(red,2.0) size(2,1) loc_xy(19,18) hv_line(h) nonsquare filled_squared layer(out) nth(486) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑢 mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,18) nonsquare hv_line(v) filled_squared layer(in) nth(485) % Hv_Line(v): 㑢 mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,18) nonsquare hv_line(v) filled_squared layer(out) nth(485) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑜 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(17,18) nonsquare hv_line(v) filled_squared layer(in) nth(484) % Hv_Line(v): 㑜 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(17,18) nonsquare hv_line(v) filled_squared layer(out) nth(484) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㑒 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,18) hv_line(h) nonsquare filled_squared layer(in) nth(482) % Hv_Line(h): 㑒 mass(2) color_count(green,2.0) size(2,1) loc_xy(12,18) hv_line(h) nonsquare filled_squared layer(out) nth(482) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑈 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,18) nonsquare hv_line(v) filled_squared layer(in) nth(480) % Hv_Line(v): 㑈 mass(2) color_count(red,2.0) size(1,2) loc_xy(4,18) nonsquare hv_line(v) filled_squared layer(out) nth(480) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㑃 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,17) nonsquare hv_line(v) filled_squared layer(in) nth(479) % Hv_Line(v): 㑃 mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,17) nonsquare hv_line(v) filled_squared layer(out) nth(479) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐾 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,17) hv_line(h) nonsquare filled_squared layer(in) nth(478) % Hv_Line(h): 㐾 mass(2) color_count(green,2.0) size(2,1) loc_xy(28,17) hv_line(h) nonsquare filled_squared layer(out) nth(478) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐹 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,17) nonsquare hv_line(v) filled_squared layer(in) nth(477) % Hv_Line(v): 㐹 mass(2) color_count(purple,2.0) size(1,2) loc_xy(27,17) nonsquare hv_line(v) filled_squared layer(out) nth(477) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐴 mass(2) color_count(blue,2.0) size(2,1) loc_xy(25,17) hv_line(h) nonsquare filled_squared layer(in) nth(476) % Hv_Line(h): 㐴 mass(2) color_count(blue,2.0) size(2,1) loc_xy(25,17) hv_line(h) nonsquare filled_squared layer(out) nth(476) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㐏 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,16) nonsquare hv_line(v) filled_squared layer(in) nth(469) % Hv_Line(v): 㐏 mass(2) color_count(cyan,2.0) size(1,2) loc_xy(5,16) nonsquare hv_line(v) filled_squared layer(out) nth(469) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㐊 mass(2) color_count(blue,2.0) size(2,1) loc_xy(28,15) hv_line(h) nonsquare filled_squared layer(in) nth(468) % Hv_Line(h): 㐊 mass(2) color_count(blue,2.0) size(2,1) loc_xy(28,15) hv_line(h) nonsquare filled_squared layer(out) nth(468) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㇺ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,14) nonsquare hv_line(v) filled_squared layer(in) nth(465) % Hv_Line(v): ㇺ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,14) nonsquare hv_line(v) filled_squared layer(out) nth(465) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㇰ mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,14) hv_line(h) nonsquare filled_squared layer(in) nth(463) % Hv_Line(h): ㇰ mass(2) color_count(purple,2.0) size(2,1) loc_xy(17,14) hv_line(h) nonsquare filled_squared layer(out) nth(463) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㆱ mass(2) color_count(green,2.0) size(2,1) loc_xy(11,14) hv_line(h) nonsquare filled_squared layer(in) nth(460) % Hv_Line(h): ㆱ mass(2) color_count(green,2.0) size(2,1) loc_xy(11,14) hv_line(h) nonsquare filled_squared layer(out) nth(460) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆬ mass(2) color_count(blue,2.0) size(1,2) loc_xy(10,14) nonsquare hv_line(v) filled_squared layer(in) nth(459) % Hv_Line(v): ㆬ mass(2) color_count(blue,2.0) size(1,2) loc_xy(10,14) nonsquare hv_line(v) filled_squared layer(out) nth(459) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅸ mass(2) color_count(red,2.0) size(1,2) loc_xy(3,13) nonsquare hv_line(v) filled_squared layer(in) nth(452) % Hv_Line(v): ㅸ mass(2) color_count(red,2.0) size(1,2) loc_xy(3,13) nonsquare hv_line(v) filled_squared layer(out) nth(452) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅮ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,12) nonsquare hv_line(v) filled_squared layer(in) nth(450) % Hv_Line(v): ㅮ mass(2) color_count(cyan,2.0) size(1,2) loc_xy(26,12) nonsquare hv_line(v) filled_squared layer(out) nth(450) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅩ mass(2) color_count(green,2.0) size(2,1) loc_xy(21,12) hv_line(h) nonsquare filled_squared layer(in) nth(449) % Hv_Line(h): ㅩ mass(2) color_count(green,2.0) size(2,1) loc_xy(21,12) hv_line(h) nonsquare filled_squared layer(out) nth(449) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(9,12) hv_line(h) nonsquare filled_squared layer(in) nth(448) % Hv_Line(h): ㅤ mass(2) color_count(red,2.0) size(2,1) loc_xy(9,12) hv_line(h) nonsquare filled_squared layer(out) nth(448) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(5,12) nonsquare hv_line(v) filled_squared layer(in) nth(446) % Hv_Line(v): ㅙ mass(2) color_count(blue,2.0) size(1,2) loc_xy(5,12) nonsquare hv_line(v) filled_squared layer(out) nth(446) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅅ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,11) hv_line(h) nonsquare filled_squared layer(in) nth(442) % Hv_Line(h): ㅅ mass(2) color_count(green,2.0) size(2,1) loc_xy(1,11) hv_line(h) nonsquare filled_squared layer(out) nth(442) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄻ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,10) nonsquare hv_line(v) filled_squared layer(in) nth(440) % Hv_Line(v): ㄻ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,10) nonsquare hv_line(v) filled_squared layer(out) nth(440) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㄶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(19,10) hv_line(h) nonsquare filled_squared layer(in) nth(439) % Hv_Line(h): ㄶ mass(2) color_count(purple,2.0) size(2,1) loc_xy(19,10) hv_line(h) nonsquare filled_squared layer(out) nth(439) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄱ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(in) nth(438) % Hv_Line(v): ㄱ mass(2) color_count(green,2.0) size(1,2) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(out) nth(438) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄫ mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(in) nth(437) % Hv_Line(v): ㄫ mass(2) color_count(blue,2.0) size(1,2) loc_xy(30,9) nonsquare hv_line(v) filled_squared layer(out) nth(437) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄚ mass(2) color_count(green,2.0) size(1,2) loc_xy(23,8) nonsquare hv_line(v) filled_squared layer(in) nth(434) % Hv_Line(v): ㄚ mass(2) color_count(green,2.0) size(1,2) loc_xy(23,8) nonsquare hv_line(v) filled_squared layer(out) nth(434) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄕ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,8) nonsquare hv_line(v) filled_squared layer(in) nth(433) % Hv_Line(v): ㄕ mass(2) color_count(red,2.0) size(1,2) loc_xy(21,8) nonsquare hv_line(v) filled_squared layer(out) nth(433) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄋ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,6) nonsquare hv_line(v) filled_squared layer(in) nth(431) % Hv_Line(v): ㄋ mass(2) color_count(green,2.0) size(1,2) loc_xy(30,6) nonsquare hv_line(v) filled_squared layer(out) nth(431) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㄆ mass(2) color_count(purple,2.0) size(1,2) loc_xy(21,6) nonsquare hv_line(v) filled_squared layer(in) nth(430) % Hv_Line(v): ㄆ mass(2) color_count(purple,2.0) size(1,2) loc_xy(21,6) nonsquare hv_line(v) filled_squared layer(out) nth(430) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): レ mass(2) color_count(purple,2.0) size(1,2) loc_xy(6,5) nonsquare hv_line(v) filled_squared layer(in) nth(426) % Hv_Line(v): レ mass(2) color_count(purple,2.0) size(1,2) loc_xy(6,5) nonsquare hv_line(v) filled_squared layer(out) nth(426) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ョ mass(2) color_count(blue,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(in) nth(425) % Hv_Line(v): ョ mass(2) color_count(blue,2.0) size(1,2) loc_xy(2,5) nonsquare hv_line(v) filled_squared layer(out) nth(425) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): モ mass(2) color_count(purple,2.0) size(1,2) loc_xy(29,4) nonsquare hv_line(v) filled_squared layer(in) nth(424) % Hv_Line(v): モ mass(2) color_count(purple,2.0) size(1,2) loc_xy(29,4) nonsquare hv_line(v) filled_squared layer(out) nth(424) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): タ mass(2) color_count(blue,2.0) size(1,2) loc_xy(13,3) nonsquare hv_line(v) filled_squared layer(in) nth(417) % Hv_Line(v): タ mass(2) color_count(blue,2.0) size(1,2) loc_xy(13,3) nonsquare hv_line(v) filled_squared layer(out) nth(417) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ズ mass(2) color_count(green,2.0) size(1,2) loc_xy(12,3) nonsquare hv_line(v) filled_squared layer(in) nth(416) % Hv_Line(v): ズ mass(2) color_count(green,2.0) size(1,2) loc_xy(12,3) nonsquare hv_line(v) filled_squared layer(out) nth(416) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): サ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,3) hv_line(h) nonsquare filled_squared layer(in) nth(415) % Hv_Line(h): サ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(1,3) hv_line(h) nonsquare filled_squared layer(out) nth(415) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): カ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(18,2) hv_line(h) nonsquare filled_squared layer(in) nth(413) % Hv_Line(h): カ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(18,2) hv_line(h) nonsquare filled_squared layer(out) nth(413) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ウ mass(2) color_count(green,2.0) size(2,1) loc_xy(7,2) hv_line(h) nonsquare filled_squared layer(in) nth(412) % Hv_Line(h): ウ mass(2) color_count(green,2.0) size(2,1) loc_xy(7,2) hv_line(h) nonsquare filled_squared layer(out) nth(412) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゕ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(4,2) hv_line(h) nonsquare filled_squared layer(in) nth(410) % Hv_Line(h): ゕ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(4,2) hv_line(h) nonsquare filled_squared layer(out) nth(410) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゐ mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,2) hv_line(h) nonsquare filled_squared layer(in) nth(409) % Hv_Line(h): ゐ mass(2) color_count(purple,2.0) size(2,1) loc_xy(2,2) hv_line(h) nonsquare filled_squared layer(out) nth(409) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ゆ mass(2) color_count(red,2.0) size(2,1) loc_xy(23,1) hv_line(h) nonsquare filled_squared layer(in) nth(407) % Hv_Line(h): ゆ mass(2) color_count(red,2.0) size(2,1) loc_xy(23,1) hv_line(h) nonsquare filled_squared layer(out) nth(407) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㙉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(in) nth(581) % Polygon: 㙉 mass(3) color_count(cyan,3.0) size(3,3) loc_xy(16,28) rectangluar polygon layer(out) nth(581) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘰 mass(3) color_count(blue,3.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(in) nth(576) % Polygon: 㘰 mass(3) color_count(blue,3.0) size(3,3) loc_xy(1,13) rectangluar polygon layer(out) nth(576) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㘥 mass(3) color_count(green,3.0) size(3,3) loc_xy(18,12) rectangluar polygon layer(in) nth(574) % Polygon: 㘥 mass(3) color_count(green,3.0) size(3,3) loc_xy(18,12) rectangluar polygon layer(out) nth(574) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(3,14) rectangluar polygon layer(in) nth(558) % Polygon: 㗓 mass(3) color_count(green,3.0) size(3,3) loc_xy(3,14) rectangluar polygon layer(out) nth(558) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㖵 mass(3) color_count(red,3.0) size(3,3) loc_xy(3,8) rectangluar polygon layer(in) nth(552) % Polygon: 㖵 mass(3) color_count(red,3.0) size(3,3) loc_xy(3,8) rectangluar polygon layer(out) nth(552) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕥 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,29) rectangluar polygon layer(in) nth(536) % Polygon: 㕥 mass(3) color_count(blue,3.0) size(2,2) loc_xy(11,29) rectangluar polygon layer(out) nth(536) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(in) nth(534) % Polygon: 㕚 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,28) rectangluar polygon layer(out) nth(534) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): 㔲 mass(3) color_count(blue,3.0) size(3,1) loc_xy(3,27) hv_line(h) nonsquare filled_squared layer(in) nth(526) % Hv_Line(h): 㔲 mass(3) color_count(blue,3.0) size(3,1) loc_xy(3,27) hv_line(h) nonsquare filled_squared layer(out) nth(526) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔡 mass(3) color_count(blue,3.0) size(2,2) loc_xy(25,26) rectangluar polygon layer(in) nth(523) % Polygon: 㔡 mass(3) color_count(blue,3.0) size(2,2) loc_xy(25,26) rectangluar polygon layer(out) nth(523) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,25) rectangluar polygon layer(in) nth(517) % Polygon: 㔃 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(4,25) rectangluar polygon layer(out) nth(517) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓕 mass(3) color_count(blue,3.0) size(2,2) loc_xy(23,23) rectangluar polygon layer(in) nth(508) % Polygon: 㓕 mass(3) color_count(blue,3.0) size(2,2) loc_xy(23,23) rectangluar polygon layer(out) nth(508) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓐 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,23) rectangluar polygon layer(in) nth(507) % Polygon: 㓐 mass(3) color_count(red,3.0) size(2,2) loc_xy(14,23) rectangluar polygon layer(out) nth(507) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓆 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,22) rectangluar polygon layer(in) nth(505) % Polygon: 㓆 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(22,22) rectangluar polygon layer(out) nth(505) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓁 mass(3) color_count(blue,3.0) size(2,2) loc_xy(9,22) rectangluar polygon layer(in) nth(504) % Polygon: 㓁 mass(3) color_count(blue,3.0) size(2,2) loc_xy(9,22) rectangluar polygon layer(out) nth(504) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒷 mass(3) color_count(blue,3.0) size(2,2) loc_xy(29,21) rectangluar polygon layer(in) nth(502) % Polygon: 㒷 mass(3) color_count(blue,3.0) size(2,2) loc_xy(29,21) rectangluar polygon layer(out) nth(502) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): 㒣 mass(3) color_count(blue,3.0) size(1,3) loc_xy(5,21) nonsquare hv_line(v) filled_squared layer(in) nth(498) % Hv_Line(v): 㒣 mass(3) color_count(blue,3.0) size(1,3) loc_xy(5,21) nonsquare hv_line(v) filled_squared layer(out) nth(498) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(15,18) rectangluar polygon layer(in) nth(483) % Polygon: 㑗 mass(3) color_count(blue,3.0) size(2,2) loc_xy(15,18) rectangluar polygon layer(out) nth(483) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑍 mass(3) color_count(green,3.0) size(2,2) loc_xy(5,18) rectangluar polygon layer(in) nth(481) % Polygon: 㑍 mass(3) color_count(green,3.0) size(2,2) loc_xy(5,18) rectangluar polygon layer(out) nth(481) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐪 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(in) nth(474) % Polygon: 㐪 mass(3) color_count(purple,3.0) size(2,2) loc_xy(14,17) rectangluar polygon layer(out) nth(474) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐤 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(10,17) rectangluar polygon layer(in) nth(473) % Polygon: 㐤 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(10,17) rectangluar polygon layer(out) nth(473) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(3,17) rectangluar polygon layer(in) nth(472) % Polygon: 㐞 mass(3) color_count(blue,3.0) size(2,2) loc_xy(3,17) rectangluar polygon layer(out) nth(472) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(15,16) rectangluar polygon layer(in) nth(471) % Polygon: 㐙 mass(3) color_count(cyan,3.0) size(2,2) loc_xy(15,16) rectangluar polygon layer(out) nth(471) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,14) rectangluar polygon layer(in) nth(462) % Polygon: ㆻ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,14) rectangluar polygon layer(out) nth(462) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ㆶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(13,14) nonsquare hv_line(v) filled_squared layer(in) nth(461) % Hv_Line(v): ㆶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(13,14) nonsquare hv_line(v) filled_squared layer(out) nth(461) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆇ mass(3) color_count(blue,3.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(in) nth(455) % Polygon: ㆇ mass(3) color_count(blue,3.0) size(2,2) loc_xy(21,13) rectangluar polygon layer(out) nth(455) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅳ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,12) hv_line(h) nonsquare filled_squared layer(in) nth(451) % Hv_Line(h): ㅳ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,12) hv_line(h) nonsquare filled_squared layer(out) nth(451) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅔ mass(3) color_count(blue,3.0) size(3,1) loc_xy(26,11) hv_line(h) nonsquare filled_squared layer(in) nth(445) % Hv_Line(h): ㅔ mass(3) color_count(blue,3.0) size(3,1) loc_xy(26,11) hv_line(h) nonsquare filled_squared layer(out) nth(445) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅀ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(27,10) hv_line(h) nonsquare filled_squared layer(in) nth(441) % Hv_Line(h): ㅀ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(27,10) hv_line(h) nonsquare filled_squared layer(out) nth(441) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ヘ mass(3) color_count(red,3.0) size(3,1) loc_xy(8,4) hv_line(h) nonsquare filled_squared layer(in) nth(422) % Hv_Line(h): ヘ mass(3) color_count(red,3.0) size(3,1) loc_xy(8,4) hv_line(h) nonsquare filled_squared layer(out) nth(422) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ツ mass(3) color_count(blue,3.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(in) nth(418) % Polygon: ツ mass(3) color_count(blue,3.0) size(2,2) loc_xy(18,3) rectangluar polygon layer(out) nth(418) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): グ mass(3) color_count(green,3.0) size(1,3) loc_xy(20,2) nonsquare hv_line(v) filled_squared layer(in) nth(414) % Hv_Line(v): グ mass(3) color_count(green,3.0) size(1,3) loc_xy(20,2) nonsquare hv_line(v) filled_squared layer(out) nth(414) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ァ mass(3) color_count(blue,3.0) size(1,3) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(in) nth(411) % Hv_Line(v): ァ mass(3) color_count(blue,3.0) size(1,3) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(out) nth(411) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): め mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,1) hv_line(h) nonsquare filled_squared layer(in) nth(406) % Hv_Line(h): め mass(3) color_count(blue,3.0) size(3,1) loc_xy(18,1) hv_line(h) nonsquare filled_squared layer(out) nth(406) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ぼ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(in) nth(405) % Polygon: ぼ mass(3) color_count(blue,3.0) size(2,2) loc_xy(14,1) rectangluar polygon layer(out) nth(405) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ひ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,1) hv_line(h) nonsquare filled_squared layer(in) nth(403) % Hv_Line(h): ひ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,1) hv_line(h) nonsquare filled_squared layer(out) nth(403) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕴 mass(4) color_count(green,4.0) size(3,2) loc_xy(27,29) rectangluar polygon layer(in) nth(539) % Polygon: 㕴 mass(4) color_count(green,4.0) size(3,2) loc_xy(27,29) rectangluar polygon layer(out) nth(539) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕯 mass(4) color_count(green,4.0) size(3,2) loc_xy(23,29) rectangluar polygon layer(in) nth(538) % Polygon: 㕯 mass(4) color_count(green,4.0) size(3,2) loc_xy(23,29) rectangluar polygon layer(out) nth(538) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕕 mass(4) color_count(green,4.0) size(3,2) loc_xy(3,28) rectangluar polygon layer(in) nth(533) % Polygon: 㕕 mass(4) color_count(green,4.0) size(3,2) loc_xy(3,28) rectangluar polygon layer(out) nth(533) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: 㔜 mass(4) color_count(red,4.0) size(2,2) loc_xy(22,26) squares rectangluar filled_squared layer(in) nth(522) % Squares: 㔜 mass(4) color_count(red,4.0) size(2,2) loc_xy(22,26) squares rectangluar filled_squared layer(out) nth(522) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓤 mass(4) color_count(green,4.0) size(3,2) loc_xy(28,23) rectangluar polygon layer(in) nth(511) % Polygon: 㓤 mass(4) color_count(green,4.0) size(3,2) loc_xy(28,23) rectangluar polygon layer(out) nth(511) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒲 mass(4) color_count(green,4.0) size(3,2) loc_xy(26,21) rectangluar polygon layer(in) nth(501) % Polygon: 㒲 mass(4) color_count(green,4.0) size(3,2) loc_xy(26,21) rectangluar polygon layer(out) nth(501) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐅 mass(4) color_count(blue,4.0) size(2,3) loc_xy(11,15) rectangluar polygon layer(in) nth(467) % Polygon: 㐅 mass(4) color_count(blue,4.0) size(2,3) loc_xy(11,15) rectangluar polygon layer(out) nth(467) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇿ mass(4) color_count(blue,4.0) size(3,2) loc_xy(7,15) rectangluar polygon layer(in) nth(466) % Polygon: ㇿ mass(4) color_count(blue,4.0) size(3,2) loc_xy(7,15) rectangluar polygon layer(out) nth(466) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㇵ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(19,14) rectangluar polygon layer(in) nth(464) % Polygon: ㇵ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(19,14) rectangluar polygon layer(out) nth(464) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ㆢ mass(4) color_count(green,4.0) size(2,2) loc_xy(27,13) squares rectangluar filled_squared layer(in) nth(457) % Squares: ㆢ mass(4) color_count(green,4.0) size(2,2) loc_xy(27,13) squares rectangluar filled_squared layer(out) nth(457) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(h): ㅽ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,13) hv_line(h) nonsquare filled_squared layer(in) nth(453) % Hv_Line(h): ㅽ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,13) hv_line(h) nonsquare filled_squared layer(out) nth(453) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅏ mass(4) color_count(purple,4.0) size(2,3) loc_xy(23,11) rectangluar polygon layer(in) nth(444) % Polygon: ㅏ mass(4) color_count(purple,4.0) size(2,3) loc_xy(23,11) rectangluar polygon layer(out) nth(444) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㅊ mass(4) color_count(blue,4.0) size(3,2) loc_xy(2,11) rectangluar polygon layer(in) nth(443) % Polygon: ㅊ mass(4) color_count(blue,4.0) size(3,2) loc_xy(2,11) rectangluar polygon layer(out) nth(443) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄥ mass(4) color_count(green,4.0) size(3,2) loc_xy(24,9) rectangluar polygon layer(in) nth(436) % Polygon: ㄥ mass(4) color_count(green,4.0) size(3,2) loc_xy(24,9) rectangluar polygon layer(out) nth(436) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ヶ mass(4) color_count(blue,4.0) size(2,3) loc_xy(17,5) rectangluar polygon layer(in) nth(428) % Polygon: ヶ mass(4) color_count(blue,4.0) size(2,3) loc_xy(17,5) rectangluar polygon layer(out) nth(428) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): ビ mass(4) color_count(cyan,4.0) size(1,4) loc_xy(5,4) nonsquare hv_line(v) filled_squared layer(in) nth(421) % Hv_Line(v): ビ mass(4) color_count(cyan,4.0) size(1,4) loc_xy(5,4) nonsquare hv_line(v) filled_squared layer(out) nth(421) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ぷ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,1) rectangluar polygon layer(in) nth(404) % Polygon: ぷ mass(4) color_count(cyan,4.0) size(3,2) loc_xy(10,1) rectangluar polygon layer(out) nth(404) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(20,28) rectangluar polygon layer(in) nth(535) % Polygon: 㕟 mass(5) color_count(blue,5.0) size(3,3) loc_xy(20,28) rectangluar polygon layer(out) nth(535) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㕁 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(9,27) rectangluar polygon layer(in) nth(529) % Polygon: 㕁 mass(5) color_count(cyan,5.0) size(4,2) loc_xy(9,27) rectangluar polygon layer(out) nth(529) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓚 mass(5) color_count(green,5.0) size(3,3) loc_xy(25,23) rectangluar polygon layer(in) nth(509) % Polygon: 㓚 mass(5) color_count(green,5.0) size(3,3) loc_xy(25,23) rectangluar polygon layer(out) nth(509) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒼 mass(5) color_count(blue,5.0) size(2,4) loc_xy(1,22) rectangluar polygon layer(in) nth(503) % Polygon: 㒼 mass(5) color_count(blue,5.0) size(2,4) loc_xy(1,22) rectangluar polygon layer(out) nth(503) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒏 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(6,20) rectangluar polygon layer(in) nth(494) % Polygon: 㒏 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(6,20) rectangluar polygon layer(out) nth(494) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㑱 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,19) rectangluar polygon layer(in) nth(488) % Polygon: 㑱 mass(5) color_count(cyan,5.0) size(3,3) loc_xy(1,19) rectangluar polygon layer(out) nth(488) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄟ mass(5) color_count(cyan,5.0) size(3,3) loc_xy(18,9) rectangluar polygon layer(in) nth(435) % Polygon: ㄟ mass(5) color_count(cyan,5.0) size(3,3) loc_xy(18,9) rectangluar polygon layer(out) nth(435) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: る mass(5) color_count(cyan,5.0) size(3,3) loc_xy(27,1) rectangluar polygon layer(in) nth(408) % Polygon: る mass(5) color_count(cyan,5.0) size(3,3) loc_xy(27,1) rectangluar polygon layer(out) nth(408) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㔨 mass(6) color_count(cyan,6.0) size(2,5) loc_xy(29,26) rectangluar polygon layer(in) nth(524) % Polygon: 㔨 mass(6) color_count(cyan,6.0) size(2,5) loc_xy(29,26) rectangluar polygon layer(out) nth(524) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㐯 mass(6) color_count(cyan,6.0) size(4,2) loc_xy(22,17) rectangluar polygon layer(in) nth(475) % Polygon: 㐯 mass(6) color_count(cyan,6.0) size(4,2) loc_xy(22,17) rectangluar polygon layer(out) nth(475) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㓳 mass(7) color_count(red,7.0) size(4,3) loc_xy(6,24) rectangluar polygon layer(in) nth(514) % Polygon: 㓳 mass(7) color_count(red,7.0) size(4,3) loc_xy(6,24) rectangluar polygon layer(out) nth(514) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: 㒞 mass(7) color_count(cyan,7.0) size(4,3) loc_xy(24,20) rectangluar polygon layer(in) nth(497) % Polygon: 㒞 mass(7) color_count(cyan,7.0) size(4,3) loc_xy(24,20) rectangluar polygon layer(out) nth(497) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㆧ mass(7) color_count(cyan,7.0) size(2,5) loc_xy(1,14) rectangluar polygon layer(in) nth(458) % Polygon: ㆧ mass(7) color_count(cyan,7.0) size(2,5) loc_xy(1,14) rectangluar polygon layer(out) nth(458) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㒭 mass(8) color_count(cyan,8.0) size(3,6) loc_xy(11,21) rectangluar outline polygon layer(in) nth(500) % Outline: 㒭 mass(8) color_count(cyan,8.0) size(3,6) loc_xy(11,21) rectangluar outline polygon layer(out) nth(500) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ー mass(8) color_count(green,8.0) size(4,3) loc_xy(1,6) rectangluar outline polygon layer(in) nth(429) % Outline: ー mass(8) color_count(green,8.0) size(4,3) loc_xy(1,6) rectangluar outline polygon layer(out) nth(429) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㑶 mass(9) color_count(green,9.0) size(4,4) loc_xy(11,19) rectangluar outline polygon layer(in) nth(489) % Outline: 㑶 mass(9) color_count(green,9.0) size(4,4) loc_xy(11,19) rectangluar outline polygon layer(out) nth(489) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㐔 mass(9) color_count(green,9.0) size(3,6) loc_xy(7,16) rectangluar outline polygon layer(in) nth(470) % Outline: 㐔 mass(9) color_count(green,9.0) size(3,6) loc_xy(7,16) rectangluar outline polygon layer(out) nth(470) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Polygon: ㄐ mass(9) color_count(cyan,9.0) size(6,2) loc_xy(23,7) rectangluar polygon layer(in) nth(432) % Polygon: ㄐ mass(9) color_count(cyan,9.0) size(6,2) loc_xy(23,7) rectangluar polygon layer(out) nth(432) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: 㔼 mass(10) color_count(green,10.0) size(4,4) loc_xy(7,27) rectangluar outline polygon layer(in) nth(528) % Outline: 㔼 mass(10) color_count(green,10.0) size(4,4) loc_xy(7,27) rectangluar outline polygon layer(out) nth(528) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ㆌ mass(11) color_count(green,11.0) size(5,6) loc_xy(21,13) rectangluar outline polygon layer(in) nth(456) % Outline: ㆌ mass(11) color_count(green,11.0) size(5,6) loc_xy(21,13) rectangluar outline polygon layer(out) nth(456) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ㆂ mass(11) color_count(green,11.0) size(5,5) loc_xy(15,13) rectangluar outline polygon layer(in) nth(454) % Outline: ㆂ mass(11) color_count(green,11.0) size(5,5) loc_xy(15,13) rectangluar outline polygon layer(out) nth(454) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Dots: 冩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,3) dots layer(in) nth(1948) % Dots: 冮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,3) dots layer(in) nth(1949) % Outline: 䚎 mass(31) color_count(blue,31.0) size(10,7) loc_xy(18,2) squares outline polygon layer(in) nth(1401) % Outline: 䟿 mass(57) color_count(green,57.0) size(9,10) loc_xy(14,19) squares outline polygon layer(in) nth(1474) % Outline: 䚬 mass(79) color_count(cyan,79.0) size(12,10) loc_xy(6,4) squares outline polygon layer(in) nth(1407) _________________________________________________________________________________ groupB=17. % Point: 㥧 mass(1) color_count(green,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(738) % Point: 㣫 mass(1) color_count(green,1.0) size(1,1) loc_xy(19,19) point layer(out) nth(714) % Point: 㟲 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,12) point layer(out) nth(665) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(661) % Point: 㞶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(653) % Point: 㝡 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,8) point layer(out) nth(636) % Point: 㚳 mass(1) color_count(blue,1.0) size(1,1) loc_xy(23,2) point layer(out) nth(602) % Hv_Line(v): ノ mass(2) color_count(blue,2.0) size(1,2) loc_xy(27,3) nonsquare hv_line(v) filled_squared layer(out) nth(420) % Hv_Line(v): 㓽 mass(2) color_count(green,2.0) size(1,2) loc_xy(22,24) nonsquare hv_line(v) filled_squared layer(out) nth(516) % Polygon: 㖜 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(7,3) rectangluar polygon layer(out) nth(547) % Polygon: 㖡 mass(2) color_count(cyan,2.0) size(2,2) loc_xy(14,3) rectangluar polygon layer(out) nth(548) % Polygon: ㅞ mass(3) color_count(cyan,3.0) size(2,2) loc_xy(7,12) rectangluar polygon layer(out) nth(447) % Outline: ポ mass(8) color_count(blue,8.0) size(4,5) loc_xy(18,4) rectangluar outline polygon layer(out) nth(423) % Outline: 㔍 mass(11) color_count(green,11.0) size(5,4) loc_xy(14,25) rectangluar outline polygon layer(out) nth(519) % Outline: ド mass(20) color_count(yellow,20.0) size(5,4) loc_xy(22,3) nonsquare rectangluar outline filled_squared layer(out) nth(419) % Outline: 㒙 mass(42) color_count(yellow,42.0) size(6,7) loc_xy(16,20) nonsquare rectangluar outline filled_squared layer(out) nth(496) % Outline: ヱ mass(70) color_count(yellow,70.0) size(10,7) loc_xy(7,5) nonsquare rectangluar outline filled_squared layer(out) nth(427) _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 8)). object_shape(diff((dots->dot))). sameness. % Dots: 冩 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(8,3) dots layer(in) nth(1948) % Point: 㞶 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(653) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(- 9)). object_shape(diff((dots->dot))). sameness. % Dots: 冮 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,3) dots layer(in) nth(1949) % Point: 㟞 mass(1) color_count(cyan,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(661) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [' 䚎', ' 䟿', ' 䚬'], [ ' 㚳', ' 㟲', ' 㝡', ' 㣫', ' 㥧', ' ノ', ' 㓽', ' 㖜', ' 㖡', ' ㅞ', ' ポ', ' 㔍', ' ド', ' 㒙', ' ヱ']), change_obj(' 冮', ' 㟞', [loc_xy(diff(+ 4), diff(- 9)), object_shape(diff((dots->dot)))]), change_obj(' 冩', ' 㞶', [loc_xy(diff(+ 2), diff(- 8)), object_shape(diff((dots->dot)))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('16b78196')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('16b78196'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('16b78196')*(trn+0)+in) test(v('16b78196')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 722.0). cc:0=cc(black, 722.0). cc:1=cc(red, 151.0). cc:1=cc(red, 151.0). cc:2=cc(green, 10.0). cc:2=cc(green, 10.0). cc:3=cc(blue, 9.0). cc:3=cc(blue, 9.0). cc:4=cc(yellow, 8.0). cc:4=cc(yellow, 8.0).  ___________________________________________________________  ___________________________________________________________ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᒍ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮺ Ꮈ Ꮈ Ꮈ Ꮈ Ꮺ Ꮺ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮡ Ꮡ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐡ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒦ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐈ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ  ___________________________________________________________  ___________________________________________________________ common(v('16b78196')*(trn+0)+in) common(v('16b78196')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 722.0). cc:0=cc(black, 722.0). cc:1=cc(red, 151.0). cc:1=cc(red, 151.0). cc:2=cc(green, 10.0). cc:2=cc(green, 10.0). cc:3=cc(blue, 9.0). cc:3=cc(blue, 9.0). cc:4=cc(yellow, 8.0). cc:4=cc(yellow, 8.0). compare_objs1([perfect]). % Outline: ᑴ mass(151) color_count(red,151.0) size(30,6) loc_xy(1,9) squares outline polygon layer(in) nth(20) % Outline: Ꮈ mass(151) color_count(red,151.0) size(30,6) loc_xy(1,9) squares outline polygon layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: ᒍ mass(491) color_count(black,491.0) size(30,18) loc_xy(1,13) squares outline polygon layer(in) nth(21) % Outline: ᑁ mass(231) color_count(black,231.0) size(30,8) loc_xy(1,1) squares outline polygon layer(in) nth(18) % Outline: ᒿ mass(10) color_count(green,10.0) size(4,4) loc_xy(16,22) squares outline polygon layer(in) nth(23) % Outline: ᑚ mass(9) color_count(blue,9.0) size(4,4) loc_xy(14,2) squares outline polygon layer(in) nth(19) % Outline: ᒦ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(4,18) squares outline polygon layer(in) nth(22) _________________________________________________________________________________ groupB=5. % Outline: Ꮺ mass(482) color_count(black,482.0) size(30,18) loc_xy(1,13) squares outline polygon layer(out) nth(15) % Outline: С mass(240) color_count(black,240.0) size(30,8) loc_xy(1,1) squares rectangluar outline filled_squared layer(out) nth(12) % Outline: ᐈ mass(10) color_count(green,10.0) size(4,4) loc_xy(10,16) squares outline polygon layer(out) nth(16) % Outline: Ꮡ mass(9) color_count(blue,9.0) size(4,4) loc_xy(10,13) squares outline polygon layer(out) nth(14) % Outline: ᐡ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(10,18) squares outline polygon layer(out) nth(17) _________________________________________________________________________________ diffs. loc_xy(diff(- 6), 0). sameness. % Outline: ᒦ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(4,18) squares outline polygon layer(in) nth(22) % Outline: ᐡ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(10,18) squares outline polygon layer(out) nth(17) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(- 11)). sameness. % Outline: ᑚ mass(9) color_count(blue,9.0) size(4,4) loc_xy(14,2) squares outline polygon layer(in) nth(19) % Outline: Ꮡ mass(9) color_count(blue,9.0) size(4,4) loc_xy(10,13) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), diff(+ 6)). sameness. % Outline: ᒿ mass(10) color_count(green,10.0) size(4,4) loc_xy(16,22) squares outline polygon layer(in) nth(23) % Outline: ᐈ mass(10) color_count(green,10.0) size(4,4) loc_xy(10,16) squares outline polygon layer(out) nth(16) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑁ', ' ᒍ'], [' С', ' Ꮺ']), change_obj(' ᒿ', ' ᐈ', [loc_xy(diff(+ 6), diff(+ 6))]), change_obj(' ᑚ', ' Ꮡ', [loc_xy(diff(+ 4), diff(- 11))]), change_obj(' ᒦ', ' ᐡ', [loc_xy(diff(- 6), 0)])].  ___________________________________________________________  ___________________________________________________________ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ С С С С С С С С С С С С С С С С С С С С С С С С С С С С С С ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᒍ ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮡ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ Ꮺ Ꮈ Ꮈ Ꮈ Ꮈ Ꮺ Ꮺ Ꮈ Ꮈ Ꮈ Ꮈ Ꮈ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᒍ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮡ Ꮡ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮈ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ Ꮡ Ꮡ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮡ ᐈ ᐈ Ꮡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐈ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐈ ᐈ ᐡ ᐈ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒦ ᒍ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐈ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᐡ ᐡ ᐡ ᐡ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒿ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒿ ᒍ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒿ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ Ꮺ  ___________________________________________________________  ___________________________________________________________ better(v('16b78196')*(trn+0)+in) better(v('16b78196')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 722.0). cc:0=cc(black, 722.0). cc:1=cc(red, 151.0). cc:1=cc(red, 151.0). cc:2=cc(green, 10.0). cc:2=cc(green, 10.0). cc:3=cc(blue, 9.0). cc:3=cc(blue, 9.0). cc:4=cc(yellow, 8.0). cc:4=cc(yellow, 8.0). compare_objs1([perfect]). % Outline: ᑴ mass(151) color_count(red,151.0) size(30,6) loc_xy(1,9) squares outline polygon layer(in) nth(20) % Outline: Ꮈ mass(151) color_count(red,151.0) size(30,6) loc_xy(1,9) squares outline polygon layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=5. % Outline: ᒦ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(4,18) squares outline polygon layer(in) nth(22) % Outline: ᑚ mass(9) color_count(blue,9.0) size(4,4) loc_xy(14,2) squares outline polygon layer(in) nth(19) % Outline: ᒿ mass(10) color_count(green,10.0) size(4,4) loc_xy(16,22) squares outline polygon layer(in) nth(23) % Outline: ᑁ mass(231) color_count(black,231.0) size(30,8) loc_xy(1,1) squares outline polygon layer(in) nth(18) % Outline: ᒍ mass(491) color_count(black,491.0) size(30,18) loc_xy(1,13) squares outline polygon layer(in) nth(21) _________________________________________________________________________________ groupB=5. % Outline: ᐡ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(10,18) squares outline polygon layer(out) nth(17) % Outline: Ꮡ mass(9) color_count(blue,9.0) size(4,4) loc_xy(10,13) squares outline polygon layer(out) nth(14) % Outline: ᐈ mass(10) color_count(green,10.0) size(4,4) loc_xy(10,16) squares outline polygon layer(out) nth(16) % Outline: С mass(240) color_count(black,240.0) size(30,8) loc_xy(1,1) squares rectangluar outline filled_squared layer(out) nth(12) % Outline: Ꮺ mass(482) color_count(black,482.0) size(30,18) loc_xy(1,13) squares outline polygon layer(out) nth(15) _________________________________________________________________________________ diffs. loc_xy(diff(- 6), 0). sameness. % Outline: ᒦ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(4,18) squares outline polygon layer(in) nth(22) % Outline: ᐡ mass(8) color_count(yellow,8.0) size(4,3) loc_xy(10,18) squares outline polygon layer(out) nth(17) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(- 11)). sameness. % Outline: ᑚ mass(9) color_count(blue,9.0) size(4,4) loc_xy(14,2) squares outline polygon layer(in) nth(19) % Outline: Ꮡ mass(9) color_count(blue,9.0) size(4,4) loc_xy(10,13) squares outline polygon layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), diff(+ 6)). sameness. % Outline: ᒿ mass(10) color_count(green,10.0) size(4,4) loc_xy(16,22) squares outline polygon layer(in) nth(23) % Outline: ᐈ mass(10) color_count(green,10.0) size(4,4) loc_xy(10,16) squares outline polygon layer(out) nth(16) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᑁ', ' ᒍ'], [' С', ' Ꮺ']), change_obj(' ᒿ', ' ᐈ', [loc_xy(diff(+ 6), diff(+ 6))]), change_obj(' ᑚ', ' Ꮡ', [loc_xy(diff(+ 4), diff(- 11))]), change_obj(' ᒦ', ' ᐡ', [loc_xy(diff(- 6), 0)])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('16b78196'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('16b78196')*(trn+1)+in) test(v('16b78196')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 703.0). cc:0=cc(black, 703.0). cc:1=cc(cyan, 138.0). cc:1=cc(cyan, 138.0). cc:2=cc(green, 18.0). cc:2=cc(green, 18.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 12.0). cc:4=cc(red, 12.0). cc:5=cc(blue, 9.0). cc:5=cc(blue, 9.0). cc:6=cc(purple, 8.0). cc:6=cc(purple, 8.0).  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ę Ę Ę Ę Ę ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ę Ę Ę ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑴ ᑚ ᑚ ᑚ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᒍ ᑴ ᒍ ᑴ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ģ ĝ ĝ ĝ ĝ ĝ ģ ģ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᓝ ᓝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒦ ᒦ ᒦ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓝ ᓝ ᓶ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ ᓶ Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ Į ģ Į ģ Į ģ ģ ģ ģ ģ ģ ģ ģ ij ģ ģ ģ ij ģ ģ ģ ģ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ Į Į Į Į Į ģ ģ ģ ģ ģ ģ ģ ģ ij ij ij ij ij ģ ģ ģ ĩ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ Į Į Į ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ij ģ ij ģ ģ ģ ĩ ĩ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ Į ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  ___________________________________________________________  ___________________________________________________________ common(v('16b78196')*(trn+1)+in) common(v('16b78196')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 703.0). cc:0=cc(black, 703.0). cc:1=cc(cyan, 138.0). cc:1=cc(cyan, 138.0). cc:2=cc(green, 18.0). cc:2=cc(green, 18.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 12.0). cc:4=cc(red, 12.0). cc:5=cc(blue, 9.0). cc:5=cc(blue, 9.0). cc:6=cc(purple, 8.0). cc:6=cc(purple, 8.0). compare_objs1([perfect]). % Outline: ĝ mass(138) color_count(cyan,138.0) size(30,5) loc_xy(1,15) squares outline polygon layer(in) nth(31) % Outline: ᒦ mass(138) color_count(cyan,138.0) size(30,5) loc_xy(1,15) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Outline: ĉ mass(398) color_count(black,398.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(27) % Outline: ģ mass(305) color_count(black,305.0) size(30,13) loc_xy(1,18) squares outline polygon layer(in) nth(32) % Outline: Į mass(12) color_count(red,12.0) size(5,4) loc_xy(4,24) squares outline polygon layer(in) nth(34) % Outline: Ď mass(12) color_count(yellow,12.0) size(4,5) loc_xy(8,3) squares outline polygon layer(in) nth(28) % Outline: ĩ mass(10) color_count(green,10.0) size(4,4) loc_xy(24,23) squares outline polygon layer(in) nth(33) % Outline: ij mass(9) color_count(blue,9.0) size(5,3) loc_xy(17,24) squares outline polygon layer(in) nth(35) % Polygon: Ę mass(8) color_count(purple,8.0) size(5,2) loc_xy(24,9) squares polygon layer(in) nth(30) % Outline: ē mass(8) color_count(green,8.0) size(4,3) loc_xy(19,5) squares outline polygon layer(in) nth(29) _________________________________________________________________________________ groupB=8. % Outline: ᑁ mass(397) color_count(black,397.0) size(30,15) loc_xy(1,1) squares outline polygon layer(out) nth(18) % Outline: ᒿ mass(306) color_count(black,306.0) size(30,13) loc_xy(1,18) squares outline polygon layer(out) nth(23) % Outline: ᓶ mass(12) color_count(yellow,12.0) size(4,5) loc_xy(17,21) squares outline polygon layer(out) nth(25) % Outline: ᒍ mass(12) color_count(red,12.0) size(5,4) loc_xy(5,13) squares outline polygon layer(out) nth(21) % Outline: Ą mass(10) color_count(green,10.0) size(4,4) loc_xy(17,23) squares outline polygon layer(out) nth(26) % Outline: ᑴ mass(9) color_count(blue,9.0) size(5,3) loc_xy(5,11) squares outline polygon layer(out) nth(20) % Outline: ᓝ mass(8) color_count(green,8.0) size(4,3) loc_xy(17,19) squares outline polygon layer(out) nth(24) % Polygon: ᑚ mass(8) color_count(purple,8.0) size(5,2) loc_xy(5,10) squares polygon layer(out) nth(19) _________________________________________________________________________________ diffs. loc_xy(diff(+ 19), diff(- 1)). sameness. % Polygon: Ę mass(8) color_count(purple,8.0) size(5,2) loc_xy(24,9) squares polygon layer(in) nth(30) % Polygon: ᑚ mass(8) color_count(purple,8.0) size(5,2) loc_xy(5,10) squares polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 14)). sameness. % Outline: ē mass(8) color_count(green,8.0) size(4,3) loc_xy(19,5) squares outline polygon layer(in) nth(29) % Outline: ᓝ mass(8) color_count(green,8.0) size(4,3) loc_xy(17,19) squares outline polygon layer(out) nth(24) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 12), diff(+ 13)). sameness. % Outline: ij mass(9) color_count(blue,9.0) size(5,3) loc_xy(17,24) squares outline polygon layer(in) nth(35) % Outline: ᑴ mass(9) color_count(blue,9.0) size(5,3) loc_xy(5,11) squares outline polygon layer(out) nth(20) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), 0). sameness. % Outline: ĩ mass(10) color_count(green,10.0) size(4,4) loc_xy(24,23) squares outline polygon layer(in) nth(33) % Outline: Ą mass(10) color_count(green,10.0) size(4,4) loc_xy(17,23) squares outline polygon layer(out) nth(26) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 9), diff(- 18)). sameness. % Outline: Ď mass(12) color_count(yellow,12.0) size(4,5) loc_xy(8,3) squares outline polygon layer(in) nth(28) % Outline: ᓶ mass(12) color_count(yellow,12.0) size(4,5) loc_xy(17,21) squares outline polygon layer(out) nth(25) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(+ 11)). sameness. % Outline: Į mass(12) color_count(red,12.0) size(5,4) loc_xy(4,24) squares outline polygon layer(in) nth(34) % Outline: ᒍ mass(12) color_count(red,12.0) size(5,4) loc_xy(5,13) squares outline polygon layer(out) nth(21) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ģ', ' ĉ'], [' ᒿ', ' ᑁ']), change_obj(' Į', ' ᒍ', [loc_xy(diff(- 1), diff(+ 11))]), change_obj(' Ď', ' ᓶ', [loc_xy(diff(- 9), diff(- 18))]), change_obj(' ĩ', ' Ą', [loc_xy(diff(+ 7), 0)]), change_obj(' ij', ' ᑴ', [loc_xy(diff(+ 12), diff(+ 13))]), change_obj(' ē', ' ᓝ', [loc_xy(diff(+ 2), diff(- 14))]), change_obj(' Ę', ' ᑚ', [loc_xy(diff(+ 19), diff(- 1))])].  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ę Ę Ę Ę Ę ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Ę Ę Ę ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑴ ᑚ ᑚ ᑚ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑴ ᑴ ᑴ ᑴ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᒍ ᑴ ᒍ ᑴ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᒍ ᒍ ᒍ ᒍ ᒍ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĝ ĝ ĝ ĝ ĝ ĉ ĉ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᑁ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĉ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĝ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒦ ᒦ ᒦ ᒦ ᒦ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ģ ĝ ĝ ĝ ĝ ĝ ģ ģ ĝ ĝ ĝ ĝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᓝ ᓝ ᒦ ᒦ ᒦ ᒦ ᒦ ᒿ ᒿ ᒦ ᒦ ᒦ ᒦ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓝ ᓝ ᓶ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ ᓶ Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ Į ģ Į ģ Į ģ ģ ģ ģ ģ ģ ģ ģ ij ģ ģ ģ ij ģ ģ ģ ģ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ ᓶ Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ Į Į Į Į Į ģ ģ ģ ģ ģ ģ ģ ģ ij ij ij ij ij ģ ģ ģ ĩ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᓶ Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ Į Į Į ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ij ģ ij ģ ģ ģ ĩ ĩ ĩ ĩ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ Į ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  ___________________________________________________________  ___________________________________________________________ better(v('16b78196')*(trn+1)+in) better(v('16b78196')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 703.0). cc:0=cc(black, 703.0). cc:1=cc(cyan, 138.0). cc:1=cc(cyan, 138.0). cc:2=cc(green, 18.0). cc:2=cc(green, 18.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 12.0). cc:4=cc(red, 12.0). cc:5=cc(blue, 9.0). cc:5=cc(blue, 9.0). cc:6=cc(purple, 8.0). cc:6=cc(purple, 8.0). compare_objs1([perfect]). % Outline: ĝ mass(138) color_count(cyan,138.0) size(30,5) loc_xy(1,15) squares outline polygon layer(in) nth(31) % Outline: ᒦ mass(138) color_count(cyan,138.0) size(30,5) loc_xy(1,15) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Polygon: Ę mass(8) color_count(purple,8.0) size(5,2) loc_xy(24,9) squares polygon layer(in) nth(30) % Outline: ē mass(8) color_count(green,8.0) size(4,3) loc_xy(19,5) squares outline polygon layer(in) nth(29) % Outline: ij mass(9) color_count(blue,9.0) size(5,3) loc_xy(17,24) squares outline polygon layer(in) nth(35) % Outline: ĩ mass(10) color_count(green,10.0) size(4,4) loc_xy(24,23) squares outline polygon layer(in) nth(33) % Outline: Į mass(12) color_count(red,12.0) size(5,4) loc_xy(4,24) squares outline polygon layer(in) nth(34) % Outline: Ď mass(12) color_count(yellow,12.0) size(4,5) loc_xy(8,3) squares outline polygon layer(in) nth(28) % Outline: ģ mass(305) color_count(black,305.0) size(30,13) loc_xy(1,18) squares outline polygon layer(in) nth(32) % Outline: ĉ mass(398) color_count(black,398.0) size(30,16) loc_xy(1,1) squares outline polygon layer(in) nth(27) _________________________________________________________________________________ groupB=8. % Outline: ᓝ mass(8) color_count(green,8.0) size(4,3) loc_xy(17,19) squares outline polygon layer(out) nth(24) % Polygon: ᑚ mass(8) color_count(purple,8.0) size(5,2) loc_xy(5,10) squares polygon layer(out) nth(19) % Outline: ᑴ mass(9) color_count(blue,9.0) size(5,3) loc_xy(5,11) squares outline polygon layer(out) nth(20) % Outline: Ą mass(10) color_count(green,10.0) size(4,4) loc_xy(17,23) squares outline polygon layer(out) nth(26) % Outline: ᓶ mass(12) color_count(yellow,12.0) size(4,5) loc_xy(17,21) squares outline polygon layer(out) nth(25) % Outline: ᒍ mass(12) color_count(red,12.0) size(5,4) loc_xy(5,13) squares outline polygon layer(out) nth(21) % Outline: ᒿ mass(306) color_count(black,306.0) size(30,13) loc_xy(1,18) squares outline polygon layer(out) nth(23) % Outline: ᑁ mass(397) color_count(black,397.0) size(30,15) loc_xy(1,1) squares outline polygon layer(out) nth(18) _________________________________________________________________________________ diffs. loc_xy(diff(+ 19), diff(- 1)). sameness. % Polygon: Ę mass(8) color_count(purple,8.0) size(5,2) loc_xy(24,9) squares polygon layer(in) nth(30) % Polygon: ᑚ mass(8) color_count(purple,8.0) size(5,2) loc_xy(5,10) squares polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(- 14)). sameness. % Outline: ē mass(8) color_count(green,8.0) size(4,3) loc_xy(19,5) squares outline polygon layer(in) nth(29) % Outline: ᓝ mass(8) color_count(green,8.0) size(4,3) loc_xy(17,19) squares outline polygon layer(out) nth(24) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 12), diff(+ 13)). sameness. % Outline: ij mass(9) color_count(blue,9.0) size(5,3) loc_xy(17,24) squares outline polygon layer(in) nth(35) % Outline: ᑴ mass(9) color_count(blue,9.0) size(5,3) loc_xy(5,11) squares outline polygon layer(out) nth(20) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), 0). sameness. % Outline: ĩ mass(10) color_count(green,10.0) size(4,4) loc_xy(24,23) squares outline polygon layer(in) nth(33) % Outline: Ą mass(10) color_count(green,10.0) size(4,4) loc_xy(17,23) squares outline polygon layer(out) nth(26) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 9), diff(- 18)). sameness. % Outline: Ď mass(12) color_count(yellow,12.0) size(4,5) loc_xy(8,3) squares outline polygon layer(in) nth(28) % Outline: ᓶ mass(12) color_count(yellow,12.0) size(4,5) loc_xy(17,21) squares outline polygon layer(out) nth(25) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(+ 11)). sameness. % Outline: Į mass(12) color_count(red,12.0) size(5,4) loc_xy(4,24) squares outline polygon layer(in) nth(34) % Outline: ᒍ mass(12) color_count(red,12.0) size(5,4) loc_xy(5,13) squares outline polygon layer(out) nth(21) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ģ', ' ĉ'], [' ᒿ', ' ᑁ']), change_obj(' Į', ' ᒍ', [loc_xy(diff(- 1), diff(+ 11))]), change_obj(' Ď', ' ᓶ', [loc_xy(diff(- 9), diff(- 18))]), change_obj(' ĩ', ' Ą', [loc_xy(diff(+ 7), 0)]), change_obj(' ij', ' ᑴ', [loc_xy(diff(+ 12), diff(+ 13))]), change_obj(' ē', ' ᓝ', [loc_xy(diff(+ 2), diff(- 14))]), change_obj(' Ę', ' ᑚ', [loc_xy(diff(+ 19), diff(- 1))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('16b78196'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(2, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('16b78196')*(tst+0)+in) test(v('16b78196')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 655.0). cc:0=cc(black, 655.0). cc:1=cc(green, 192.0). cc:1=cc(green, 192.0). cc:2=cc(cyan, 13.0). cc:2=cc(cyan, 13.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 10.0). cc:4=cc(red, 10.0). cc:5=cc(purple, 10.0). cc:5=cc(purple, 10.0). cc:6=cc(blue, 8.0). cc:6=cc(blue, 8.0).  ___________________________________________________________  ___________________________________________________________ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ Ď Ď Ď Ď ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑚ ᑚ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ Ď ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ Ď Ď Ď ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ Ď Ď Ď Ď ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ę Ę Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĝ ĝ ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĝ ĝ ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  ___________________________________________________________  ___________________________________________________________ common(v('16b78196')*(tst+0)+in) common(v('16b78196')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 655.0). cc:0=cc(black, 655.0). cc:1=cc(green, 192.0). cc:1=cc(green, 192.0). cc:2=cc(cyan, 13.0). cc:2=cc(cyan, 13.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 10.0). cc:4=cc(red, 10.0). cc:5=cc(purple, 10.0). cc:5=cc(purple, 10.0). cc:6=cc(blue, 8.0). cc:6=cc(blue, 8.0). compare_objs1([perfect]). % Outline: ᓶ mass(192) color_count(green,192.0) size(7,30) loc_xy(10,1) squares outline polygon layer(in) nth(25) % Outline: ᐡ mass(192) color_count(green,192.0) size(7,30) loc_xy(10,1) squares outline polygon layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=7. % Outline: Ą mass(396) color_count(black,396.0) size(15,30) loc_xy(16,1) squares outline polygon layer(in) nth(26) % Outline: ᓝ mass(259) color_count(black,259.0) size(11,30) loc_xy(1,1) squares outline polygon layer(in) nth(24) % Outline: ĉ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(19,4) squares outline polygon layer(in) nth(27) % Outline: Ď mass(12) color_count(yellow,12.0) size(5,4) loc_xy(3,5) squares outline polygon layer(in) nth(28) % Outline: Ę mass(10) color_count(red,10.0) size(4,4) loc_xy(22,17) squares outline polygon layer(in) nth(30) % Outline: ē mass(10) color_count(purple,10.0) size(4,4) loc_xy(1,14) squares outline polygon layer(in) nth(29) % Outline: ĝ mass(8) color_count(blue,8.0) size(3,4) loc_xy(22,25) squares outline polygon layer(in) nth(31) _________________________________________________________________________________ groupB=7. % Outline: ᑁ mass(397) color_count(black,397.0) size(15,30) loc_xy(16,1) squares outline polygon layer(out) nth(18) % Outline: ᐈ mass(258) color_count(black,258.0) size(11,30) loc_xy(1,1) squares outline polygon layer(out) nth(16) % Outline: ᑴ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(6,2) squares outline polygon layer(out) nth(20) % Outline: ᒦ mass(12) color_count(yellow,12.0) size(5,4) loc_xy(18,17) squares outline polygon layer(out) nth(22) % Outline: ᒍ mass(10) color_count(red,10.0) size(4,4) loc_xy(16,17) squares outline polygon layer(out) nth(21) % Outline: ᑚ mass(10) color_count(purple,10.0) size(4,4) loc_xy(5,2) squares outline polygon layer(out) nth(19) % Outline: ᒿ mass(8) color_count(blue,8.0) size(3,4) loc_xy(21,17) squares outline polygon layer(out) nth(23) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 8)). sameness. % Outline: ĝ mass(8) color_count(blue,8.0) size(3,4) loc_xy(22,25) squares outline polygon layer(in) nth(31) % Outline: ᒿ mass(8) color_count(blue,8.0) size(3,4) loc_xy(21,17) squares outline polygon layer(out) nth(23) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(+ 12)). sameness. % Outline: ē mass(10) color_count(purple,10.0) size(4,4) loc_xy(1,14) squares outline polygon layer(in) nth(29) % Outline: ᑚ mass(10) color_count(purple,10.0) size(4,4) loc_xy(5,2) squares outline polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), 0). sameness. % Outline: Ę mass(10) color_count(red,10.0) size(4,4) loc_xy(22,17) squares outline polygon layer(in) nth(30) % Outline: ᒍ mass(10) color_count(red,10.0) size(4,4) loc_xy(16,17) squares outline polygon layer(out) nth(21) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 15), diff(- 12)). sameness. % Outline: Ď mass(12) color_count(yellow,12.0) size(5,4) loc_xy(3,5) squares outline polygon layer(in) nth(28) % Outline: ᒦ mass(12) color_count(yellow,12.0) size(5,4) loc_xy(18,17) squares outline polygon layer(out) nth(22) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 13), diff(+ 2)). sameness. % Outline: ĉ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(19,4) squares outline polygon layer(in) nth(27) % Outline: ᑴ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(6,2) squares outline polygon layer(out) nth(20) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᓝ', ' Ą'], [' ᐈ', ' ᑁ']), change_obj(' ĉ', ' ᑴ', [loc_xy(diff(+ 13), diff(+ 2))]), change_obj(' Ď', ' ᒦ', [loc_xy(diff(- 15), diff(- 12))]), change_obj(' Ę', ' ᒍ', [loc_xy(diff(+ 6), 0)]), change_obj(' ē', ' ᑚ', [loc_xy(diff(- 4), diff(+ 12))]), change_obj(' ĝ', ' ᒿ', [loc_xy(diff(+ 1), diff(+ 8))])].  ___________________________________________________________  ___________________________________________________________ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ Ď Ď Ď Ď ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᑚ ᑚ ᑚ ᑚ ᑴ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ Ď ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ Ď Ď Ď ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ Ď Ď Ď Ď ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ē ē ē ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ę Ę Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒍ ᒍ ᒦ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ę Ę Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĝ ĝ ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą ĝ ĝ ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą ĝ Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᐡ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  ___________________________________________________________  ___________________________________________________________ better(v('16b78196')*(tst+0)+in) better(v('16b78196')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=7 colors_count_size=7 cc:0=cc(black, 655.0). cc:0=cc(black, 655.0). cc:1=cc(green, 192.0). cc:1=cc(green, 192.0). cc:2=cc(cyan, 13.0). cc:2=cc(cyan, 13.0). cc:3=cc(yellow, 12.0). cc:3=cc(yellow, 12.0). cc:4=cc(red, 10.0). cc:4=cc(red, 10.0). cc:5=cc(purple, 10.0). cc:5=cc(purple, 10.0). cc:6=cc(blue, 8.0). cc:6=cc(blue, 8.0). compare_objs1([perfect]). % Outline: ᓶ mass(192) color_count(green,192.0) size(7,30) loc_xy(10,1) squares outline polygon layer(in) nth(25) % Outline: ᐡ mass(192) color_count(green,192.0) size(7,30) loc_xy(10,1) squares outline polygon layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=7. % Outline: ĝ mass(8) color_count(blue,8.0) size(3,4) loc_xy(22,25) squares outline polygon layer(in) nth(31) % Outline: Ę mass(10) color_count(red,10.0) size(4,4) loc_xy(22,17) squares outline polygon layer(in) nth(30) % Outline: ē mass(10) color_count(purple,10.0) size(4,4) loc_xy(1,14) squares outline polygon layer(in) nth(29) % Outline: Ď mass(12) color_count(yellow,12.0) size(5,4) loc_xy(3,5) squares outline polygon layer(in) nth(28) % Outline: ĉ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(19,4) squares outline polygon layer(in) nth(27) % Outline: ᓝ mass(259) color_count(black,259.0) size(11,30) loc_xy(1,1) squares outline polygon layer(in) nth(24) % Outline: Ą mass(396) color_count(black,396.0) size(15,30) loc_xy(16,1) squares outline polygon layer(in) nth(26) _________________________________________________________________________________ groupB=7. % Outline: ᒿ mass(8) color_count(blue,8.0) size(3,4) loc_xy(21,17) squares outline polygon layer(out) nth(23) % Outline: ᒍ mass(10) color_count(red,10.0) size(4,4) loc_xy(16,17) squares outline polygon layer(out) nth(21) % Outline: ᑚ mass(10) color_count(purple,10.0) size(4,4) loc_xy(5,2) squares outline polygon layer(out) nth(19) % Outline: ᒦ mass(12) color_count(yellow,12.0) size(5,4) loc_xy(18,17) squares outline polygon layer(out) nth(22) % Outline: ᑴ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(6,2) squares outline polygon layer(out) nth(20) % Outline: ᐈ mass(258) color_count(black,258.0) size(11,30) loc_xy(1,1) squares outline polygon layer(out) nth(16) % Outline: ᑁ mass(397) color_count(black,397.0) size(15,30) loc_xy(16,1) squares outline polygon layer(out) nth(18) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 8)). sameness. % Outline: ĝ mass(8) color_count(blue,8.0) size(3,4) loc_xy(22,25) squares outline polygon layer(in) nth(31) % Outline: ᒿ mass(8) color_count(blue,8.0) size(3,4) loc_xy(21,17) squares outline polygon layer(out) nth(23) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(+ 12)). sameness. % Outline: ē mass(10) color_count(purple,10.0) size(4,4) loc_xy(1,14) squares outline polygon layer(in) nth(29) % Outline: ᑚ mass(10) color_count(purple,10.0) size(4,4) loc_xy(5,2) squares outline polygon layer(out) nth(19) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), 0). sameness. % Outline: Ę mass(10) color_count(red,10.0) size(4,4) loc_xy(22,17) squares outline polygon layer(in) nth(30) % Outline: ᒍ mass(10) color_count(red,10.0) size(4,4) loc_xy(16,17) squares outline polygon layer(out) nth(21) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 15), diff(- 12)). sameness. % Outline: Ď mass(12) color_count(yellow,12.0) size(5,4) loc_xy(3,5) squares outline polygon layer(in) nth(28) % Outline: ᒦ mass(12) color_count(yellow,12.0) size(5,4) loc_xy(18,17) squares outline polygon layer(out) nth(22) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 13), diff(+ 2)). sameness. % Outline: ĉ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(19,4) squares outline polygon layer(in) nth(27) % Outline: ᑴ mass(13) color_count(cyan,13.0) size(6,4) loc_xy(6,2) squares outline polygon layer(out) nth(20) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed([' ᓝ', ' Ą'], [' ᐈ', ' ᑁ']), change_obj(' ĉ', ' ᑴ', [loc_xy(diff(+ 13), diff(+ 2))]), change_obj(' Ď', ' ᒦ', [loc_xy(diff(- 15), diff(- 12))]), change_obj(' Ę', ' ᒍ', [loc_xy(diff(+ 6), 0)]), change_obj(' ē', ' ᑚ', [loc_xy(diff(- 4), diff(+ 12))]), change_obj(' ĝ', ' ᒿ', [loc_xy(diff(+ 1), diff(+ 8))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('070dd51e')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('070dd51e'),[]) [ +shape_match, +color_match, +'Errors', -mask_match, -rotation_match, evaluation, '(2, 1)', 'https://www.kaggle.com/c/abstraction-and-reasoning-challenge/discussion/131021'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('070dd51e')*(trn+0)+in) test(v('070dd51e')*(trn+0)+out) IN OUT grid_dim=grid_size(20, 30). grid_dim=grid_size(20, 30). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 590.0). cc:0=cc(black, 559.0). cc:1=cc(silver, 2.0). cc:1=cc(red, 12.0). cc:2=cc(red, 2.0). cc:2=cc(purple, 10.0). cc:3=cc(purple, 2.0). cc:3=cc(green, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 6.0). cc:5=cc(cyan, 2.0). cc:5=cc(silver, 5.0).  _______________________________________  _______________________________________ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ Ą ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ĉ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᑁ ᑁ ᑁ ᐡ ᑚ ᑚ ᑚ ᑚ ᑚ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ď ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ę ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ĝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ģ ᓝ ᓝ ᓝ ᓝ ĩ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᒦ ᒦ ᒍ ᒿ ᒿ ᒿ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ [38;2;68;68;68mᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ Į ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ  _______________________________________  _______________________________________ common(v('070dd51e')*(trn+0)+in) common(v('070dd51e')*(trn+0)+out) IN OUT grid_dim=grid_size(20, 30). grid_dim=grid_size(20, 30). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 590.0). cc:0=cc(black, 559.0). cc:1=cc(silver, 2.0). cc:1=cc(red, 12.0). cc:2=cc(red, 2.0). cc:2=cc(purple, 10.0). cc:3=cc(purple, 2.0). cc:3=cc(green, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 6.0). cc:5=cc(cyan, 2.0). cc:5=cc(silver, 5.0). groupA=11. % Outline: ᓝ mass(590) color_count(black,590.0) size(20,30) loc_xy(1,1) squares outline polygon layer(in) nth(24) % Dots: ᓶ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(green,1.0) size(1,1) loc_xy(4,7) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,7) dots layer(in) nth(27) % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,13) dots layer(in) nth(28) % Dots: ē mass(1) color_count(red,1.0) size(1,1) loc_xy(7,14) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,19) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(silver,1.0) size(1,1) loc_xy(3,21) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,21) dots layer(in) nth(33) % Dots: Į mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,28) dots layer(in) nth(34) _________________________________________________________________________________ groupB=8. % Outline: ᐈ mass(559) color_count(black,559.0) size(20,30) loc_xy(1,1) squares outline polygon layer(out) nth(16) % Hv_Line(v): ᐡ mass(12) color_count(red,12.0) size(1,12) loc_xy(7,3) squares hv_line(v) filled_squared layer(out) nth(17) % Hv_Line(v): ᒍ mass(10) color_count(purple,10.0) size(1,10) loc_xy(5,19) squares hv_line(v) filled_squared layer(out) nth(21) % Hv_Line(v): ᑴ mass(6) color_count(cyan,6.0) size(1,6) loc_xy(15,13) squares hv_line(v) filled_squared layer(out) nth(20) % Squares: ᑚ mass(5) color_count(green,5.0) size(5,1) loc_xy(8,7) squares nonsquare filled_squared layer(out) nth(19) % Squares: ᒿ mass(3) color_count(silver,3.0) size(3,1) loc_xy(6,21) squares nonsquare filled_squared layer(out) nth(23) % Squares: ᑁ mass(3) color_count(green,3.0) size(3,1) loc_xy(4,7) squares nonsquare filled_squared layer(out) nth(18) % Squares: ᒦ mass(2) color_count(silver,2.0) size(2,1) loc_xy(3,21) squares nonsquare filled_squared layer(out) nth(22) _________________________________________________________________________________ disjointed( [ ' Ď', ' Ę', ' Ą', ' ĉ', ' ĝ', ' Į', ' ᓶ', ' ē', ' ģ', ' ĩ', ' ᓝ'], [ ' ᒦ', ' ᑁ', ' ᒿ', ' ᑚ', ' ᑴ', ' ᒍ', ' ᐡ', ' ᐈ']).  _______________________________________  _______________________________________ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓶ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ Ą ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ĉ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᑁ ᑁ ᑁ ᐡ ᑚ ᑚ ᑚ ᑚ ᑚ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ď ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ē ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ Ę ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᑴ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ĝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ģ ᓝ ᓝ ᓝ ᓝ ĩ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᒦ ᒦ ᒍ ᒿ ᒿ ᒿ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ Į ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᒍ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ  _______________________________________  _______________________________________ better(v('070dd51e')*(trn+0)+in) better(v('070dd51e')*(trn+0)+out) IN OUT grid_dim=grid_size(20, 30). grid_dim=grid_size(20, 30). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 590.0). cc:0=cc(black, 559.0). cc:1=cc(silver, 2.0). cc:1=cc(red, 12.0). cc:2=cc(red, 2.0). cc:2=cc(purple, 10.0). cc:3=cc(purple, 2.0). cc:3=cc(green, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 6.0). cc:5=cc(cyan, 2.0). cc:5=cc(silver, 5.0). groupA=11. % Dots: ᓶ mass(1) color_count(red,1.0) size(1,1) loc_xy(7,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(green,1.0) size(1,1) loc_xy(4,7) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,7) dots layer(in) nth(27) % Dots: Ď mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,13) dots layer(in) nth(28) % Dots: ē mass(1) color_count(red,1.0) size(1,1) loc_xy(7,14) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,18) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,19) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(silver,1.0) size(1,1) loc_xy(3,21) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(silver,1.0) size(1,1) loc_xy(8,21) dots layer(in) nth(33) % Dots: Į mass(1) color_count(purple,1.0) size(1,1) loc_xy(5,28) dots layer(in) nth(34) % Outline: ᓝ mass(590) color_count(black,590.0) size(20,30) loc_xy(1,1) squares outline polygon layer(in) nth(24) _________________________________________________________________________________ groupB=8. % Squares: ᒦ mass(2) color_count(silver,2.0) size(2,1) loc_xy(3,21) squares nonsquare filled_squared layer(out) nth(22) % Squares: ᒿ mass(3) color_count(silver,3.0) size(3,1) loc_xy(6,21) squares nonsquare filled_squared layer(out) nth(23) % Squares: ᑁ mass(3) color_count(green,3.0) size(3,1) loc_xy(4,7) squares nonsquare filled_squared layer(out) nth(18) % Squares: ᑚ mass(5) color_count(green,5.0) size(5,1) loc_xy(8,7) squares nonsquare filled_squared layer(out) nth(19) % Hv_Line(v): ᑴ mass(6) color_count(cyan,6.0) size(1,6) loc_xy(15,13) squares hv_line(v) filled_squared layer(out) nth(20) % Hv_Line(v): ᒍ mass(10) color_count(purple,10.0) size(1,10) loc_xy(5,19) squares hv_line(v) filled_squared layer(out) nth(21) % Hv_Line(v): ᐡ mass(12) color_count(red,12.0) size(1,12) loc_xy(7,3) squares hv_line(v) filled_squared layer(out) nth(17) % Outline: ᐈ mass(559) color_count(black,559.0) size(20,30) loc_xy(1,1) squares outline polygon layer(out) nth(16) _________________________________________________________________________________ disjointed( [ ' Ď', ' Ę', ' Ą', ' ĉ', ' ĝ', ' Į', ' ᓶ', ' ē', ' ģ', ' ĩ', ' ᓝ'], [ ' ᒦ', ' ᑁ', ' ᒿ', ' ᑚ', ' ᑴ', ' ᒍ', ' ᐡ', ' ᐈ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('070dd51e'),[]) [ +shape_match, +color_match, +'Errors', -mask_match, -rotation_match, evaluation, '(2, 1)', 'https://www.kaggle.com/c/abstraction-and-reasoning-challenge/discussion/131021'].  ___________________  ___________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________  ___________________ test(v('070dd51e')*(trn+1)+in) test(v('070dd51e')*(trn+1)+out) IN OUT grid_dim=grid_size(10, 20). grid_dim=grid_size(10, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 190.0). cc:0=cc(black, 171.0). cc:1=cc(yellow, 2.0). cc:1=cc(yellow, 9.0). cc:2=cc(orange, 2.0). cc:2=cc(brown, 7.0). cc:3=cc(green, 2.0). cc:3=cc(green, 5.0). cc:4=cc(cyan, 2.0). cc:4=cc(cyan, 5.0). cc:5=cc(brown, 2.0). cc:5=cc(orange, 3.0).  ___________________  ___________________ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ Ľ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ Ꮺ ĩ ĩ ĩ ĩ ł ĩ ĩ ʛ ʛ Ꮺ ϭ Ј Ј Ј Ј ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ᐈ ĩ ĩ Ň ĩ ĩ ĩ ĩ ʛ ʛ ᐈ ϭ С С ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ Ō ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ő ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ Ŗ ĩ ĩ ĩ ĩ ᐡ ĩ ĩ ĩ ʛ Ꮡ Ꮡ Ꮡ Ꮡ Ꮈ ᐡ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ś ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ  ___________________  ___________________ common(v('070dd51e')*(trn+1)+in) common(v('070dd51e')*(trn+1)+out) IN OUT grid_dim=grid_size(10, 20). grid_dim=grid_size(10, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 190.0). cc:0=cc(black, 171.0). cc:1=cc(yellow, 2.0). cc:1=cc(yellow, 9.0). cc:2=cc(orange, 2.0). cc:2=cc(brown, 7.0). cc:3=cc(green, 2.0). cc:3=cc(green, 5.0). cc:4=cc(cyan, 2.0). cc:4=cc(cyan, 5.0). cc:5=cc(brown, 2.0). cc:5=cc(orange, 3.0). compare_objs1([perfect]). % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,5) point layer(in) nth(15) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,5) point layer(out) nth(15) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐈ mass(1) color_count(orange,1.0) size(1,1) loc_xy(3,9) point layer(in) nth(16) % Point: ᐈ mass(1) color_count(orange,1.0) size(1,1) loc_xy(3,9) point layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,15) point layer(in) nth(17) % Point: ᐡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,15) point layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Outline: ĩ mass(190) color_count(black,190.0) size(10,20) loc_xy(1,1) squares outline polygon layer(in) nth(33) % Dots: Ľ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(37) % Dots: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(8,5) dots layer(in) nth(38) % Dots: Ň mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,9) dots layer(in) nth(39) % Dots: Ō mass(1) color_count(yellow,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(40) % Dots: ő mass(1) color_count(brown,1.0) size(1,1) loc_xy(6,13) dots layer(in) nth(41) % Dots: Ŗ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,15) dots layer(in) nth(42) % Dots: ś mass(1) color_count(brown,1.0) size(1,1) loc_xy(6,19) dots layer(in) nth(43) _________________________________________________________________________________ groupB=6. % Outline: ʛ mass(171) color_count(black,171.0) size(10,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(9) % Hv_Line(v): ϭ mass(9) color_count(yellow,9.0) size(1,9) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(out) nth(10) % Hv_Line(v): Ꮈ mass(7) color_count(brown,7.0) size(1,7) loc_xy(6,13) nonsquare hv_line(v) filled_squared layer(out) nth(13) % Hv_Line(h): Ј mass(4) color_count(green,4.0) size(4,1) loc_xy(5,5) hv_line(h) nonsquare filled_squared layer(out) nth(11) % Hv_Line(h): Ꮡ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(out) nth(14) % Hv_Line(h): С mass(2) color_count(orange,2.0) size(2,1) loc_xy(5,9) hv_line(h) nonsquare filled_squared layer(out) nth(12) _________________________________________________________________________________ disjointed( [ ' ő', ' ś', ' Ŗ', ' ł', ' Ň', ' Ľ', ' Ō', ' ĩ'], [ ' С', ' Ꮡ', ' Ј', ' Ꮈ', ' ϭ', ' ʛ']).  ___________________  ___________________ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ Ľ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ Ꮺ ĩ ĩ ĩ ĩ ł ĩ ĩ ʛ ʛ Ꮺ ϭ Ј Ј Ј Ј ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ᐈ ĩ ĩ Ň ĩ ĩ ĩ ĩ ʛ ʛ ᐈ ϭ С С ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ Ō ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ϭ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ő ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ Ŗ ĩ ĩ ĩ ĩ ᐡ ĩ ĩ ĩ ʛ Ꮡ Ꮡ Ꮡ Ꮡ Ꮈ ᐡ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ś ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ Ꮈ ʛ ʛ ʛ ʛ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ  ___________________  ___________________ better(v('070dd51e')*(trn+1)+in) better(v('070dd51e')*(trn+1)+out) IN OUT grid_dim=grid_size(10, 20). grid_dim=grid_size(10, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 190.0). cc:0=cc(black, 171.0). cc:1=cc(yellow, 2.0). cc:1=cc(yellow, 9.0). cc:2=cc(orange, 2.0). cc:2=cc(brown, 7.0). cc:3=cc(green, 2.0). cc:3=cc(green, 5.0). cc:4=cc(cyan, 2.0). cc:4=cc(cyan, 5.0). cc:5=cc(brown, 2.0). cc:5=cc(orange, 3.0). compare_objs1([perfect]). % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,5) point layer(in) nth(15) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,5) point layer(out) nth(15) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐈ mass(1) color_count(orange,1.0) size(1,1) loc_xy(3,9) point layer(in) nth(16) % Point: ᐈ mass(1) color_count(orange,1.0) size(1,1) loc_xy(3,9) point layer(out) nth(16) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ᐡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,15) point layer(in) nth(17) % Point: ᐡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,15) point layer(out) nth(17) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Dots: Ľ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(4,3) dots layer(in) nth(37) % Dots: ł mass(1) color_count(green,1.0) size(1,1) loc_xy(8,5) dots layer(in) nth(38) % Dots: Ň mass(1) color_count(orange,1.0) size(1,1) loc_xy(6,9) dots layer(in) nth(39) % Dots: Ō mass(1) color_count(yellow,1.0) size(1,1) loc_xy(4,11) dots layer(in) nth(40) % Dots: ő mass(1) color_count(brown,1.0) size(1,1) loc_xy(6,13) dots layer(in) nth(41) % Dots: Ŗ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(2,15) dots layer(in) nth(42) % Dots: ś mass(1) color_count(brown,1.0) size(1,1) loc_xy(6,19) dots layer(in) nth(43) % Outline: ĩ mass(190) color_count(black,190.0) size(10,20) loc_xy(1,1) squares outline polygon layer(in) nth(33) _________________________________________________________________________________ groupB=6. % Hv_Line(h): С mass(2) color_count(orange,2.0) size(2,1) loc_xy(5,9) hv_line(h) nonsquare filled_squared layer(out) nth(12) % Hv_Line(h): Ј mass(4) color_count(green,4.0) size(4,1) loc_xy(5,5) hv_line(h) nonsquare filled_squared layer(out) nth(11) % Hv_Line(h): Ꮡ mass(4) color_count(cyan,4.0) size(4,1) loc_xy(2,15) hv_line(h) nonsquare filled_squared layer(out) nth(14) % Hv_Line(v): Ꮈ mass(7) color_count(brown,7.0) size(1,7) loc_xy(6,13) nonsquare hv_line(v) filled_squared layer(out) nth(13) % Hv_Line(v): ϭ mass(9) color_count(yellow,9.0) size(1,9) loc_xy(4,3) nonsquare hv_line(v) filled_squared layer(out) nth(10) % Outline: ʛ mass(171) color_count(black,171.0) size(10,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(9) _________________________________________________________________________________ disjointed( [ ' ő', ' ś', ' Ŗ', ' ł', ' Ň', ' Ľ', ' Ō', ' ĩ'], [ ' С', ' Ꮡ', ' Ј', ' Ꮈ', ' ϭ', ' ʛ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('070dd51e'),[]) [ +shape_match, +color_match, +'Errors', -mask_match, -rotation_match, evaluation, '(2, 1)', 'https://www.kaggle.com/c/abstraction-and-reasoning-challenge/discussion/131021'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('070dd51e')*(tst+0)+in) test(v('070dd51e')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 390.0). cc:0=cc(black, 347.0). cc:1=cc(silver, 2.0). cc:1=cc(green, 18.0). cc:2=cc(red, 2.0). cc:2=cc(red, 14.0). cc:3=cc(orange, 2.0). cc:3=cc(silver, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 7.0). cc:5=cc(cyan, 2.0). cc:5=cc(orange, 6.0).  _______________________________________  _______________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ Ę ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĝ ĉ ĉ ĉ ᑁ ᒍ ᒍ ᑚ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ĉ ĉ ĉ ĉ ĉ ĩ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᓝ ᓝ ᑴ ᓶ ᓶ ᓶ ᓶ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Į ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ij ĉ ĉ ĉ ĉ ĉ ĸ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ Ą Ą Ą Ą Ą Ą Ą ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  _______________________________________  _______________________________________ common(v('070dd51e')*(tst+0)+in) common(v('070dd51e')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 390.0). cc:0=cc(black, 347.0). cc:1=cc(silver, 2.0). cc:1=cc(green, 18.0). cc:2=cc(red, 2.0). cc:2=cc(red, 14.0). cc:3=cc(orange, 2.0). cc:3=cc(silver, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 7.0). cc:5=cc(cyan, 2.0). cc:5=cc(orange, 6.0). groupA=11. % Outline: ĉ mass(390) color_count(black,390.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(27) % Dots: Ď mass(1) color_count(green,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(28) % Dots: ē mass(1) color_count(silver,1.0) size(1,1) loc_xy(10,3) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,4) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(orange,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(orange,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(33) % Dots: Į mass(1) color_count(silver,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(34) % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(35) % Dots: ĸ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(36) % Dots: Ľ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,19) dots layer(in) nth(37) _________________________________________________________________________________ groupB=9. % Outline: ᑁ mass(347) color_count(black,347.0) size(20,20) loc_xy(1,1) squares outline polygon layer(out) nth(18) % Hv_Line(v): ᑚ mass(18) color_count(green,18.0) size(1,18) loc_xy(4,2) squares hv_line(v) filled_squared layer(out) nth(19) % Hv_Line(v): ᑴ mass(8) color_count(silver,8.0) size(1,8) loc_xy(10,3) squares hv_line(v) filled_squared layer(out) nth(20) % Squares: Ą mass(7) color_count(cyan,7.0) size(7,1) loc_xy(9,15) squares nonsquare filled_squared layer(out) nth(26) % Squares: ᒿ mass(7) color_count(red,7.0) size(7,1) loc_xy(11,4) squares nonsquare filled_squared layer(out) nth(23) % Squares: ᒦ mass(5) color_count(red,5.0) size(5,1) loc_xy(5,4) squares nonsquare filled_squared layer(out) nth(22) % Squares: ᓶ mass(4) color_count(orange,4.0) size(4,1) loc_xy(11,8) squares nonsquare filled_squared layer(out) nth(25) % Squares: ᓝ mass(2) color_count(orange,2.0) size(2,1) loc_xy(8,8) squares nonsquare filled_squared layer(out) nth(24) % Squares: ᒍ mass(2) color_count(red,2.0) size(2,1) loc_xy(2,4) squares nonsquare filled_squared layer(out) nth(21) _________________________________________________________________________________ disjointed( [ ' ij', ' ĸ', ' Ď', ' Ľ', ' ģ', ' ĩ', ' Ę', ' ĝ', ' ē', ' Į', ' ĉ'], [ ' ᓝ', ' ᒍ', ' ᓶ', ' ᒦ', ' Ą', ' ᒿ', ' ᑴ', ' ᑚ', ' ᑁ']).  _______________________________________  _______________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ē ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ Ę ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĝ ĉ ĉ ĉ ᑁ ᒍ ᒍ ᑚ ᒦ ᒦ ᒦ ᒦ ᒦ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ĉ ĉ ĉ ĉ ĉ ĩ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᓝ ᓝ ᑴ ᓶ ᓶ ᓶ ᓶ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ Į ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑴ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ij ĉ ĉ ĉ ĉ ĉ ĸ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ Ą Ą Ą Ą Ą Ą Ą ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  _______________________________________  _______________________________________ better(v('070dd51e')*(tst+0)+in) better(v('070dd51e')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=6 colors_count_size=6 cc:0=cc(black, 390.0). cc:0=cc(black, 347.0). cc:1=cc(silver, 2.0). cc:1=cc(green, 18.0). cc:2=cc(red, 2.0). cc:2=cc(red, 14.0). cc:3=cc(orange, 2.0). cc:3=cc(silver, 8.0). cc:4=cc(green, 2.0). cc:4=cc(cyan, 7.0). cc:5=cc(cyan, 2.0). cc:5=cc(orange, 6.0). groupA=11. % Dots: Ď mass(1) color_count(green,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(28) % Dots: ē mass(1) color_count(silver,1.0) size(1,1) loc_xy(10,3) dots layer(in) nth(29) % Dots: Ę mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(30) % Dots: ĝ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,4) dots layer(in) nth(31) % Dots: ģ mass(1) color_count(orange,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(32) % Dots: ĩ mass(1) color_count(orange,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(33) % Dots: Į mass(1) color_count(silver,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(34) % Dots: ij mass(1) color_count(cyan,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(35) % Dots: ĸ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(36) % Dots: Ľ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,19) dots layer(in) nth(37) % Outline: ĉ mass(390) color_count(black,390.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(27) _________________________________________________________________________________ groupB=9. % Squares: ᓝ mass(2) color_count(orange,2.0) size(2,1) loc_xy(8,8) squares nonsquare filled_squared layer(out) nth(24) % Squares: ᒍ mass(2) color_count(red,2.0) size(2,1) loc_xy(2,4) squares nonsquare filled_squared layer(out) nth(21) % Squares: ᓶ mass(4) color_count(orange,4.0) size(4,1) loc_xy(11,8) squares nonsquare filled_squared layer(out) nth(25) % Squares: ᒦ mass(5) color_count(red,5.0) size(5,1) loc_xy(5,4) squares nonsquare filled_squared layer(out) nth(22) % Squares: Ą mass(7) color_count(cyan,7.0) size(7,1) loc_xy(9,15) squares nonsquare filled_squared layer(out) nth(26) % Squares: ᒿ mass(7) color_count(red,7.0) size(7,1) loc_xy(11,4) squares nonsquare filled_squared layer(out) nth(23) % Hv_Line(v): ᑴ mass(8) color_count(silver,8.0) size(1,8) loc_xy(10,3) squares hv_line(v) filled_squared layer(out) nth(20) % Hv_Line(v): ᑚ mass(18) color_count(green,18.0) size(1,18) loc_xy(4,2) squares hv_line(v) filled_squared layer(out) nth(19) % Outline: ᑁ mass(347) color_count(black,347.0) size(20,20) loc_xy(1,1) squares outline polygon layer(out) nth(18) _________________________________________________________________________________ disjointed( [ ' ij', ' ĸ', ' Ď', ' Ľ', ' ģ', ' ĩ', ' Ę', ' ĝ', ' ē', ' Į', ' ĉ'], [ ' ᓝ', ' ᒍ', ' ᓶ', ' ᒦ', ' Ą', ' ᒿ', ' ᑴ', ' ᑚ', ' ᑁ']). AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('8a371977')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('8a371977'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _____________________________________  _____________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________  _____________________________________ test(v('8a371977')*(trn+0)+in) test(v('8a371977')*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 217.0). cc:0=cc(blue, 217.0). cc:1=cc(black, 144.0). cc:1=cc(red, 128.0). cc:2=cc(green, 16.0). Training hard... Training hard... Training hard... Training hard...  _____________________________________  _____________________________________ Ŗ Ŗ Ŗ ś ś ś ś ś ś ś ś ś ś ś ś ś ś ś ś Ď Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē Ŗ Ŗ Ŗ Ű Ű ś ś ŵ ŵ ŵ ŵ ś ś ź ź ź ź ś ś Ď Ď Ď ĩ ĩ ē ē Į Į Į Į ē ē ij ij ij ij ē ē Ŗ Ŗ Ŗ Ű Ű ś ś ŵ ŵ ŵ ŵ ś ś ź ź ź ź ś ś Ď Ď Ď ĩ ĩ ē ē Į Į Į Į ē ē ij ij ij ij ē ē š Ű Ű Ű Ű ū ū ŵ ŵ ŵ ŵ ū ū ź ź ź ź ū ū Ę ĩ ĩ ĩ ĩ ģ ģ Į Į Į Į ģ ģ ij ij ij ij ģ ģ š Ű Ű Ű Ű ū ū ŵ ŵ ŵ ŵ ū ū ź ź ź ź ū ū Ę ĩ ĩ ĩ ĩ ģ ģ Į Į Į Į ģ ģ ij ij ij ij ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ  _____________________________________  _____________________________________ common(v('8a371977')*(trn+0)+in) common(v('8a371977')*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 434.0). cc:0=cc(blue, 434.0). cc:1=cc(black, 288.0). cc:1=cc(red, 256.0). cc:2=cc(green, 32.0). compare_objs1([perfect]). % Outline: ū mass(217) color_count(blue,217.0) size(19,19) loc_xy(1,1) squares outline polygon layer(in) nth(46) % Outline: ģ mass(217) color_count(blue,217.0) size(19,19) loc_xy(1,1) squares outline polygon layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=13. % Pattern(cref_84,3,3,4,4): Ŧ mass(256) color_count(black,100.0) color_count(blue,156.0) size(16,16) loc_xy(4,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(45) % Pattern(cref_84,3,3,4,4): ś mass(48) color_count(black,20.0) color_count(blue,28.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(43) % Pattern(cref_84,3,3,4,4): š mass(48) color_count(black,20.0) color_count(blue,28.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(44) % Outline: Ƙ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(in) nth(55) % Outline: Ɠ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(in) nth(54) % Outline: Ǝ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(in) nth(53) % Outline: Ɖ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(in) nth(52) % Outline: Ƅ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(in) nth(51) % Outline: ſ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(in) nth(50) % Outline: ź mass(16) color_count(black,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(in) nth(49) % Outline: ŵ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(48) % Outline: Ű mass(16) color_count(black,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(in) nth(47) % Pattern(cref_84,3,3,4,4): Ŗ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar keypad layer(in) nth(42) _________________________________________________________________________________ groupB=13. % Pattern(cref_83,3,3,4,4): ĝ mass(256) color_count(blue,156.0) color_count(green,16.0) color_count(red,84.0) size(16,16) loc_xy(4,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(31) % Pattern(cref_83,3,3,4,4): ē mass(48) color_count(blue,28.0) color_count(red,20.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(29) % Pattern(cref_83,3,3,4,4): Ę mass(48) color_count(blue,28.0) color_count(red,20.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(30) % Outline: ő mass(16) color_count(red,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(out) nth(41) % Outline: Ō mass(16) color_count(red,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(out) nth(40) % Outline: Ň mass(16) color_count(red,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(out) nth(39) % Outline: ł mass(16) color_count(red,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(out) nth(38) % Outline: Ľ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(out) nth(37) % Outline: ĸ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(out) nth(36) % Outline: ij mass(16) color_count(red,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(out) nth(35) % Outline: Į mass(16) color_count(red,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(34) % Outline: ĩ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(out) nth(33) % Pattern(cref_83,3,3,4,4): Ď mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar keypad layer(out) nth(28) _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): Ŗ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar keypad layer(in) nth(42) % Pattern(cref_83,3,3,4,4): Ď mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar keypad layer(out) nth(28) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): š mass(48) color_count(black,20.0) color_count(blue,28.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(44) % Pattern(cref_83,3,3,4,4): Ę mass(48) color_count(blue,28.0) color_count(red,20.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(30) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): ś mass(48) color_count(black,20.0) color_count(blue,28.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(43) % Pattern(cref_83,3,3,4,4): ē mass(48) color_count(blue,28.0) color_count(red,20.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(29) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): Ŧ mass(256) color_count(black,100.0) color_count(blue,156.0) size(16,16) loc_xy(4,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(45) % Pattern(cref_83,3,3,4,4): ĝ mass(256) color_count(blue,156.0) color_count(green,16.0) color_count(red,84.0) size(16,16) loc_xy(4,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(31) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj( ' Ŧ', ' ĝ', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' ś', ' ē', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' š', ' Ę', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' Ŗ', ' Ď', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))])].  _____________________________________  _____________________________________ Ŗ Ŗ Ŗ ś ś ś ś ś ś ś ś ś ś ś ś ś ś ś ś Ď Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē Ŗ Ŗ Ŗ Ű Ű ś ś ŵ ŵ ŵ ŵ ś ś ź ź ź ź ś ś Ď Ď Ď ĩ ĩ ē ē Į Į Į Į ē ē ij ij ij ij ē ē Ŗ Ŗ Ŗ Ű Ű ś ś ŵ ŵ ŵ ŵ ś ś ź ź ź ź ś ś Ď Ď Ď ĩ ĩ ē ē Į Į Į Į ē ē ij ij ij ij ē ē š Ű Ű Ű Ű ū ū ŵ ŵ ŵ ŵ ū ū ź ź ź ź ū ū Ę ĩ ĩ ĩ ĩ ģ ģ Į Į Į Į ģ ģ ij ij ij ij ģ ģ š Ű Ű Ű Ű ū ū ŵ ŵ ŵ ŵ ū ū ź ź ź ź ū ū Ę ĩ ĩ ĩ ĩ ģ ģ Į Į Į Į ģ ģ ij ij ij ij ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š ſ ſ ſ ſ ū ū Ƅ Ƅ Ƅ Ƅ ū ū Ɖ Ɖ Ɖ Ɖ ū ū Ę ĸ ĸ ĸ ĸ ģ ģ Ľ Ľ Ľ Ľ ģ ģ ł ł ł ł ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š Ǝ Ǝ Ǝ Ǝ ū ū Ɠ Ɠ Ɠ Ɠ ū ū Ƙ Ƙ Ƙ Ƙ ū ū Ę Ň Ň Ň Ň ģ ģ Ō Ō Ō Ō ģ ģ ő ő ő ő ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ š š š ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ  _____________________________________  _____________________________________ better(v('8a371977')*(trn+0)+in) better(v('8a371977')*(trn+0)+out) IN OUT grid_dim=grid_size(19, 19). grid_dim=grid_size(19, 19). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 434.0). cc:0=cc(blue, 434.0). cc:1=cc(black, 288.0). cc:1=cc(red, 256.0). cc:2=cc(green, 32.0). compare_objs1([perfect]). % Outline: ū mass(217) color_count(blue,217.0) size(19,19) loc_xy(1,1) squares outline polygon layer(in) nth(46) % Outline: ģ mass(217) color_count(blue,217.0) size(19,19) loc_xy(1,1) squares outline polygon layer(out) nth(32) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=13. % Pattern(cref_84,3,3,4,4): Ŗ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar keypad layer(in) nth(42) % Outline: Ƙ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(in) nth(55) % Outline: Ɠ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(in) nth(54) % Outline: Ǝ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(in) nth(53) % Outline: Ɖ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(in) nth(52) % Outline: Ƅ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(in) nth(51) % Outline: ſ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(in) nth(50) % Outline: ź mass(16) color_count(black,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(in) nth(49) % Outline: ŵ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(48) % Outline: Ű mass(16) color_count(black,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(in) nth(47) % Pattern(cref_84,3,3,4,4): ś mass(48) color_count(black,20.0) color_count(blue,28.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(43) % Pattern(cref_84,3,3,4,4): š mass(48) color_count(black,20.0) color_count(blue,28.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(44) % Pattern(cref_84,3,3,4,4): Ŧ mass(256) color_count(black,100.0) color_count(blue,156.0) size(16,16) loc_xy(4,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(45) _________________________________________________________________________________ groupB=13. % Pattern(cref_83,3,3,4,4): Ď mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar keypad layer(out) nth(28) % Outline: ő mass(16) color_count(red,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(out) nth(41) % Outline: Ō mass(16) color_count(red,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(out) nth(40) % Outline: Ň mass(16) color_count(red,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(out) nth(39) % Outline: ł mass(16) color_count(red,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(out) nth(38) % Outline: Ľ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(out) nth(37) % Outline: ĸ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(out) nth(36) % Outline: ij mass(16) color_count(red,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(out) nth(35) % Outline: Į mass(16) color_count(red,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(34) % Outline: ĩ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(out) nth(33) % Pattern(cref_83,3,3,4,4): ē mass(48) color_count(blue,28.0) color_count(red,20.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(29) % Pattern(cref_83,3,3,4,4): Ę mass(48) color_count(blue,28.0) color_count(red,20.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(30) % Pattern(cref_83,3,3,4,4): ĝ mass(256) color_count(blue,156.0) color_count(green,16.0) color_count(red,84.0) size(16,16) loc_xy(4,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(31) _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): Ŗ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar keypad layer(in) nth(42) % Pattern(cref_83,3,3,4,4): Ď mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar keypad layer(out) nth(28) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): š mass(48) color_count(black,20.0) color_count(blue,28.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(44) % Pattern(cref_83,3,3,4,4): Ę mass(48) color_count(blue,28.0) color_count(red,20.0) size(3,16) rotation(flipH) loc_xy(1,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(30) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): ś mass(48) color_count(black,20.0) color_count(blue,28.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(43) % Pattern(cref_83,3,3,4,4): ē mass(48) color_count(blue,28.0) color_count(red,20.0) size(16,3) rotation(flipV) loc_xy(4,1) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(29) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0)). sameness. % Pattern(cref_84,3,3,4,4): Ŧ mass(256) color_count(black,100.0) color_count(blue,156.0) size(16,16) loc_xy(4,4) center_info('CRef_84',3,3,4,4) pattern(CRef_84,3,3,4,4) rectangluar filled_squared layer(in) nth(45) % Pattern(cref_83,3,3,4,4): ĝ mass(256) color_count(blue,156.0) color_count(green,16.0) color_count(red,84.0) size(16,16) loc_xy(4,4) center_info('CRef_83',3,3,4,4) pattern(CRef_83,3,3,4,4) rectangluar filled_squared layer(out) nth(31) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj( ' Ŧ', ' ĝ', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' ś', ' ē', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' š', ' Ę', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))]), change_obj( ' Ŗ', ' Ď', [ center_info(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_84'->'CRef_83')), 0, 0, 0, 0))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('8a371977'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _____________________________________________  _____________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________________  _____________________________________________ test(v('8a371977')*(trn+1)+in) test(v('8a371977')*(trn+1)+out) IN OUT grid_dim=grid_size(23, 23). grid_dim=grid_size(23, 23). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 408.0). cc:0=cc(blue, 408.0). cc:1=cc(black, 121.0). cc:1=cc(green, 81.0). cc:2=cc(red, 40.0). Training hard...  _____________________________________________  _____________________________________________ ⶀ ⶀ ⶀ ⶀ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶀ ⶨ ⶀ ⶭ ⶅ ⶳ ⶅ ⶹ ⶅ ⶾ ⶅ ⷄ ⶅ ⷊ ⶅ ⷐ ⶅ ⷕ ⶅ ⷛ ⶅ ⷡ ⶅ Ш Э Ш в Ш з Ш м Ш с Ш ц Ш ы Ш ѐ Ш ѕ Ш њ Ш џ Ш ⶀ ⶀ ⶀ ⶀ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶀ ⷦ ⶀ ⷫ ⶅ ⷰ ⶅ ⷵ ⶅ ⷺ ⶅ ⷿ ⶅ 〡 ⶅ 〨 ⶅ 〴 ⶅ 〻 ⶅ い ⶅ Ш ѥ Ш Ѫ Ш ѯ Ш Ѵ Ш ѹ Ш Ѿ Ш ҋ Ш Ґ Ш ҕ Ш Қ Ш ҟ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ぉ ⶊ ぎ ⶏ こ ⶏ じ ⶏ そ ⶏ っ ⶏ と ⶏ ね ⶏ ひ ⶏ ぷ ⶏ ぼ ⶏ Ш Ҥ Ш ҩ Ш Ү Ш ҳ Ш Ҹ Ш ҽ Ш ӂ Ш Ӈ Ш ӌ Ш ӑ Ш Ӗ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ め ⶊ ゆ ⶏ る ⶏ ゐ ⶏ ゕ ⶏ ァ ⶏ ウ ⶏ カ ⶏ グ ⶏ サ ⶏ ズ ⶏ Ш ӛ Ш Ӡ Ш ӥ Ш Ӫ Ш ӯ Ш Ӵ Ш ӹ Ш Ӿ Ш Ԅ Ш ԉ Ш Ԏ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ タ ⶊ ツ ⶏ ド ⶏ ノ ⶏ ビ ⶏ ヘ ⶏ ポ ⶏ モ ⶏ ョ ⶏ レ ⶏ ヱ ⶏ Ш ԓ Ш Ԙ Ш ԝ Ш ԣ Ш ԩ Ш Ԯ Ш Դ Ш Թ Ш Ծ Ш Ճ Ш ᇻ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ヶ ⶊ ー ⶏ ㄆ ⶏ ㄋ ⶏ ㄐ ⶏ ㄕ ⶏ ㄚ ⶏ ㄟ ⶏ ㄥ ⶏ ㄫ ⶏ ㄱ ⶏ Ш ሁ Ш ሆ Ш ላ Ш ሐ Ш ሕ Ш ሚ Ш ሟ Ш ሥ Ш ᎊ Ш ᎏ Ш Ꭴ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㄶ ⶊ ㄻ ⶏ ㅀ ⶏ ㅅ ⶏ ㅊ ⶏ ㅏ ⶏ ㅔ ⶏ ㅙ ⶏ ㅞ ⶏ ㅤ ⶏ ㅩ ⶏ Ш Ꭹ Ш Ꭾ Ш Ꮃ Ш Ꮈ Ш Ꮍ Ш Ꮒ Ш Ꮗ Ш Ꮜ Ш Ꮡ Ш Ꮦ Ш Ꮫ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㅮ ⶊ ㅳ ⶏ ㅸ ⶏ ㅽ ⶏ ㆂ ⶏ ㆇ ⶏ ㆌ ⶏ ㆢ ⶏ ㆧ ⶏ ㆬ ⶏ ㆱ ⶏ Ш Ꮰ Ш Ꮵ Ш Ꮺ Ш Ꮿ Ш Ᏼ Ш ᏻ Ш ᐃ Ш ᐈ Ш ᐍ Ш ᐒ Ш ᐗ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㆶ ⶊ ㆻ ⶏ ㇰ ⶏ ㇵ ⶏ ㇺ ⶏ ㇿ ⶏ 㐅 ⶏ 㐊 ⶏ 㐏 ⶏ 㐔 ⶏ 㐙 ⶏ Ш ᐜ Ш ᐡ Ш ᐨ Ш ᐭ Ш ᐲ Ш ᐷ Ш ᐼ Ш ᑁ Ш ᑆ Ш ᑋ Ш ᑐ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ 㐞 ⶊ 㐤 ⶏ 㐪 ⶏ 㐯 ⶏ 㐴 ⶏ 㐹 ⶏ 㐾 ⶏ 㑃 ⶏ 㑈 ⶏ 㑍 ⶏ 㑒 ⶏ Ш ᑕ Ш ᑚ Ш ᑟ Ш ᑥ Ш ᑪ Ш ᑯ Ш ᑴ Ш ᑹ Ш ᑾ Ш ᒃ Ш ᒈ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ 㑗 ⶊ 㑜 ⶏ 㑢 ⶏ 㑧 ⶏ 㑬 ⶏ 㑱 ⶏ 㑶 ⶏ 㑻 ⶏ 㒀 ⶏ 㒅 ⶏ 㒊 ⶏ Ш ᒍ Ш ᒒ Ш ᒗ Ш ᒜ Ш ᒡ Ш ᒦ Ш ᒫ Ш ᒰ Ш ᒵ Ш ᒺ Ш ᒿ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш  _____________________________________________  _____________________________________________ common(v('8a371977')*(trn+1)+in) common(v('8a371977')*(trn+1)+out) IN OUT grid_dim=grid_size(23, 23). grid_dim=grid_size(23, 23). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 816.0). cc:0=cc(blue, 408.0). cc:1=cc(black, 242.0). cc:1=cc(green, 81.0). cc:2=cc(red, 40.0). compare_objs1([perfect]). % Outline: Ш mass(408) color_count(blue,408.0) size(23,23) loc_xy(1,1) rectangluar outline polygon layer(in) nth(122) % Outline: Ш mass(408) color_count(blue,408.0) size(23,23) loc_xy(1,1) rectangluar outline polygon layer(out) nth(122) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=125. % Pattern(cref_88,4,4,5,5): ⶏ mass(361) color_count(black,81.0) color_count(blue,280.0) size(19,19) loc_xy(5,5) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(370) % Pattern(cref_88,4,4,5,5): ⶅ mass(76) color_count(black,18.0) color_count(blue,58.0) size(19,4) rotation(flipV) loc_xy(5,1) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(368) % Pattern(cref_88,4,4,5,5): ⶊ mass(76) color_count(black,18.0) color_count(blue,58.0) size(4,19) rotation(flipH) loc_xy(1,5) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(369) % Pattern(cref_88,4,4,5,5): ⶀ mass(16) color_count(black,4.0) color_count(blue,12.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(367) % Dots: ⶨ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,2) dots layer(in) nth(373) % Dots: ⶭ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(374) % Dots: ⶳ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,2) dots layer(in) nth(375) % Dots: ⶹ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,2) dots layer(in) nth(376) % Dots: ⶾ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,2) dots layer(in) nth(377) % Dots: ⷄ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,2) dots layer(in) nth(378) % Dots: ⷊ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,2) dots layer(in) nth(379) % Dots: ⷐ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,2) dots layer(in) nth(380) % Dots: ⷕ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,2) dots layer(in) nth(381) % Dots: ⷛ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,2) dots layer(in) nth(382) % Dots: ⷡ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,2) dots layer(in) nth(383) % Dots: ⷦ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(384) % Dots: ⷫ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(385) % Dots: ⷰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,4) dots layer(in) nth(386) % Dots: ⷵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,4) dots layer(in) nth(387) % Dots: ⷺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,4) dots layer(in) nth(388) % Dots: ⷿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,4) dots layer(in) nth(389) % Dots: 〡 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,4) dots layer(in) nth(390) % Dots: 〨 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,4) dots layer(in) nth(391) % Dots: 〴 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,4) dots layer(in) nth(392) % Dots: 〻 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(393) % Dots: い mass(1) color_count(black,1.0) size(1,1) loc_xy(22,4) dots layer(in) nth(394) % Dots: ぉ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,6) dots layer(in) nth(395) % Dots: ぎ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(396) % Dots: こ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(397) % Dots: じ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,6) dots layer(in) nth(398) % Dots: そ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,6) dots layer(in) nth(399) % Dots: っ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(400) % Dots: と mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) dots layer(in) nth(401) % Dots: ね mass(1) color_count(black,1.0) size(1,1) loc_xy(16,6) dots layer(in) nth(402) % Dots: ひ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,6) dots layer(in) nth(403) % Dots: ぷ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,6) dots layer(in) nth(404) % Dots: ぼ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,6) dots layer(in) nth(405) % Dots: め mass(1) color_count(black,1.0) size(1,1) loc_xy(2,8) dots layer(in) nth(406) % Dots: ゆ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,8) dots layer(in) nth(407) % Dots: る mass(1) color_count(black,1.0) size(1,1) loc_xy(6,8) dots layer(in) nth(408) % Dots: ゐ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(409) % Dots: ゕ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,8) dots layer(in) nth(410) % Dots: ァ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(411) % Dots: ウ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(412) % Dots: カ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(413) % Dots: グ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,8) dots layer(in) nth(414) % Dots: サ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(415) % Dots: ズ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,8) dots layer(in) nth(416) % Dots: タ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,10) dots layer(in) nth(417) % Dots: ツ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,10) dots layer(in) nth(418) % Dots: ド mass(1) color_count(black,1.0) size(1,1) loc_xy(6,10) dots layer(in) nth(419) % Dots: ノ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,10) dots layer(in) nth(420) % Dots: ビ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(421) % Dots: ヘ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,10) dots layer(in) nth(422) % Dots: ポ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,10) dots layer(in) nth(423) % Dots: モ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,10) dots layer(in) nth(424) % Dots: ョ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,10) dots layer(in) nth(425) % Dots: レ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(426) % Dots: ヱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,10) dots layer(in) nth(427) % Dots: ヶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(428) % Dots: ー mass(1) color_count(black,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(429) % Dots: ㄆ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(430) % Dots: ㄋ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(431) % Dots: ㄐ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(432) % Dots: ㄕ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(433) % Dots: ㄚ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,12) dots layer(in) nth(434) % Dots: ㄟ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(435) % Dots: ㄥ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(436) % Dots: ㄫ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(437) % Dots: ㄱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,12) dots layer(in) nth(438) % Dots: ㄶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,14) dots layer(in) nth(439) % Dots: ㄻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,14) dots layer(in) nth(440) % Dots: ㅀ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(441) % Dots: ㅅ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(442) % Dots: ㅊ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,14) dots layer(in) nth(443) % Dots: ㅏ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(444) % Dots: ㅔ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,14) dots layer(in) nth(445) % Dots: ㅙ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,14) dots layer(in) nth(446) % Dots: ㅞ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,14) dots layer(in) nth(447) % Dots: ㅤ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,14) dots layer(in) nth(448) % Dots: ㅩ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,14) dots layer(in) nth(449) % Dots: ㅮ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,16) dots layer(in) nth(450) % Dots: ㅳ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(451) % Dots: ㅸ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,16) dots layer(in) nth(452) % Dots: ㅽ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(453) % Dots: ㆂ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,16) dots layer(in) nth(454) % Dots: ㆇ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(455) % Dots: ㆌ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,16) dots layer(in) nth(456) % Dots: ㆢ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(457) % Dots: ㆧ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,16) dots layer(in) nth(458) % Dots: ㆬ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(459) % Dots: ㆱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,16) dots layer(in) nth(460) % Dots: ㆶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,18) dots layer(in) nth(461) % Dots: ㆻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,18) dots layer(in) nth(462) % Dots: ㇰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,18) dots layer(in) nth(463) % Dots: ㇵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,18) dots layer(in) nth(464) % Dots: ㇺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,18) dots layer(in) nth(465) % Dots: ㇿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,18) dots layer(in) nth(466) % Dots: 㐅 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,18) dots layer(in) nth(467) % Dots: 㐊 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,18) dots layer(in) nth(468) % Dots: 㐏 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(469) % Dots: 㐔 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,18) dots layer(in) nth(470) % Dots: 㐙 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,18) dots layer(in) nth(471) % Dots: 㐞 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,20) dots layer(in) nth(472) % Dots: 㐤 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,20) dots layer(in) nth(473) % Dots: 㐪 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(474) % Dots: 㐯 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(475) % Dots: 㐴 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(476) % Dots: 㐹 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(477) % Dots: 㐾 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,20) dots layer(in) nth(478) % Dots: 㑃 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(479) % Dots: 㑈 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,20) dots layer(in) nth(480) % Dots: 㑍 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(481) % Dots: 㑒 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,20) dots layer(in) nth(482) % Dots: 㑗 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,22) dots layer(in) nth(483) % Dots: 㑜 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,22) dots layer(in) nth(484) % Dots: 㑢 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,22) dots layer(in) nth(485) % Dots: 㑧 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,22) dots layer(in) nth(486) % Dots: 㑬 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,22) dots layer(in) nth(487) % Dots: 㑱 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,22) dots layer(in) nth(488) % Dots: 㑶 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,22) dots layer(in) nth(489) % Dots: 㑻 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,22) dots layer(in) nth(490) % Dots: 㒀 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,22) dots layer(in) nth(491) % Dots: 㒅 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,22) dots layer(in) nth(492) % Dots: 㒊 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,22) dots layer(in) nth(493) _________________________________________________________________________________ groupB=121. % Point: ᒿ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(243) % Point: ᒺ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(242) % Point: ᒵ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,22) point layer(out) nth(241) % Point: ᒰ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,22) point layer(out) nth(240) % Point: ᒫ mass(1) color_count(red,1.0) size(1,1) loc_xy(14,22) point layer(out) nth(239) % Point: ᒦ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(238) % Point: ᒡ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(237) % Point: ᒜ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,22) point layer(out) nth(236) % Point: ᒗ mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(235) % Point: ᒒ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(234) % Point: ᒍ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(233) % Point: ᒈ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(232) % Point: ᒃ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,20) point layer(out) nth(231) % Point: ᑾ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(230) % Point: ᑹ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,20) point layer(out) nth(229) % Point: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,20) point layer(out) nth(228) % Point: ᑯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,20) point layer(out) nth(227) % Point: ᑪ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(226) % Point: ᑥ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,20) point layer(out) nth(225) % Point: ᑟ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(224) % Point: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(223) % Point: ᑕ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(222) % Point: ᑐ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,18) point layer(out) nth(221) % Point: ᑋ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,18) point layer(out) nth(220) % Point: ᑆ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(219) % Point: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,18) point layer(out) nth(218) % Point: ᐼ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,18) point layer(out) nth(217) % Point: ᐷ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,18) point layer(out) nth(216) % Point: ᐲ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,18) point layer(out) nth(215) % Point: ᐭ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(214) % Point: ᐨ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,18) point layer(out) nth(213) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(212) % Point: ᐜ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,18) point layer(out) nth(211) % Point: ᐗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,16) point layer(out) nth(210) % Point: ᐒ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(209) % Point: ᐍ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(208) % Point: ᐈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,16) point layer(out) nth(207) % Point: ᐃ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(206) % Point: ᏻ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(205) % Point: Ᏼ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(204) % Point: Ꮿ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,16) point layer(out) nth(203) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(202) % Point: Ꮵ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,16) point layer(out) nth(201) % Point: Ꮰ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(200) % Point: Ꮫ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(199) % Point: Ꮦ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(198) % Point: Ꮡ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,14) point layer(out) nth(197) % Point: Ꮜ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(196) % Point: Ꮗ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(195) % Point: Ꮒ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(194) % Point: Ꮍ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,14) point layer(out) nth(193) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,14) point layer(out) nth(192) % Point: Ꮃ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(191) % Point: Ꭾ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(190) % Point: Ꭹ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(189) % Point: Ꭴ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,12) point layer(out) nth(188) % Point: ᎏ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(187) % Point: ᎊ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,12) point layer(out) nth(186) % Point: ሥ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(185) % Point: ሟ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(184) % Point: ሚ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(183) % Point: ሕ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(182) % Point: ሐ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(181) % Point: ላ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(180) % Point: ሆ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(179) % Point: ሁ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(178) % Point: ᇻ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(177) % Point: Ճ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,10) point layer(out) nth(176) % Point: Ծ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(175) % Point: Թ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,10) point layer(out) nth(174) % Point: Դ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,10) point layer(out) nth(173) % Point: Ԯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,10) point layer(out) nth(172) % Point: ԩ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,10) point layer(out) nth(171) % Point: ԣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,10) point layer(out) nth(170) % Point: ԝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(169) % Point: Ԙ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(168) % Point: ԓ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,10) point layer(out) nth(167) % Point: Ԏ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(166) % Point: ԉ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(165) % Point: Ԅ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(164) % Point: Ӿ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,8) point layer(out) nth(163) % Point: ӹ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(162) % Point: Ӵ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(161) % Point: ӯ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(160) % Point: Ӫ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(159) % Point: ӥ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(158) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(157) % Point: ӛ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(156) % Point: Ӗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,6) point layer(out) nth(155) % Point: ӑ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,6) point layer(out) nth(154) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,6) point layer(out) nth(153) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,6) point layer(out) nth(152) % Point: ӂ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(151) % Point: ҽ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) point layer(out) nth(150) % Point: Ҹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,6) point layer(out) nth(149) % Point: ҳ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,6) point layer(out) nth(148) % Point: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) point layer(out) nth(147) % Point: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(146) % Point: Ҥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(145) % Point: ҟ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(144) % Point: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,4) point layer(out) nth(143) % Point: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,4) point layer(out) nth(142) % Point: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(141) % Point: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,4) point layer(out) nth(140) % Point: Ѿ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(139) % Point: ѹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,4) point layer(out) nth(138) % Point: Ѵ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(137) % Point: ѯ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,4) point layer(out) nth(136) % Point: Ѫ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) point layer(out) nth(135) % Point: ѥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(134) % Point: џ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,2) point layer(out) nth(133) % Point: њ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,2) point layer(out) nth(132) % Point: ѕ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,2) point layer(out) nth(131) % Point: ѐ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(130) % Point: ы mass(1) color_count(red,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(129) % Point: ц mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(128) % Point: с mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(127) % Point: м mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(126) % Point: з mass(1) color_count(red,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(125) % Point: в mass(1) color_count(red,1.0) size(1,1) loc_xy(4,2) point layer(out) nth(124) % Point: Э mass(1) color_count(red,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(123) _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶨ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,2) dots layer(in) nth(373) % Point: Э mass(1) color_count(red,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(123) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷦ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(384) % Point: ѥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(134) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぉ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,6) dots layer(in) nth(395) % Point: Ҥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(145) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: め mass(1) color_count(black,1.0) size(1,1) loc_xy(2,8) dots layer(in) nth(406) % Point: ӛ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(156) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: タ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,10) dots layer(in) nth(417) % Point: ԓ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,10) point layer(out) nth(167) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(428) % Point: ሁ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(178) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,14) dots layer(in) nth(439) % Point: Ꭹ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(189) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅮ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,16) dots layer(in) nth(450) % Point: Ꮰ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(200) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,18) dots layer(in) nth(461) % Point: ᐜ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,18) point layer(out) nth(211) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐞 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,20) dots layer(in) nth(472) % Point: ᑕ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(222) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑗 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,22) dots layer(in) nth(483) % Point: ᒍ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(233) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶭ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(374) % Point: в mass(1) color_count(red,1.0) size(1,1) loc_xy(4,2) point layer(out) nth(124) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷫ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(385) % Point: Ѫ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) point layer(out) nth(135) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぎ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(396) % Point: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(146) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゆ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,8) dots layer(in) nth(407) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(157) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ツ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,10) dots layer(in) nth(418) % Point: Ԙ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(168) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ー mass(1) color_count(black,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(429) % Point: ሆ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(179) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,14) dots layer(in) nth(440) % Point: Ꭾ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(190) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅳ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(451) % Point: Ꮵ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,16) point layer(out) nth(201) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,18) dots layer(in) nth(462) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(212) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐤 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,20) dots layer(in) nth(473) % Point: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(223) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑜 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,22) dots layer(in) nth(484) % Point: ᒒ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(234) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶳ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,2) dots layer(in) nth(375) % Point: з mass(1) color_count(red,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(125) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,4) dots layer(in) nth(386) % Point: ѯ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,4) point layer(out) nth(136) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: こ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(397) % Point: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) point layer(out) nth(147) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: る mass(1) color_count(black,1.0) size(1,1) loc_xy(6,8) dots layer(in) nth(408) % Point: ӥ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(158) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ド mass(1) color_count(black,1.0) size(1,1) loc_xy(6,10) dots layer(in) nth(419) % Point: ԝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(169) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄆ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(430) % Point: ላ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(180) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅀ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(441) % Point: Ꮃ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(191) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅸ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,16) dots layer(in) nth(452) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(202) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,18) dots layer(in) nth(463) % Point: ᐨ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,18) point layer(out) nth(213) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐪 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(474) % Point: ᑟ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(224) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑢 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,22) dots layer(in) nth(485) % Point: ᒗ mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(235) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶹ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,2) dots layer(in) nth(376) % Point: м mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(126) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,4) dots layer(in) nth(387) % Point: Ѵ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(137) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: じ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,6) dots layer(in) nth(398) % Point: ҳ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,6) point layer(out) nth(148) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゐ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(409) % Point: Ӫ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(159) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ノ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,10) dots layer(in) nth(420) % Point: ԣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,10) point layer(out) nth(170) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄋ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(431) % Point: ሐ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(181) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅅ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(442) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,14) point layer(out) nth(192) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅽ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(453) % Point: Ꮿ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,16) point layer(out) nth(203) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,18) dots layer(in) nth(464) % Point: ᐭ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(214) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐯 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(475) % Point: ᑥ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,20) point layer(out) nth(225) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑧 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,22) dots layer(in) nth(486) % Point: ᒜ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,22) point layer(out) nth(236) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶾ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,2) dots layer(in) nth(377) % Point: с mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(127) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,4) dots layer(in) nth(388) % Point: ѹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,4) point layer(out) nth(138) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: そ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,6) dots layer(in) nth(399) % Point: Ҹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,6) point layer(out) nth(149) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゕ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,8) dots layer(in) nth(410) % Point: ӯ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(160) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ビ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(421) % Point: ԩ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,10) point layer(out) nth(171) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄐ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(432) % Point: ሕ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(182) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅊ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,14) dots layer(in) nth(443) % Point: Ꮍ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,14) point layer(out) nth(193) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆂ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,16) dots layer(in) nth(454) % Point: Ᏼ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(204) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,18) dots layer(in) nth(465) % Point: ᐲ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,18) point layer(out) nth(215) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐴 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(476) % Point: ᑪ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(226) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑬 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,22) dots layer(in) nth(487) % Point: ᒡ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(237) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷄ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,2) dots layer(in) nth(378) % Point: ц mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(128) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,4) dots layer(in) nth(389) % Point: Ѿ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(139) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: っ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(400) % Point: ҽ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) point layer(out) nth(150) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ァ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(411) % Point: Ӵ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(161) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヘ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,10) dots layer(in) nth(422) % Point: Ԯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,10) point layer(out) nth(172) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄕ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(433) % Point: ሚ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(183) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅏ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(444) % Point: Ꮒ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(194) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆇ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(455) % Point: ᏻ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(205) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,18) dots layer(in) nth(466) % Point: ᐷ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,18) point layer(out) nth(216) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐹 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(477) % Point: ᑯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,20) point layer(out) nth(227) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑱 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,22) dots layer(in) nth(488) % Point: ᒦ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(238) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷊ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,2) dots layer(in) nth(379) % Point: ы mass(1) color_count(red,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(129) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〡 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,4) dots layer(in) nth(390) % Point: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,4) point layer(out) nth(140) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: と mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) dots layer(in) nth(401) % Point: ӂ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(151) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ウ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(412) % Point: ӹ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(162) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ポ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,10) dots layer(in) nth(423) % Point: Դ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,10) point layer(out) nth(173) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄚ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,12) dots layer(in) nth(434) % Point: ሟ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(184) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅔ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,14) dots layer(in) nth(445) % Point: Ꮗ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(195) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆌ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,16) dots layer(in) nth(456) % Point: ᐃ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(206) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐅 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,18) dots layer(in) nth(467) % Point: ᐼ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,18) point layer(out) nth(217) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐾 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,20) dots layer(in) nth(478) % Point: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,20) point layer(out) nth(228) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑶 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,22) dots layer(in) nth(489) % Point: ᒫ mass(1) color_count(red,1.0) size(1,1) loc_xy(14,22) point layer(out) nth(239) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷐ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,2) dots layer(in) nth(380) % Point: ѐ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(130) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〨 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,4) dots layer(in) nth(391) % Point: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(141) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ね mass(1) color_count(black,1.0) size(1,1) loc_xy(16,6) dots layer(in) nth(402) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,6) point layer(out) nth(152) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: カ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(413) % Point: Ӿ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,8) point layer(out) nth(163) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: モ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,10) dots layer(in) nth(424) % Point: Թ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,10) point layer(out) nth(174) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄟ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(435) % Point: ሥ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(185) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅙ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,14) dots layer(in) nth(446) % Point: Ꮜ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(196) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆢ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(457) % Point: ᐈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,16) point layer(out) nth(207) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐊 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,18) dots layer(in) nth(468) % Point: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,18) point layer(out) nth(218) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑃 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(479) % Point: ᑹ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,20) point layer(out) nth(229) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑻 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,22) dots layer(in) nth(490) % Point: ᒰ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,22) point layer(out) nth(240) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷕ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,2) dots layer(in) nth(381) % Point: ѕ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,2) point layer(out) nth(131) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〴 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,4) dots layer(in) nth(392) % Point: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,4) point layer(out) nth(142) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ひ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,6) dots layer(in) nth(403) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,6) point layer(out) nth(153) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: グ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,8) dots layer(in) nth(414) % Point: Ԅ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(164) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ョ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,10) dots layer(in) nth(425) % Point: Ծ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(175) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄥ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(436) % Point: ᎊ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,12) point layer(out) nth(186) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅞ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,14) dots layer(in) nth(447) % Point: Ꮡ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,14) point layer(out) nth(197) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆧ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,16) dots layer(in) nth(458) % Point: ᐍ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(208) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐏 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(469) % Point: ᑆ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(219) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑈 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,20) dots layer(in) nth(480) % Point: ᑾ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(230) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒀 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,22) dots layer(in) nth(491) % Point: ᒵ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,22) point layer(out) nth(241) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷛ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,2) dots layer(in) nth(382) % Point: њ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,2) point layer(out) nth(132) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〻 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(393) % Point: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,4) point layer(out) nth(143) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぷ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,6) dots layer(in) nth(404) % Point: ӑ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,6) point layer(out) nth(154) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: サ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(415) % Point: ԉ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(165) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: レ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(426) % Point: Ճ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,10) point layer(out) nth(176) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄫ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(437) % Point: ᎏ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(187) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅤ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,14) dots layer(in) nth(448) % Point: Ꮦ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(198) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆬ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(459) % Point: ᐒ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(209) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐔 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,18) dots layer(in) nth(470) % Point: ᑋ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,18) point layer(out) nth(220) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑍 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(481) % Point: ᒃ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,20) point layer(out) nth(231) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒅 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,22) dots layer(in) nth(492) % Point: ᒺ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(242) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷡ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,2) dots layer(in) nth(383) % Point: џ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,2) point layer(out) nth(133) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: い mass(1) color_count(black,1.0) size(1,1) loc_xy(22,4) dots layer(in) nth(394) % Point: ҟ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(144) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぼ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,6) dots layer(in) nth(405) % Point: Ӗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,6) point layer(out) nth(155) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ズ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,8) dots layer(in) nth(416) % Point: Ԏ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(166) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,10) dots layer(in) nth(427) % Point: ᇻ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(177) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,12) dots layer(in) nth(438) % Point: Ꭴ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,12) point layer(out) nth(188) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅩ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,14) dots layer(in) nth(449) % Point: Ꮫ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(199) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,16) dots layer(in) nth(460) % Point: ᐗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,16) point layer(out) nth(210) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐙 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,18) dots layer(in) nth(471) % Point: ᑐ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,18) point layer(out) nth(221) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑒 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,20) dots layer(in) nth(482) % Point: ᒈ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(232) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒊 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,22) dots layer(in) nth(493) % Point: ᒿ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(243) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ left_over([' ⶀ', ' ⶊ', ' ⶅ', ' ⶏ']), change_obj(' 㒊', ' ᒿ', [object_shape(diff((dots->dot)))]), change_obj(' 㑒', ' ᒈ', [object_shape(diff((dots->dot)))]), change_obj(' 㐙', ' ᑐ', [object_shape(diff((dots->dot)))]), change_obj(' ㆱ', ' ᐗ', [object_shape(diff((dots->dot)))]), change_obj(' ㅩ', ' Ꮫ', [object_shape(diff((dots->dot)))]), change_obj(' ㄱ', ' Ꭴ', [object_shape(diff((dots->dot)))]), change_obj(' ヱ', ' ᇻ', [object_shape(diff((dots->dot)))]), change_obj(' ズ', ' Ԏ', [object_shape(diff((dots->dot)))]), change_obj(' ぼ', ' Ӗ', [object_shape(diff((dots->dot)))]), change_obj(' い', ' ҟ', [object_shape(diff((dots->dot)))]), change_obj(' ⷡ', ' џ', [object_shape(diff((dots->dot)))]), change_obj(' 㒅', ' ᒺ', [object_shape(diff((dots->dot)))]), change_obj(' 㑍', ' ᒃ', [object_shape(diff((dots->dot)))]), change_obj(' 㐔', ' ᑋ', [object_shape(diff((dots->dot)))]), change_obj(' ㆬ', ' ᐒ', [object_shape(diff((dots->dot)))]), change_obj(' ㅤ', ' Ꮦ', [object_shape(diff((dots->dot)))]), change_obj(' ㄫ', ' ᎏ', [object_shape(diff((dots->dot)))]), change_obj(' レ', ' Ճ', [object_shape(diff((dots->dot)))]), change_obj(' サ', ' ԉ', [object_shape(diff((dots->dot)))]), change_obj(' ぷ', ' ӑ', [object_shape(diff((dots->dot)))]), change_obj(' 〻', ' Қ', [object_shape(diff((dots->dot)))]), change_obj(' ⷛ', ' њ', [object_shape(diff((dots->dot)))]), change_obj(' 㒀', ' ᒵ', [object_shape(diff((dots->dot)))]), change_obj(' 㑈', ' ᑾ', [object_shape(diff((dots->dot)))]), change_obj(' 㐏', ' ᑆ', [object_shape(diff((dots->dot)))]), change_obj(' ㆧ', ' ᐍ', [object_shape(diff((dots->dot)))]), change_obj(' ㅞ', ' Ꮡ', [object_shape(diff((dots->dot)))]), change_obj(' ㄥ', ' ᎊ', [object_shape(diff((dots->dot)))]), change_obj(' ョ', ' Ծ', [object_shape(diff((dots->dot)))]), change_obj(' グ', ' Ԅ', [object_shape(diff((dots->dot)))]), change_obj(' ひ', ' ӌ', [object_shape(diff((dots->dot)))]), change_obj(' 〴', ' ҕ', [object_shape(diff((dots->dot)))]), change_obj(' ⷕ', ' ѕ', [object_shape(diff((dots->dot)))]), change_obj(' 㑻', ' ᒰ', [object_shape(diff((dots->dot)))]), change_obj(' 㑃', ' ᑹ', [object_shape(diff((dots->dot)))]), change_obj(' 㐊', ' ᑁ', [object_shape(diff((dots->dot)))]), change_obj(' ㆢ', ' ᐈ', [object_shape(diff((dots->dot)))]), change_obj(' ㅙ', ' Ꮜ', [object_shape(diff((dots->dot)))]), change_obj(' ㄟ', ' ሥ', [object_shape(diff((dots->dot)))]), change_obj(' モ', ' Թ', [object_shape(diff((dots->dot)))]), change_obj(' カ', ' Ӿ', [object_shape(diff((dots->dot)))]), change_obj(' ね', ' Ӈ', [object_shape(diff((dots->dot)))]), change_obj(' 〨', ' Ґ', [object_shape(diff((dots->dot)))]), change_obj(' ⷐ', ' ѐ', [object_shape(diff((dots->dot)))]), change_obj(' 㑶', ' ᒫ', [object_shape(diff((dots->dot)))]), change_obj(' 㐾', ' ᑴ', [object_shape(diff((dots->dot)))]), change_obj(' 㐅', ' ᐼ', [object_shape(diff((dots->dot)))]), change_obj(' ㆌ', ' ᐃ', [object_shape(diff((dots->dot)))]), change_obj(' ㅔ', ' Ꮗ', [object_shape(diff((dots->dot)))]), change_obj(' ㄚ', ' ሟ', [object_shape(diff((dots->dot)))]), change_obj(' ポ', ' Դ', [object_shape(diff((dots->dot)))]), change_obj(' ウ', ' ӹ', [object_shape(diff((dots->dot)))]), change_obj(' と', ' ӂ', [object_shape(diff((dots->dot)))]), change_obj(' 〡', ' ҋ', [object_shape(diff((dots->dot)))]), change_obj(' ⷊ', ' ы', [object_shape(diff((dots->dot)))]), change_obj(' 㑱', ' ᒦ', [object_shape(diff((dots->dot)))]), change_obj(' 㐹', ' ᑯ', [object_shape(diff((dots->dot)))]), change_obj(' ㇿ', ' ᐷ', [object_shape(diff((dots->dot)))]), change_obj(' ㆇ', ' \u13FB', [object_shape(diff((dots->dot)))]), change_obj(' ㅏ', ' Ꮒ', [object_shape(diff((dots->dot)))]), change_obj(' ㄕ', ' ሚ', [object_shape(diff((dots->dot)))]), change_obj(' ヘ', ' \u052E', [object_shape(diff((dots->dot)))]), change_obj(' ァ', ' Ӵ', [object_shape(diff((dots->dot)))]), change_obj(' っ', ' ҽ', [object_shape(diff((dots->dot)))]), change_obj(' ⷿ', ' Ѿ', [object_shape(diff((dots->dot)))]), change_obj(' ⷄ', ' ц', [object_shape(diff((dots->dot)))]), change_obj(' 㑬', ' ᒡ', [object_shape(diff((dots->dot)))]), change_obj(' 㐴', ' ᑪ', [object_shape(diff((dots->dot)))]), change_obj(' ㇺ', ' ᐲ', [object_shape(diff((dots->dot)))]), change_obj(' ㆂ', ' Ᏼ', [object_shape(diff((dots->dot)))]), change_obj(' ㅊ', ' Ꮍ', [object_shape(diff((dots->dot)))]), change_obj(' ㄐ', ' ሕ', [object_shape(diff((dots->dot)))]), change_obj(' ビ', ' \u0529', [object_shape(diff((dots->dot)))]), change_obj(' ゕ', ' ӯ', [object_shape(diff((dots->dot)))]), change_obj(' そ', ' Ҹ', [object_shape(diff((dots->dot)))]), change_obj(' ⷺ', ' ѹ', [object_shape(diff((dots->dot)))]), change_obj(' ⶾ', ' с', [object_shape(diff((dots->dot)))]), change_obj(' 㑧', ' ᒜ', [object_shape(diff((dots->dot)))]), change_obj(' 㐯', ' ᑥ', [object_shape(diff((dots->dot)))]), change_obj(' ㇵ', ' ᐭ', [object_shape(diff((dots->dot)))]), change_obj(' ㅽ', ' Ꮿ', [object_shape(diff((dots->dot)))]), change_obj(' ㅅ', ' Ꮈ', [object_shape(diff((dots->dot)))]), change_obj(' ㄋ', ' ሐ', [object_shape(diff((dots->dot)))]), change_obj(' ノ', ' ԣ', [object_shape(diff((dots->dot)))]), change_obj(' ゐ', ' Ӫ', [object_shape(diff((dots->dot)))]), change_obj(' じ', ' ҳ', [object_shape(diff((dots->dot)))]), change_obj(' ⷵ', ' Ѵ', [object_shape(diff((dots->dot)))]), change_obj(' ⶹ', ' м', [object_shape(diff((dots->dot)))]), change_obj(' 㑢', ' ᒗ', [object_shape(diff((dots->dot)))]), change_obj(' 㐪', ' ᑟ', [object_shape(diff((dots->dot)))]), change_obj(' ㇰ', ' ᐨ', [object_shape(diff((dots->dot)))]), change_obj(' ㅸ', ' Ꮺ', [object_shape(diff((dots->dot)))]), change_obj(' ㅀ', ' Ꮃ', [object_shape(diff((dots->dot)))]), change_obj(' ㄆ', ' ላ', [object_shape(diff((dots->dot)))]), change_obj(' ド', ' ԝ', [object_shape(diff((dots->dot)))]), change_obj(' る', ' ӥ', [object_shape(diff((dots->dot)))]), change_obj(' こ', ' Ү', [object_shape(diff((dots->dot)))]), change_obj(' ⷰ', ' ѯ', [object_shape(diff((dots->dot)))]), change_obj(' ⶳ', ' з', [object_shape(diff((dots->dot)))]), change_obj(' 㑜', ' ᒒ', [object_shape(diff((dots->dot)))]), change_obj(' 㐤', ' ᑚ', [object_shape(diff((dots->dot)))]), change_obj(' \u31BB', ' ᐡ', [object_shape(diff((dots->dot)))]), change_obj(' ㅳ', ' Ꮵ', [object_shape(diff((dots->dot)))]), change_obj(' ㄻ', ' Ꭾ', [object_shape(diff((dots->dot)))]), change_obj(' ー', ' ሆ', [object_shape(diff((dots->dot)))]), change_obj(' ツ', ' Ԙ', [object_shape(diff((dots->dot)))]), change_obj(' ゆ', ' Ӡ', [object_shape(diff((dots->dot)))]), change_obj(' ぎ', ' ҩ', [object_shape(diff((dots->dot)))]), change_obj(' ⷫ', ' Ѫ', [object_shape(diff((dots->dot)))]), change_obj(' ⶭ', ' в', [object_shape(diff((dots->dot)))]), change_obj(' 㑗', ' ᒍ', [object_shape(diff((dots->dot)))]), change_obj(' 㐞', ' ᑕ', [object_shape(diff((dots->dot)))]), change_obj(' ㆶ', ' ᐜ', [object_shape(diff((dots->dot)))]), change_obj(' ㅮ', ' Ꮰ', [object_shape(diff((dots->dot)))]), change_obj(' ㄶ', ' Ꭹ', [object_shape(diff((dots->dot)))]), change_obj(' ヶ', ' ሁ', [object_shape(diff((dots->dot)))]), change_obj(' タ', ' ԓ', [object_shape(diff((dots->dot)))]), change_obj(' め', ' ӛ', [object_shape(diff((dots->dot)))]), change_obj(' ぉ', ' Ҥ', [object_shape(diff((dots->dot)))]), change_obj(' ⷦ', ' ѥ', [object_shape(diff((dots->dot)))]), change_obj(' ⶨ', ' Э', [object_shape(diff((dots->dot)))])].  _____________________________________________  _____________________________________________ ⶀ ⶀ ⶀ ⶀ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶀ ⶨ ⶀ ⶭ ⶅ ⶳ ⶅ ⶹ ⶅ ⶾ ⶅ ⷄ ⶅ ⷊ ⶅ ⷐ ⶅ ⷕ ⶅ ⷛ ⶅ ⷡ ⶅ Ш Э Ш в Ш з Ш м Ш с Ш ц Ш ы Ш ѐ Ш ѕ Ш њ Ш џ Ш ⶀ ⶀ ⶀ ⶀ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ ⶅ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶀ ⷦ ⶀ ⷫ ⶅ ⷰ ⶅ ⷵ ⶅ ⷺ ⶅ ⷿ ⶅ 〡 ⶅ 〨 ⶅ 〴 ⶅ 〻 ⶅ い ⶅ Ш ѥ Ш Ѫ Ш ѯ Ш Ѵ Ш ѹ Ш Ѿ Ш ҋ Ш Ґ Ш ҕ Ш Қ Ш ҟ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ぉ ⶊ ぎ ⶏ こ ⶏ じ ⶏ そ ⶏ っ ⶏ と ⶏ ね ⶏ ひ ⶏ ぷ ⶏ ぼ ⶏ Ш Ҥ Ш ҩ Ш Ү Ш ҳ Ш Ҹ Ш ҽ Ш ӂ Ш Ӈ Ш ӌ Ш ӑ Ш Ӗ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ め ⶊ ゆ ⶏ る ⶏ ゐ ⶏ ゕ ⶏ ァ ⶏ ウ ⶏ カ ⶏ グ ⶏ サ ⶏ ズ ⶏ Ш ӛ Ш Ӡ Ш ӥ Ш Ӫ Ш ӯ Ш Ӵ Ш ӹ Ш Ӿ Ш Ԅ Ш ԉ Ш Ԏ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ タ ⶊ ツ ⶏ ド ⶏ ノ ⶏ ビ ⶏ ヘ ⶏ ポ ⶏ モ ⶏ ョ ⶏ レ ⶏ ヱ ⶏ Ш ԓ Ш Ԙ Ш ԝ Ш ԣ Ш ԩ Ш Ԯ Ш Դ Ш Թ Ш Ծ Ш Ճ Ш ᇻ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ヶ ⶊ ー ⶏ ㄆ ⶏ ㄋ ⶏ ㄐ ⶏ ㄕ ⶏ ㄚ ⶏ ㄟ ⶏ ㄥ ⶏ ㄫ ⶏ ㄱ ⶏ Ш ሁ Ш ሆ Ш ላ Ш ሐ Ш ሕ Ш ሚ Ш ሟ Ш ሥ Ш ᎊ Ш ᎏ Ш Ꭴ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㄶ ⶊ ㄻ ⶏ ㅀ ⶏ ㅅ ⶏ ㅊ ⶏ ㅏ ⶏ ㅔ ⶏ ㅙ ⶏ ㅞ ⶏ ㅤ ⶏ ㅩ ⶏ Ш Ꭹ Ш Ꭾ Ш Ꮃ Ш Ꮈ Ш Ꮍ Ш Ꮒ Ш Ꮗ Ш Ꮜ Ш Ꮡ Ш Ꮦ Ш Ꮫ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㅮ ⶊ ㅳ ⶏ ㅸ ⶏ ㅽ ⶏ ㆂ ⶏ ㆇ ⶏ ㆌ ⶏ ㆢ ⶏ ㆧ ⶏ ㆬ ⶏ ㆱ ⶏ Ш Ꮰ Ш Ꮵ Ш Ꮺ Ш Ꮿ Ш Ᏼ Ш ᏻ Ш ᐃ Ш ᐈ Ш ᐍ Ш ᐒ Ш ᐗ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ ㆶ ⶊ ㆻ ⶏ ㇰ ⶏ ㇵ ⶏ ㇺ ⶏ ㇿ ⶏ 㐅 ⶏ 㐊 ⶏ 㐏 ⶏ 㐔 ⶏ 㐙 ⶏ Ш ᐜ Ш ᐡ Ш ᐨ Ш ᐭ Ш ᐲ Ш ᐷ Ш ᐼ Ш ᑁ Ш ᑆ Ш ᑋ Ш ᑐ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ 㐞 ⶊ 㐤 ⶏ 㐪 ⶏ 㐯 ⶏ 㐴 ⶏ 㐹 ⶏ 㐾 ⶏ 㑃 ⶏ 㑈 ⶏ 㑍 ⶏ 㑒 ⶏ Ш ᑕ Ш ᑚ Ш ᑟ Ш ᑥ Ш ᑪ Ш ᑯ Ш ᑴ Ш ᑹ Ш ᑾ Ш ᒃ Ш ᒈ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш ⶊ 㑗 ⶊ 㑜 ⶏ 㑢 ⶏ 㑧 ⶏ 㑬 ⶏ 㑱 ⶏ 㑶 ⶏ 㑻 ⶏ 㒀 ⶏ 㒅 ⶏ 㒊 ⶏ Ш ᒍ Ш ᒒ Ш ᒗ Ш ᒜ Ш ᒡ Ш ᒦ Ш ᒫ Ш ᒰ Ш ᒵ Ш ᒺ Ш ᒿ Ш ⶊ ⶊ ⶊ ⶊ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ ⶏ Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш Ш  _____________________________________________  _____________________________________________ better(v('8a371977')*(trn+1)+in) better(v('8a371977')*(trn+1)+out) IN OUT grid_dim=grid_size(23, 23). grid_dim=grid_size(23, 23). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 816.0). cc:0=cc(blue, 408.0). cc:1=cc(black, 242.0). cc:1=cc(green, 81.0). cc:2=cc(red, 40.0). compare_objs1([perfect]). % Outline: Ш mass(408) color_count(blue,408.0) size(23,23) loc_xy(1,1) rectangluar outline polygon layer(in) nth(122) % Outline: Ш mass(408) color_count(blue,408.0) size(23,23) loc_xy(1,1) rectangluar outline polygon layer(out) nth(122) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=125. % Dots: ⶨ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,2) dots layer(in) nth(373) % Dots: ⶭ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(374) % Dots: ⶳ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,2) dots layer(in) nth(375) % Dots: ⶹ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,2) dots layer(in) nth(376) % Dots: ⶾ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,2) dots layer(in) nth(377) % Dots: ⷄ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,2) dots layer(in) nth(378) % Dots: ⷊ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,2) dots layer(in) nth(379) % Dots: ⷐ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,2) dots layer(in) nth(380) % Dots: ⷕ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,2) dots layer(in) nth(381) % Dots: ⷛ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,2) dots layer(in) nth(382) % Dots: ⷡ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,2) dots layer(in) nth(383) % Dots: ⷦ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(384) % Dots: ⷫ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(385) % Dots: ⷰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,4) dots layer(in) nth(386) % Dots: ⷵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,4) dots layer(in) nth(387) % Dots: ⷺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,4) dots layer(in) nth(388) % Dots: ⷿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,4) dots layer(in) nth(389) % Dots: 〡 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,4) dots layer(in) nth(390) % Dots: 〨 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,4) dots layer(in) nth(391) % Dots: 〴 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,4) dots layer(in) nth(392) % Dots: 〻 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(393) % Dots: い mass(1) color_count(black,1.0) size(1,1) loc_xy(22,4) dots layer(in) nth(394) % Dots: ぉ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,6) dots layer(in) nth(395) % Dots: ぎ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(396) % Dots: こ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(397) % Dots: じ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,6) dots layer(in) nth(398) % Dots: そ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,6) dots layer(in) nth(399) % Dots: っ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(400) % Dots: と mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) dots layer(in) nth(401) % Dots: ね mass(1) color_count(black,1.0) size(1,1) loc_xy(16,6) dots layer(in) nth(402) % Dots: ひ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,6) dots layer(in) nth(403) % Dots: ぷ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,6) dots layer(in) nth(404) % Dots: ぼ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,6) dots layer(in) nth(405) % Dots: め mass(1) color_count(black,1.0) size(1,1) loc_xy(2,8) dots layer(in) nth(406) % Dots: ゆ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,8) dots layer(in) nth(407) % Dots: る mass(1) color_count(black,1.0) size(1,1) loc_xy(6,8) dots layer(in) nth(408) % Dots: ゐ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(409) % Dots: ゕ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,8) dots layer(in) nth(410) % Dots: ァ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(411) % Dots: ウ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(412) % Dots: カ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(413) % Dots: グ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,8) dots layer(in) nth(414) % Dots: サ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(415) % Dots: ズ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,8) dots layer(in) nth(416) % Dots: タ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,10) dots layer(in) nth(417) % Dots: ツ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,10) dots layer(in) nth(418) % Dots: ド mass(1) color_count(black,1.0) size(1,1) loc_xy(6,10) dots layer(in) nth(419) % Dots: ノ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,10) dots layer(in) nth(420) % Dots: ビ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(421) % Dots: ヘ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,10) dots layer(in) nth(422) % Dots: ポ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,10) dots layer(in) nth(423) % Dots: モ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,10) dots layer(in) nth(424) % Dots: ョ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,10) dots layer(in) nth(425) % Dots: レ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(426) % Dots: ヱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,10) dots layer(in) nth(427) % Dots: ヶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(428) % Dots: ー mass(1) color_count(black,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(429) % Dots: ㄆ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(430) % Dots: ㄋ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(431) % Dots: ㄐ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(432) % Dots: ㄕ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(433) % Dots: ㄚ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,12) dots layer(in) nth(434) % Dots: ㄟ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(435) % Dots: ㄥ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(436) % Dots: ㄫ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(437) % Dots: ㄱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,12) dots layer(in) nth(438) % Dots: ㄶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,14) dots layer(in) nth(439) % Dots: ㄻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,14) dots layer(in) nth(440) % Dots: ㅀ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(441) % Dots: ㅅ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(442) % Dots: ㅊ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,14) dots layer(in) nth(443) % Dots: ㅏ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(444) % Dots: ㅔ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,14) dots layer(in) nth(445) % Dots: ㅙ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,14) dots layer(in) nth(446) % Dots: ㅞ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,14) dots layer(in) nth(447) % Dots: ㅤ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,14) dots layer(in) nth(448) % Dots: ㅩ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,14) dots layer(in) nth(449) % Dots: ㅮ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,16) dots layer(in) nth(450) % Dots: ㅳ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(451) % Dots: ㅸ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,16) dots layer(in) nth(452) % Dots: ㅽ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(453) % Dots: ㆂ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,16) dots layer(in) nth(454) % Dots: ㆇ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(455) % Dots: ㆌ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,16) dots layer(in) nth(456) % Dots: ㆢ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(457) % Dots: ㆧ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,16) dots layer(in) nth(458) % Dots: ㆬ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(459) % Dots: ㆱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,16) dots layer(in) nth(460) % Dots: ㆶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,18) dots layer(in) nth(461) % Dots: ㆻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,18) dots layer(in) nth(462) % Dots: ㇰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,18) dots layer(in) nth(463) % Dots: ㇵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,18) dots layer(in) nth(464) % Dots: ㇺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,18) dots layer(in) nth(465) % Dots: ㇿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,18) dots layer(in) nth(466) % Dots: 㐅 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,18) dots layer(in) nth(467) % Dots: 㐊 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,18) dots layer(in) nth(468) % Dots: 㐏 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(469) % Dots: 㐔 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,18) dots layer(in) nth(470) % Dots: 㐙 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,18) dots layer(in) nth(471) % Dots: 㐞 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,20) dots layer(in) nth(472) % Dots: 㐤 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,20) dots layer(in) nth(473) % Dots: 㐪 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(474) % Dots: 㐯 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(475) % Dots: 㐴 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(476) % Dots: 㐹 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(477) % Dots: 㐾 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,20) dots layer(in) nth(478) % Dots: 㑃 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(479) % Dots: 㑈 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,20) dots layer(in) nth(480) % Dots: 㑍 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(481) % Dots: 㑒 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,20) dots layer(in) nth(482) % Dots: 㑗 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,22) dots layer(in) nth(483) % Dots: 㑜 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,22) dots layer(in) nth(484) % Dots: 㑢 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,22) dots layer(in) nth(485) % Dots: 㑧 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,22) dots layer(in) nth(486) % Dots: 㑬 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,22) dots layer(in) nth(487) % Dots: 㑱 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,22) dots layer(in) nth(488) % Dots: 㑶 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,22) dots layer(in) nth(489) % Dots: 㑻 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,22) dots layer(in) nth(490) % Dots: 㒀 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,22) dots layer(in) nth(491) % Dots: 㒅 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,22) dots layer(in) nth(492) % Dots: 㒊 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,22) dots layer(in) nth(493) % Pattern(cref_88,4,4,5,5): ⶀ mass(16) color_count(black,4.0) color_count(blue,12.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(367) % Pattern(cref_88,4,4,5,5): ⶅ mass(76) color_count(black,18.0) color_count(blue,58.0) size(19,4) rotation(flipV) loc_xy(5,1) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(368) % Pattern(cref_88,4,4,5,5): ⶊ mass(76) color_count(black,18.0) color_count(blue,58.0) size(4,19) rotation(flipH) loc_xy(1,5) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(369) % Pattern(cref_88,4,4,5,5): ⶏ mass(361) color_count(black,81.0) color_count(blue,280.0) size(19,19) loc_xy(5,5) center_info('CRef_88',4,4,5,5) pattern(CRef_88,4,4,5,5) rectangluar filled_squared layer(in) nth(370) _________________________________________________________________________________ groupB=121. % Point: ᒿ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(243) % Point: ᒺ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(242) % Point: ᒵ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,22) point layer(out) nth(241) % Point: ᒰ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,22) point layer(out) nth(240) % Point: ᒫ mass(1) color_count(red,1.0) size(1,1) loc_xy(14,22) point layer(out) nth(239) % Point: ᒦ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(238) % Point: ᒡ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(237) % Point: ᒜ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,22) point layer(out) nth(236) % Point: ᒗ mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(235) % Point: ᒒ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(234) % Point: ᒍ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(233) % Point: ᒈ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(232) % Point: ᒃ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,20) point layer(out) nth(231) % Point: ᑾ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(230) % Point: ᑹ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,20) point layer(out) nth(229) % Point: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,20) point layer(out) nth(228) % Point: ᑯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,20) point layer(out) nth(227) % Point: ᑪ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(226) % Point: ᑥ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,20) point layer(out) nth(225) % Point: ᑟ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(224) % Point: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(223) % Point: ᑕ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(222) % Point: ᑐ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,18) point layer(out) nth(221) % Point: ᑋ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,18) point layer(out) nth(220) % Point: ᑆ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(219) % Point: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,18) point layer(out) nth(218) % Point: ᐼ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,18) point layer(out) nth(217) % Point: ᐷ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,18) point layer(out) nth(216) % Point: ᐲ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,18) point layer(out) nth(215) % Point: ᐭ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(214) % Point: ᐨ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,18) point layer(out) nth(213) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(212) % Point: ᐜ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,18) point layer(out) nth(211) % Point: ᐗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,16) point layer(out) nth(210) % Point: ᐒ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(209) % Point: ᐍ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(208) % Point: ᐈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,16) point layer(out) nth(207) % Point: ᐃ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(206) % Point: ᏻ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(205) % Point: Ᏼ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(204) % Point: Ꮿ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,16) point layer(out) nth(203) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(202) % Point: Ꮵ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,16) point layer(out) nth(201) % Point: Ꮰ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(200) % Point: Ꮫ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(199) % Point: Ꮦ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(198) % Point: Ꮡ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,14) point layer(out) nth(197) % Point: Ꮜ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(196) % Point: Ꮗ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(195) % Point: Ꮒ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(194) % Point: Ꮍ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,14) point layer(out) nth(193) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,14) point layer(out) nth(192) % Point: Ꮃ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(191) % Point: Ꭾ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(190) % Point: Ꭹ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(189) % Point: Ꭴ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,12) point layer(out) nth(188) % Point: ᎏ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(187) % Point: ᎊ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,12) point layer(out) nth(186) % Point: ሥ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(185) % Point: ሟ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(184) % Point: ሚ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(183) % Point: ሕ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(182) % Point: ሐ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(181) % Point: ላ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(180) % Point: ሆ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(179) % Point: ሁ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(178) % Point: ᇻ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(177) % Point: Ճ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,10) point layer(out) nth(176) % Point: Ծ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(175) % Point: Թ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,10) point layer(out) nth(174) % Point: Դ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,10) point layer(out) nth(173) % Point: Ԯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,10) point layer(out) nth(172) % Point: ԩ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,10) point layer(out) nth(171) % Point: ԣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,10) point layer(out) nth(170) % Point: ԝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(169) % Point: Ԙ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(168) % Point: ԓ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,10) point layer(out) nth(167) % Point: Ԏ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(166) % Point: ԉ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(165) % Point: Ԅ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(164) % Point: Ӿ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,8) point layer(out) nth(163) % Point: ӹ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(162) % Point: Ӵ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(161) % Point: ӯ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(160) % Point: Ӫ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(159) % Point: ӥ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(158) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(157) % Point: ӛ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(156) % Point: Ӗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,6) point layer(out) nth(155) % Point: ӑ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,6) point layer(out) nth(154) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,6) point layer(out) nth(153) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,6) point layer(out) nth(152) % Point: ӂ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(151) % Point: ҽ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) point layer(out) nth(150) % Point: Ҹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,6) point layer(out) nth(149) % Point: ҳ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,6) point layer(out) nth(148) % Point: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) point layer(out) nth(147) % Point: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(146) % Point: Ҥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(145) % Point: ҟ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(144) % Point: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,4) point layer(out) nth(143) % Point: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,4) point layer(out) nth(142) % Point: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(141) % Point: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,4) point layer(out) nth(140) % Point: Ѿ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(139) % Point: ѹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,4) point layer(out) nth(138) % Point: Ѵ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(137) % Point: ѯ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,4) point layer(out) nth(136) % Point: Ѫ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) point layer(out) nth(135) % Point: ѥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(134) % Point: џ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,2) point layer(out) nth(133) % Point: њ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,2) point layer(out) nth(132) % Point: ѕ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,2) point layer(out) nth(131) % Point: ѐ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(130) % Point: ы mass(1) color_count(red,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(129) % Point: ц mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(128) % Point: с mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(127) % Point: м mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(126) % Point: з mass(1) color_count(red,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(125) % Point: в mass(1) color_count(red,1.0) size(1,1) loc_xy(4,2) point layer(out) nth(124) % Point: Э mass(1) color_count(red,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(123) _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶨ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,2) dots layer(in) nth(373) % Point: Э mass(1) color_count(red,1.0) size(1,1) loc_xy(2,2) point layer(out) nth(123) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷦ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,4) dots layer(in) nth(384) % Point: ѥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,4) point layer(out) nth(134) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぉ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,6) dots layer(in) nth(395) % Point: Ҥ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,6) point layer(out) nth(145) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: め mass(1) color_count(black,1.0) size(1,1) loc_xy(2,8) dots layer(in) nth(406) % Point: ӛ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,8) point layer(out) nth(156) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: タ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,10) dots layer(in) nth(417) % Point: ԓ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,10) point layer(out) nth(167) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(428) % Point: ሁ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,12) point layer(out) nth(178) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,14) dots layer(in) nth(439) % Point: Ꭹ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,14) point layer(out) nth(189) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅮ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,16) dots layer(in) nth(450) % Point: Ꮰ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,16) point layer(out) nth(200) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆶ mass(1) color_count(black,1.0) size(1,1) loc_xy(2,18) dots layer(in) nth(461) % Point: ᐜ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,18) point layer(out) nth(211) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐞 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,20) dots layer(in) nth(472) % Point: ᑕ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,20) point layer(out) nth(222) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑗 mass(1) color_count(black,1.0) size(1,1) loc_xy(2,22) dots layer(in) nth(483) % Point: ᒍ mass(1) color_count(red,1.0) size(1,1) loc_xy(2,22) point layer(out) nth(233) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶭ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,2) dots layer(in) nth(374) % Point: в mass(1) color_count(red,1.0) size(1,1) loc_xy(4,2) point layer(out) nth(124) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷫ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(385) % Point: Ѫ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) point layer(out) nth(135) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぎ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(396) % Point: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,6) point layer(out) nth(146) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゆ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,8) dots layer(in) nth(407) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,8) point layer(out) nth(157) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ツ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,10) dots layer(in) nth(418) % Point: Ԙ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,10) point layer(out) nth(168) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ー mass(1) color_count(black,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(429) % Point: ሆ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(179) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,14) dots layer(in) nth(440) % Point: Ꭾ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,14) point layer(out) nth(190) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅳ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(451) % Point: Ꮵ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,16) point layer(out) nth(201) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆻ mass(1) color_count(black,1.0) size(1,1) loc_xy(4,18) dots layer(in) nth(462) % Point: ᐡ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,18) point layer(out) nth(212) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐤 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,20) dots layer(in) nth(473) % Point: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,20) point layer(out) nth(223) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑜 mass(1) color_count(black,1.0) size(1,1) loc_xy(4,22) dots layer(in) nth(484) % Point: ᒒ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,22) point layer(out) nth(234) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶳ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,2) dots layer(in) nth(375) % Point: з mass(1) color_count(red,1.0) size(1,1) loc_xy(6,2) point layer(out) nth(125) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,4) dots layer(in) nth(386) % Point: ѯ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,4) point layer(out) nth(136) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: こ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(397) % Point: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) point layer(out) nth(147) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: る mass(1) color_count(black,1.0) size(1,1) loc_xy(6,8) dots layer(in) nth(408) % Point: ӥ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(158) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ド mass(1) color_count(black,1.0) size(1,1) loc_xy(6,10) dots layer(in) nth(419) % Point: ԝ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,10) point layer(out) nth(169) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄆ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(430) % Point: ላ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,12) point layer(out) nth(180) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅀ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,14) dots layer(in) nth(441) % Point: Ꮃ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,14) point layer(out) nth(191) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅸ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,16) dots layer(in) nth(452) % Point: Ꮺ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,16) point layer(out) nth(202) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇰ mass(1) color_count(black,1.0) size(1,1) loc_xy(6,18) dots layer(in) nth(463) % Point: ᐨ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,18) point layer(out) nth(213) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐪 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,20) dots layer(in) nth(474) % Point: ᑟ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,20) point layer(out) nth(224) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑢 mass(1) color_count(black,1.0) size(1,1) loc_xy(6,22) dots layer(in) nth(485) % Point: ᒗ mass(1) color_count(red,1.0) size(1,1) loc_xy(6,22) point layer(out) nth(235) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶹ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,2) dots layer(in) nth(376) % Point: м mass(1) color_count(red,1.0) size(1,1) loc_xy(8,2) point layer(out) nth(126) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,4) dots layer(in) nth(387) % Point: Ѵ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(137) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: じ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,6) dots layer(in) nth(398) % Point: ҳ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,6) point layer(out) nth(148) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゐ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(409) % Point: Ӫ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,8) point layer(out) nth(159) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ノ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,10) dots layer(in) nth(420) % Point: ԣ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,10) point layer(out) nth(170) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄋ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(431) % Point: ሐ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(181) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅅ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,14) dots layer(in) nth(442) % Point: Ꮈ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,14) point layer(out) nth(192) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅽ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(453) % Point: Ꮿ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,16) point layer(out) nth(203) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇵ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,18) dots layer(in) nth(464) % Point: ᐭ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,18) point layer(out) nth(214) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐯 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(475) % Point: ᑥ mass(1) color_count(green,1.0) size(1,1) loc_xy(8,20) point layer(out) nth(225) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑧 mass(1) color_count(black,1.0) size(1,1) loc_xy(8,22) dots layer(in) nth(486) % Point: ᒜ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,22) point layer(out) nth(236) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⶾ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,2) dots layer(in) nth(377) % Point: с mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(127) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,4) dots layer(in) nth(388) % Point: ѹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,4) point layer(out) nth(138) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: そ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,6) dots layer(in) nth(399) % Point: Ҹ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,6) point layer(out) nth(149) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ゕ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,8) dots layer(in) nth(410) % Point: ӯ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,8) point layer(out) nth(160) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ビ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(421) % Point: ԩ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,10) point layer(out) nth(171) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄐ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(432) % Point: ሕ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) point layer(out) nth(182) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅊ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,14) dots layer(in) nth(443) % Point: Ꮍ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,14) point layer(out) nth(193) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆂ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,16) dots layer(in) nth(454) % Point: Ᏼ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,16) point layer(out) nth(204) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇺ mass(1) color_count(black,1.0) size(1,1) loc_xy(10,18) dots layer(in) nth(465) % Point: ᐲ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,18) point layer(out) nth(215) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐴 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(476) % Point: ᑪ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,20) point layer(out) nth(226) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑬 mass(1) color_count(black,1.0) size(1,1) loc_xy(10,22) dots layer(in) nth(487) % Point: ᒡ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,22) point layer(out) nth(237) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷄ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,2) dots layer(in) nth(378) % Point: ц mass(1) color_count(red,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(128) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,4) dots layer(in) nth(389) % Point: Ѿ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,4) point layer(out) nth(139) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: っ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(400) % Point: ҽ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) point layer(out) nth(150) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ァ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(411) % Point: Ӵ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,8) point layer(out) nth(161) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヘ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,10) dots layer(in) nth(422) % Point: Ԯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,10) point layer(out) nth(172) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄕ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(433) % Point: ሚ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,12) point layer(out) nth(183) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅏ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,14) dots layer(in) nth(444) % Point: Ꮒ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(194) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆇ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(455) % Point: ᏻ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,16) point layer(out) nth(205) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㇿ mass(1) color_count(black,1.0) size(1,1) loc_xy(12,18) dots layer(in) nth(466) % Point: ᐷ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,18) point layer(out) nth(216) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐹 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(477) % Point: ᑯ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,20) point layer(out) nth(227) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑱 mass(1) color_count(black,1.0) size(1,1) loc_xy(12,22) dots layer(in) nth(488) % Point: ᒦ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,22) point layer(out) nth(238) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷊ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,2) dots layer(in) nth(379) % Point: ы mass(1) color_count(red,1.0) size(1,1) loc_xy(14,2) point layer(out) nth(129) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〡 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,4) dots layer(in) nth(390) % Point: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,4) point layer(out) nth(140) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: と mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) dots layer(in) nth(401) % Point: ӂ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(151) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ウ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,8) dots layer(in) nth(412) % Point: ӹ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,8) point layer(out) nth(162) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ポ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,10) dots layer(in) nth(423) % Point: Դ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,10) point layer(out) nth(173) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄚ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,12) dots layer(in) nth(434) % Point: ሟ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,12) point layer(out) nth(184) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅔ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,14) dots layer(in) nth(445) % Point: Ꮗ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,14) point layer(out) nth(195) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆌ mass(1) color_count(black,1.0) size(1,1) loc_xy(14,16) dots layer(in) nth(456) % Point: ᐃ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,16) point layer(out) nth(206) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐅 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,18) dots layer(in) nth(467) % Point: ᐼ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,18) point layer(out) nth(217) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐾 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,20) dots layer(in) nth(478) % Point: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(14,20) point layer(out) nth(228) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑶 mass(1) color_count(black,1.0) size(1,1) loc_xy(14,22) dots layer(in) nth(489) % Point: ᒫ mass(1) color_count(red,1.0) size(1,1) loc_xy(14,22) point layer(out) nth(239) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷐ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,2) dots layer(in) nth(380) % Point: ѐ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,2) point layer(out) nth(130) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〨 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,4) dots layer(in) nth(391) % Point: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,4) point layer(out) nth(141) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ね mass(1) color_count(black,1.0) size(1,1) loc_xy(16,6) dots layer(in) nth(402) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,6) point layer(out) nth(152) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: カ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(413) % Point: Ӿ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,8) point layer(out) nth(163) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: モ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,10) dots layer(in) nth(424) % Point: Թ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,10) point layer(out) nth(174) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄟ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(435) % Point: ሥ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,12) point layer(out) nth(185) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅙ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,14) dots layer(in) nth(446) % Point: Ꮜ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,14) point layer(out) nth(196) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆢ mass(1) color_count(black,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(457) % Point: ᐈ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,16) point layer(out) nth(207) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐊 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,18) dots layer(in) nth(468) % Point: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,18) point layer(out) nth(218) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑃 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(479) % Point: ᑹ mass(1) color_count(green,1.0) size(1,1) loc_xy(16,20) point layer(out) nth(229) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑻 mass(1) color_count(black,1.0) size(1,1) loc_xy(16,22) dots layer(in) nth(490) % Point: ᒰ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,22) point layer(out) nth(240) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷕ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,2) dots layer(in) nth(381) % Point: ѕ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,2) point layer(out) nth(131) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〴 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,4) dots layer(in) nth(392) % Point: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,4) point layer(out) nth(142) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ひ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,6) dots layer(in) nth(403) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,6) point layer(out) nth(153) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: グ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,8) dots layer(in) nth(414) % Point: Ԅ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,8) point layer(out) nth(164) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ョ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,10) dots layer(in) nth(425) % Point: Ծ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(175) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄥ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(436) % Point: ᎊ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,12) point layer(out) nth(186) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅞ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,14) dots layer(in) nth(447) % Point: Ꮡ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,14) point layer(out) nth(197) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆧ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,16) dots layer(in) nth(458) % Point: ᐍ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(208) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐏 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(469) % Point: ᑆ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) point layer(out) nth(219) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑈 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,20) dots layer(in) nth(480) % Point: ᑾ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,20) point layer(out) nth(230) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒀 mass(1) color_count(black,1.0) size(1,1) loc_xy(18,22) dots layer(in) nth(491) % Point: ᒵ mass(1) color_count(red,1.0) size(1,1) loc_xy(18,22) point layer(out) nth(241) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷛ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,2) dots layer(in) nth(382) % Point: њ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,2) point layer(out) nth(132) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 〻 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,4) dots layer(in) nth(393) % Point: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,4) point layer(out) nth(143) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぷ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,6) dots layer(in) nth(404) % Point: ӑ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,6) point layer(out) nth(154) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: サ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(415) % Point: ԉ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,8) point layer(out) nth(165) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: レ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(426) % Point: Ճ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,10) point layer(out) nth(176) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄫ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(437) % Point: ᎏ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,12) point layer(out) nth(187) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅤ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,14) dots layer(in) nth(448) % Point: Ꮦ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,14) point layer(out) nth(198) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆬ mass(1) color_count(black,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(459) % Point: ᐒ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,16) point layer(out) nth(209) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐔 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,18) dots layer(in) nth(470) % Point: ᑋ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,18) point layer(out) nth(220) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑍 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(481) % Point: ᒃ mass(1) color_count(green,1.0) size(1,1) loc_xy(20,20) point layer(out) nth(231) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒅 mass(1) color_count(black,1.0) size(1,1) loc_xy(20,22) dots layer(in) nth(492) % Point: ᒺ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,22) point layer(out) nth(242) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ⷡ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,2) dots layer(in) nth(383) % Point: џ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,2) point layer(out) nth(133) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: い mass(1) color_count(black,1.0) size(1,1) loc_xy(22,4) dots layer(in) nth(394) % Point: ҟ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,4) point layer(out) nth(144) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ぼ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,6) dots layer(in) nth(405) % Point: Ӗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,6) point layer(out) nth(155) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ズ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,8) dots layer(in) nth(416) % Point: Ԏ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,8) point layer(out) nth(166) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ヱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,10) dots layer(in) nth(427) % Point: ᇻ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,10) point layer(out) nth(177) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㄱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,12) dots layer(in) nth(438) % Point: Ꭴ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,12) point layer(out) nth(188) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㅩ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,14) dots layer(in) nth(449) % Point: Ꮫ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,14) point layer(out) nth(199) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ㆱ mass(1) color_count(black,1.0) size(1,1) loc_xy(22,16) dots layer(in) nth(460) % Point: ᐗ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,16) point layer(out) nth(210) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㐙 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,18) dots layer(in) nth(471) % Point: ᑐ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,18) point layer(out) nth(221) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㑒 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,20) dots layer(in) nth(482) % Point: ᒈ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,20) point layer(out) nth(232) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: 㒊 mass(1) color_count(black,1.0) size(1,1) loc_xy(22,22) dots layer(in) nth(493) % Point: ᒿ mass(1) color_count(red,1.0) size(1,1) loc_xy(22,22) point layer(out) nth(243) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ left_over([' ⶀ', ' ⶊ', ' ⶅ', ' ⶏ']), change_obj(' 㒊', ' ᒿ', [object_shape(diff((dots->dot)))]), change_obj(' 㑒', ' ᒈ', [object_shape(diff((dots->dot)))]), change_obj(' 㐙', ' ᑐ', [object_shape(diff((dots->dot)))]), change_obj(' ㆱ', ' ᐗ', [object_shape(diff((dots->dot)))]), change_obj(' ㅩ', ' Ꮫ', [object_shape(diff((dots->dot)))]), change_obj(' ㄱ', ' Ꭴ', [object_shape(diff((dots->dot)))]), change_obj(' ヱ', ' ᇻ', [object_shape(diff((dots->dot)))]), change_obj(' ズ', ' Ԏ', [object_shape(diff((dots->dot)))]), change_obj(' ぼ', ' Ӗ', [object_shape(diff((dots->dot)))]), change_obj(' い', ' ҟ', [object_shape(diff((dots->dot)))]), change_obj(' ⷡ', ' џ', [object_shape(diff((dots->dot)))]), change_obj(' 㒅', ' ᒺ', [object_shape(diff((dots->dot)))]), change_obj(' 㑍', ' ᒃ', [object_shape(diff((dots->dot)))]), change_obj(' 㐔', ' ᑋ', [object_shape(diff((dots->dot)))]), change_obj(' ㆬ', ' ᐒ', [object_shape(diff((dots->dot)))]), change_obj(' ㅤ', ' Ꮦ', [object_shape(diff((dots->dot)))]), change_obj(' ㄫ', ' ᎏ', [object_shape(diff((dots->dot)))]), change_obj(' レ', ' Ճ', [object_shape(diff((dots->dot)))]), change_obj(' サ', ' ԉ', [object_shape(diff((dots->dot)))]), change_obj(' ぷ', ' ӑ', [object_shape(diff((dots->dot)))]), change_obj(' 〻', ' Қ', [object_shape(diff((dots->dot)))]), change_obj(' ⷛ', ' њ', [object_shape(diff((dots->dot)))]), change_obj(' 㒀', ' ᒵ', [object_shape(diff((dots->dot)))]), change_obj(' 㑈', ' ᑾ', [object_shape(diff((dots->dot)))]), change_obj(' 㐏', ' ᑆ', [object_shape(diff((dots->dot)))]), change_obj(' ㆧ', ' ᐍ', [object_shape(diff((dots->dot)))]), change_obj(' ㅞ', ' Ꮡ', [object_shape(diff((dots->dot)))]), change_obj(' ㄥ', ' ᎊ', [object_shape(diff((dots->dot)))]), change_obj(' ョ', ' Ծ', [object_shape(diff((dots->dot)))]), change_obj(' グ', ' Ԅ', [object_shape(diff((dots->dot)))]), change_obj(' ひ', ' ӌ', [object_shape(diff((dots->dot)))]), change_obj(' 〴', ' ҕ', [object_shape(diff((dots->dot)))]), change_obj(' ⷕ', ' ѕ', [object_shape(diff((dots->dot)))]), change_obj(' 㑻', ' ᒰ', [object_shape(diff((dots->dot)))]), change_obj(' 㑃', ' ᑹ', [object_shape(diff((dots->dot)))]), change_obj(' 㐊', ' ᑁ', [object_shape(diff((dots->dot)))]), change_obj(' ㆢ', ' ᐈ', [object_shape(diff((dots->dot)))]), change_obj(' ㅙ', ' Ꮜ', [object_shape(diff((dots->dot)))]), change_obj(' ㄟ', ' ሥ', [object_shape(diff((dots->dot)))]), change_obj(' モ', ' Թ', [object_shape(diff((dots->dot)))]), change_obj(' カ', ' Ӿ', [object_shape(diff((dots->dot)))]), change_obj(' ね', ' Ӈ', [object_shape(diff((dots->dot)))]), change_obj(' 〨', ' Ґ', [object_shape(diff((dots->dot)))]), change_obj(' ⷐ', ' ѐ', [object_shape(diff((dots->dot)))]), change_obj(' 㑶', ' ᒫ', [object_shape(diff((dots->dot)))]), change_obj(' 㐾', ' ᑴ', [object_shape(diff((dots->dot)))]), change_obj(' 㐅', ' ᐼ', [object_shape(diff((dots->dot)))]), change_obj(' ㆌ', ' ᐃ', [object_shape(diff((dots->dot)))]), change_obj(' ㅔ', ' Ꮗ', [object_shape(diff((dots->dot)))]), change_obj(' ㄚ', ' ሟ', [object_shape(diff((dots->dot)))]), change_obj(' ポ', ' Դ', [object_shape(diff((dots->dot)))]), change_obj(' ウ', ' ӹ', [object_shape(diff((dots->dot)))]), change_obj(' と', ' ӂ', [object_shape(diff((dots->dot)))]), change_obj(' 〡', ' ҋ', [object_shape(diff((dots->dot)))]), change_obj(' ⷊ', ' ы', [object_shape(diff((dots->dot)))]), change_obj(' 㑱', ' ᒦ', [object_shape(diff((dots->dot)))]), change_obj(' 㐹', ' ᑯ', [object_shape(diff((dots->dot)))]), change_obj(' ㇿ', ' ᐷ', [object_shape(diff((dots->dot)))]), change_obj(' ㆇ', ' \u13FB', [object_shape(diff((dots->dot)))]), change_obj(' ㅏ', ' Ꮒ', [object_shape(diff((dots->dot)))]), change_obj(' ㄕ', ' ሚ', [object_shape(diff((dots->dot)))]), change_obj(' ヘ', ' \u052E', [object_shape(diff((dots->dot)))]), change_obj(' ァ', ' Ӵ', [object_shape(diff((dots->dot)))]), change_obj(' っ', ' ҽ', [object_shape(diff((dots->dot)))]), change_obj(' ⷿ', ' Ѿ', [object_shape(diff((dots->dot)))]), change_obj(' ⷄ', ' ц', [object_shape(diff((dots->dot)))]), change_obj(' 㑬', ' ᒡ', [object_shape(diff((dots->dot)))]), change_obj(' 㐴', ' ᑪ', [object_shape(diff((dots->dot)))]), change_obj(' ㇺ', ' ᐲ', [object_shape(diff((dots->dot)))]), change_obj(' ㆂ', ' Ᏼ', [object_shape(diff((dots->dot)))]), change_obj(' ㅊ', ' Ꮍ', [object_shape(diff((dots->dot)))]), change_obj(' ㄐ', ' ሕ', [object_shape(diff((dots->dot)))]), change_obj(' ビ', ' \u0529', [object_shape(diff((dots->dot)))]), change_obj(' ゕ', ' ӯ', [object_shape(diff((dots->dot)))]), change_obj(' そ', ' Ҹ', [object_shape(diff((dots->dot)))]), change_obj(' ⷺ', ' ѹ', [object_shape(diff((dots->dot)))]), change_obj(' ⶾ', ' с', [object_shape(diff((dots->dot)))]), change_obj(' 㑧', ' ᒜ', [object_shape(diff((dots->dot)))]), change_obj(' 㐯', ' ᑥ', [object_shape(diff((dots->dot)))]), change_obj(' ㇵ', ' ᐭ', [object_shape(diff((dots->dot)))]), change_obj(' ㅽ', ' Ꮿ', [object_shape(diff((dots->dot)))]), change_obj(' ㅅ', ' Ꮈ', [object_shape(diff((dots->dot)))]), change_obj(' ㄋ', ' ሐ', [object_shape(diff((dots->dot)))]), change_obj(' ノ', ' ԣ', [object_shape(diff((dots->dot)))]), change_obj(' ゐ', ' Ӫ', [object_shape(diff((dots->dot)))]), change_obj(' じ', ' ҳ', [object_shape(diff((dots->dot)))]), change_obj(' ⷵ', ' Ѵ', [object_shape(diff((dots->dot)))]), change_obj(' ⶹ', ' м', [object_shape(diff((dots->dot)))]), change_obj(' 㑢', ' ᒗ', [object_shape(diff((dots->dot)))]), change_obj(' 㐪', ' ᑟ', [object_shape(diff((dots->dot)))]), change_obj(' ㇰ', ' ᐨ', [object_shape(diff((dots->dot)))]), change_obj(' ㅸ', ' Ꮺ', [object_shape(diff((dots->dot)))]), change_obj(' ㅀ', ' Ꮃ', [object_shape(diff((dots->dot)))]), change_obj(' ㄆ', ' ላ', [object_shape(diff((dots->dot)))]), change_obj(' ド', ' ԝ', [object_shape(diff((dots->dot)))]), change_obj(' る', ' ӥ', [object_shape(diff((dots->dot)))]), change_obj(' こ', ' Ү', [object_shape(diff((dots->dot)))]), change_obj(' ⷰ', ' ѯ', [object_shape(diff((dots->dot)))]), change_obj(' ⶳ', ' з', [object_shape(diff((dots->dot)))]), change_obj(' 㑜', ' ᒒ', [object_shape(diff((dots->dot)))]), change_obj(' 㐤', ' ᑚ', [object_shape(diff((dots->dot)))]), change_obj(' \u31BB', ' ᐡ', [object_shape(diff((dots->dot)))]), change_obj(' ㅳ', ' Ꮵ', [object_shape(diff((dots->dot)))]), change_obj(' ㄻ', ' Ꭾ', [object_shape(diff((dots->dot)))]), change_obj(' ー', ' ሆ', [object_shape(diff((dots->dot)))]), change_obj(' ツ', ' Ԙ', [object_shape(diff((dots->dot)))]), change_obj(' ゆ', ' Ӡ', [object_shape(diff((dots->dot)))]), change_obj(' ぎ', ' ҩ', [object_shape(diff((dots->dot)))]), change_obj(' ⷫ', ' Ѫ', [object_shape(diff((dots->dot)))]), change_obj(' ⶭ', ' в', [object_shape(diff((dots->dot)))]), change_obj(' 㑗', ' ᒍ', [object_shape(diff((dots->dot)))]), change_obj(' 㐞', ' ᑕ', [object_shape(diff((dots->dot)))]), change_obj(' ㆶ', ' ᐜ', [object_shape(diff((dots->dot)))]), change_obj(' ㅮ', ' Ꮰ', [object_shape(diff((dots->dot)))]), change_obj(' ㄶ', ' Ꭹ', [object_shape(diff((dots->dot)))]), change_obj(' ヶ', ' ሁ', [object_shape(diff((dots->dot)))]), change_obj(' タ', ' ԓ', [object_shape(diff((dots->dot)))]), change_obj(' め', ' ӛ', [object_shape(diff((dots->dot)))]), change_obj(' ぉ', ' Ҥ', [object_shape(diff((dots->dot)))]), change_obj(' ⷦ', ' ѥ', [object_shape(diff((dots->dot)))]), change_obj(' ⶨ', ' Э', [object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('8a371977'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  _________________________________________________  _________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________  _________________________________________________ test(v('8a371977')*(trn+2)+in) test(v('8a371977')*(trn+2)+out) IN OUT grid_dim=grid_size(25, 25). grid_dim=grid_size(25, 25). colors_count_size=2 colors_count_size=3 cc:0=cc(black, 324.0). cc:0=cc(blue, 301.0). cc:1=cc(blue, 301.0). cc:1=cc(red, 180.0). cc:2=cc(green, 144.0). Training hard... Training hard... Training hard... Training hard...  _________________________________________________  _________________________________________________ Э Э Э Э в в в в в в в в в в в в в в в в в в в в в Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ  _________________________________________________  _________________________________________________ common(v('8a371977')*(trn+2)+in) common(v('8a371977')*(trn+2)+out) IN OUT grid_dim=grid_size(25, 25). grid_dim=grid_size(25, 25). colors_count_size=2 colors_count_size=3 cc:0=cc(black, 648.0). cc:0=cc(blue, 602.0). cc:1=cc(blue, 602.0). cc:1=cc(red, 360.0). cc:2=cc(green, 288.0). compare_objs1([perfect]). % Outline: с mass(301) color_count(blue,301.0) size(25,25) loc_xy(1,1) squares outline polygon layer(in) nth(127) % Outline: ȶ mass(301) color_count(blue,301.0) size(25,25) loc_xy(1,1) squares outline polygon layer(out) nth(86) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=40. % Pattern(cref_92,4,4,5,5): м mass(441) color_count(black,225.0) color_count(blue,216.0) size(21,21) loc_xy(5,5) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(126) % Pattern(cref_92,4,4,5,5): в mass(84) color_count(black,45.0) color_count(blue,39.0) size(21,4) rotation(flipV) loc_xy(5,1) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(124) % Pattern(cref_92,4,4,5,5): з mass(84) color_count(black,45.0) color_count(blue,39.0) size(4,21) rotation(flipH) loc_xy(1,5) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(125) % Pattern(cref_92,4,4,5,5): Э mass(16) color_count(black,9.0) color_count(blue,7.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(123) % Keypad: Ӿ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,22) squares rectangluar outline keypad layer(in) nth(163) % Keypad: ӹ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,22) squares rectangluar outline keypad layer(in) nth(162) % Keypad: Ӵ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,22) squares rectangluar outline keypad layer(in) nth(161) % Keypad: ӯ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,22) squares rectangluar outline keypad layer(in) nth(160) % Keypad: Ӫ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,22) squares rectangluar outline keypad layer(in) nth(159) % Keypad: ӥ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,22) squares rectangluar outline keypad layer(in) nth(158) % Keypad: Ӡ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,18) squares rectangluar outline keypad layer(in) nth(157) % Keypad: ӛ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,18) squares rectangluar outline keypad layer(in) nth(156) % Keypad: Ӗ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,18) squares rectangluar outline keypad layer(in) nth(155) % Keypad: ӑ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,18) squares rectangluar outline keypad layer(in) nth(154) % Keypad: ӌ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,18) squares rectangluar outline keypad layer(in) nth(153) % Keypad: Ӈ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,18) squares rectangluar outline keypad layer(in) nth(152) % Keypad: ӂ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,14) squares rectangluar outline keypad layer(in) nth(151) % Keypad: ҽ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,14) squares rectangluar outline keypad layer(in) nth(150) % Keypad: Ҹ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,14) squares rectangluar outline keypad layer(in) nth(149) % Keypad: ҳ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,14) squares rectangluar outline keypad layer(in) nth(148) % Keypad: Ү mass(9) color_count(black,9.0) size(3,3) loc_xy(6,14) squares rectangluar outline keypad layer(in) nth(147) % Keypad: ҩ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,14) squares rectangluar outline keypad layer(in) nth(146) % Keypad: Ҥ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,10) squares rectangluar outline keypad layer(in) nth(145) % Keypad: ҟ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,10) squares rectangluar outline keypad layer(in) nth(144) % Keypad: Қ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,10) squares rectangluar outline keypad layer(in) nth(143) % Keypad: ҕ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,10) squares rectangluar outline keypad layer(in) nth(142) % Keypad: Ґ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,10) squares rectangluar outline keypad layer(in) nth(141) % Keypad: ҋ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,10) squares rectangluar outline keypad layer(in) nth(140) % Keypad: Ѿ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,6) squares rectangluar outline keypad layer(in) nth(139) % Keypad: ѹ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,6) squares rectangluar outline keypad layer(in) nth(138) % Keypad: Ѵ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,6) squares rectangluar outline keypad layer(in) nth(137) % Keypad: ѯ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,6) squares rectangluar outline keypad layer(in) nth(136) % Keypad: Ѫ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(in) nth(135) % Keypad: ѥ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,6) squares rectangluar outline keypad layer(in) nth(134) % Keypad: џ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,2) squares rectangluar outline keypad layer(in) nth(133) % Keypad: њ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,2) squares rectangluar outline keypad layer(in) nth(132) % Keypad: ѕ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,2) squares rectangluar outline keypad layer(in) nth(131) % Keypad: ѐ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,2) squares rectangluar outline keypad layer(in) nth(130) % Keypad: ы mass(9) color_count(black,9.0) size(3,3) loc_xy(6,2) squares rectangluar outline keypad layer(in) nth(129) % Keypad: ц mass(9) color_count(black,9.0) size(3,3) loc_xy(2,2) squares rectangluar outline keypad layer(in) nth(128) _________________________________________________________________________________ groupB=40. % Pattern(cref_91,12,12,13,13): ȱ mass(169) color_count(blue,88.0) color_count(green,36.0) color_count(red,45.0) size(13,13) loc_xy(13,13) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(85) % Pattern(cref_91,12,12,13,13): Ȧ mass(156) color_count(blue,75.0) color_count(green,36.0) color_count(red,45.0) size(13,12) rotation(flipV) loc_xy(13,1) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(83) % Pattern(cref_91,12,12,13,13): Ȭ mass(156) color_count(blue,75.0) color_count(green,36.0) color_count(red,45.0) size(12,13) rotation(flipH) loc_xy(1,13) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(84) % Pattern(cref_91,12,12,13,13): Ƞ mass(144) color_count(blue,63.0) color_count(green,36.0) color_count(red,45.0) size(12,12) rotation(flipHV) loc_xy(1,1) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(82) % Keypad: Ш mass(9) color_count(red,9.0) size(3,3) loc_xy(22,22) squares rectangluar outline keypad layer(out) nth(122) % Keypad: С mass(9) color_count(red,9.0) size(3,3) loc_xy(18,22) squares rectangluar outline keypad layer(out) nth(121) % Keypad: М mass(9) color_count(red,9.0) size(3,3) loc_xy(14,22) squares rectangluar outline keypad layer(out) nth(120) % Keypad: З mass(9) color_count(red,9.0) size(3,3) loc_xy(10,22) squares rectangluar outline keypad layer(out) nth(119) % Keypad: В mass(9) color_count(red,9.0) size(3,3) loc_xy(6,22) squares rectangluar outline keypad layer(out) nth(118) % Keypad: Ѝ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,22) squares rectangluar outline keypad layer(out) nth(117) % Keypad: Ј mass(9) color_count(red,9.0) size(3,3) loc_xy(22,18) squares rectangluar outline keypad layer(out) nth(116) % Keypad: Ѓ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,18) squares rectangluar outline keypad layer(out) nth(115) % Keypad: Ͻ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,18) squares rectangluar outline keypad layer(out) nth(114) % Keypad: ϸ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,18) squares rectangluar outline keypad layer(out) nth(113) % Keypad: ϲ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,18) squares rectangluar outline keypad layer(out) nth(112) % Keypad: ϭ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,18) squares rectangluar outline keypad layer(out) nth(111) % Keypad: ʯ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,14) squares rectangluar outline keypad layer(out) nth(110) % Keypad: ʪ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,14) squares rectangluar outline keypad layer(out) nth(109) % Keypad: ʥ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,14) squares rectangluar outline keypad layer(out) nth(108) % Keypad: ʠ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,14) squares rectangluar outline keypad layer(out) nth(107) % Keypad: ʛ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,14) squares rectangluar outline keypad layer(out) nth(106) % Keypad: ʖ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,14) squares rectangluar outline keypad layer(out) nth(105) % Keypad: ʑ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,10) squares rectangluar outline keypad layer(out) nth(104) % Keypad: ʌ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,10) squares rectangluar outline keypad layer(out) nth(103) % Keypad: ʇ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,10) squares rectangluar outline keypad layer(out) nth(102) % Keypad: ʂ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,10) squares rectangluar outline keypad layer(out) nth(101) % Keypad: ɽ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,10) squares rectangluar outline keypad layer(out) nth(100) % Keypad: ɸ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,10) squares rectangluar outline keypad layer(out) nth(99) % Keypad: ɳ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,6) squares rectangluar outline keypad layer(out) nth(98) % Keypad: ɮ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,6) squares rectangluar outline keypad layer(out) nth(97) % Keypad: ɩ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,6) squares rectangluar outline keypad layer(out) nth(96) % Keypad: ɤ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,6) squares rectangluar outline keypad layer(out) nth(95) % Keypad: ɞ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(out) nth(94) % Keypad: ə mass(9) color_count(red,9.0) size(3,3) loc_xy(2,6) squares rectangluar outline keypad layer(out) nth(93) % Keypad: ɔ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,2) squares rectangluar outline keypad layer(out) nth(92) % Keypad: ɏ mass(9) color_count(red,9.0) size(3,3) loc_xy(18,2) squares rectangluar outline keypad layer(out) nth(91) % Keypad: Ɋ mass(9) color_count(red,9.0) size(3,3) loc_xy(14,2) squares rectangluar outline keypad layer(out) nth(90) % Keypad: Ʌ mass(9) color_count(red,9.0) size(3,3) loc_xy(10,2) squares rectangluar outline keypad layer(out) nth(89) % Keypad: ɀ mass(9) color_count(red,9.0) size(3,3) loc_xy(6,2) squares rectangluar outline keypad layer(out) nth(88) % Keypad: Ȼ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,2) squares rectangluar outline keypad layer(out) nth(87) _________________________________________________________________________________ disjointed([' Э', ' з', ' в', ' м'], [' Ƞ', ' Ȭ', ' Ȧ', ' ȱ']).  _________________________________________________  _________________________________________________ Э Э Э Э в в в в в в в в в в в в в в в в в в в в в Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ Э ц ц ц в ы ы ы в ѐ ѐ ѐ в ѕ ѕ ѕ в њ њ њ в џ џ џ в Ƞ Ȼ Ȼ Ȼ Ƞ ɀ ɀ ɀ Ƞ Ʌ Ʌ Ʌ Ȧ Ɋ Ɋ Ɋ Ȧ ɏ ɏ ɏ Ȧ ɔ ɔ ɔ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з ѥ ѥ ѥ с Ѫ Ѫ Ѫ с ѯ ѯ ѯ с Ѵ Ѵ Ѵ с ѹ ѹ ѹ с Ѿ Ѿ Ѿ с Ƞ ə ə ə Ƞ ɞ ɞ ɞ Ƞ ɤ ɤ ɤ Ȧ ɩ ɩ ɩ Ȧ ɮ ɮ ɮ Ȧ ɳ ɳ ɳ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ƞ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з ҋ ҋ ҋ с Ґ Ґ Ґ с ҕ ҕ ҕ с Қ Қ Қ с ҟ ҟ ҟ с Ҥ Ҥ Ҥ с Ƞ ɸ ɸ ɸ Ƞ ɽ ɽ ɽ Ƞ ʂ ʂ ʂ Ȧ ʇ ʇ ʇ Ȧ ʌ ʌ ʌ Ȧ ʑ ʑ ʑ Ȧ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з ҩ ҩ ҩ с Ү Ү Ү с ҳ ҳ ҳ с Ҹ Ҹ Ҹ с ҽ ҽ ҽ с ӂ ӂ ӂ с Ȭ ʖ ʖ ʖ Ȭ ʛ ʛ ʛ Ȭ ʠ ʠ ʠ ȱ ʥ ʥ ʥ ȱ ʪ ʪ ʪ ȱ ʯ ʯ ʯ ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з Ӈ Ӈ Ӈ с ӌ ӌ ӌ с ӑ ӑ ӑ с Ӗ Ӗ Ӗ с ӛ ӛ ӛ с Ӡ Ӡ Ӡ с Ȭ ϭ ϭ ϭ Ȭ ϲ ϲ ϲ Ȭ ϸ ϸ ϸ ȱ Ͻ Ͻ Ͻ ȱ Ѓ Ѓ Ѓ ȱ Ј Ј Ј ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з ӥ ӥ ӥ с Ӫ Ӫ Ӫ с ӯ ӯ ӯ с Ӵ Ӵ Ӵ с ӹ ӹ ӹ с Ӿ Ӿ Ӿ с Ȭ Ѝ Ѝ Ѝ Ȭ В В В Ȭ З З З ȱ М М М ȱ С С С ȱ Ш Ш Ш ȱ з з з з с с с с с с с с с с с с с с с с с с с с с Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ ȱ  _________________________________________________  _________________________________________________ better(v('8a371977')*(trn+2)+in) better(v('8a371977')*(trn+2)+out) IN OUT grid_dim=grid_size(25, 25). grid_dim=grid_size(25, 25). colors_count_size=2 colors_count_size=3 cc:0=cc(black, 648.0). cc:0=cc(blue, 602.0). cc:1=cc(blue, 602.0). cc:1=cc(red, 360.0). cc:2=cc(green, 288.0). compare_objs1([perfect]). % Outline: с mass(301) color_count(blue,301.0) size(25,25) loc_xy(1,1) squares outline polygon layer(in) nth(127) % Outline: ȶ mass(301) color_count(blue,301.0) size(25,25) loc_xy(1,1) squares outline polygon layer(out) nth(86) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=40. % Keypad: Ӿ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,22) squares rectangluar outline keypad layer(in) nth(163) % Keypad: ӹ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,22) squares rectangluar outline keypad layer(in) nth(162) % Keypad: Ӵ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,22) squares rectangluar outline keypad layer(in) nth(161) % Keypad: ӯ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,22) squares rectangluar outline keypad layer(in) nth(160) % Keypad: Ӫ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,22) squares rectangluar outline keypad layer(in) nth(159) % Keypad: ӥ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,22) squares rectangluar outline keypad layer(in) nth(158) % Keypad: Ӡ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,18) squares rectangluar outline keypad layer(in) nth(157) % Keypad: ӛ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,18) squares rectangluar outline keypad layer(in) nth(156) % Keypad: Ӗ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,18) squares rectangluar outline keypad layer(in) nth(155) % Keypad: ӑ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,18) squares rectangluar outline keypad layer(in) nth(154) % Keypad: ӌ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,18) squares rectangluar outline keypad layer(in) nth(153) % Keypad: Ӈ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,18) squares rectangluar outline keypad layer(in) nth(152) % Keypad: ӂ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,14) squares rectangluar outline keypad layer(in) nth(151) % Keypad: ҽ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,14) squares rectangluar outline keypad layer(in) nth(150) % Keypad: Ҹ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,14) squares rectangluar outline keypad layer(in) nth(149) % Keypad: ҳ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,14) squares rectangluar outline keypad layer(in) nth(148) % Keypad: Ү mass(9) color_count(black,9.0) size(3,3) loc_xy(6,14) squares rectangluar outline keypad layer(in) nth(147) % Keypad: ҩ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,14) squares rectangluar outline keypad layer(in) nth(146) % Keypad: Ҥ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,10) squares rectangluar outline keypad layer(in) nth(145) % Keypad: ҟ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,10) squares rectangluar outline keypad layer(in) nth(144) % Keypad: Қ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,10) squares rectangluar outline keypad layer(in) nth(143) % Keypad: ҕ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,10) squares rectangluar outline keypad layer(in) nth(142) % Keypad: Ґ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,10) squares rectangluar outline keypad layer(in) nth(141) % Keypad: ҋ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,10) squares rectangluar outline keypad layer(in) nth(140) % Keypad: Ѿ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,6) squares rectangluar outline keypad layer(in) nth(139) % Keypad: ѹ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,6) squares rectangluar outline keypad layer(in) nth(138) % Keypad: Ѵ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,6) squares rectangluar outline keypad layer(in) nth(137) % Keypad: ѯ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,6) squares rectangluar outline keypad layer(in) nth(136) % Keypad: Ѫ mass(9) color_count(black,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(in) nth(135) % Keypad: ѥ mass(9) color_count(black,9.0) size(3,3) loc_xy(2,6) squares rectangluar outline keypad layer(in) nth(134) % Keypad: џ mass(9) color_count(black,9.0) size(3,3) loc_xy(22,2) squares rectangluar outline keypad layer(in) nth(133) % Keypad: њ mass(9) color_count(black,9.0) size(3,3) loc_xy(18,2) squares rectangluar outline keypad layer(in) nth(132) % Keypad: ѕ mass(9) color_count(black,9.0) size(3,3) loc_xy(14,2) squares rectangluar outline keypad layer(in) nth(131) % Keypad: ѐ mass(9) color_count(black,9.0) size(3,3) loc_xy(10,2) squares rectangluar outline keypad layer(in) nth(130) % Keypad: ы mass(9) color_count(black,9.0) size(3,3) loc_xy(6,2) squares rectangluar outline keypad layer(in) nth(129) % Keypad: ц mass(9) color_count(black,9.0) size(3,3) loc_xy(2,2) squares rectangluar outline keypad layer(in) nth(128) % Pattern(cref_92,4,4,5,5): Э mass(16) color_count(black,9.0) color_count(blue,7.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(123) % Pattern(cref_92,4,4,5,5): в mass(84) color_count(black,45.0) color_count(blue,39.0) size(21,4) rotation(flipV) loc_xy(5,1) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(124) % Pattern(cref_92,4,4,5,5): з mass(84) color_count(black,45.0) color_count(blue,39.0) size(4,21) rotation(flipH) loc_xy(1,5) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(125) % Pattern(cref_92,4,4,5,5): м mass(441) color_count(black,225.0) color_count(blue,216.0) size(21,21) loc_xy(5,5) center_info('CRef_92',4,4,5,5) pattern(CRef_92,4,4,5,5) rectangluar filled_squared layer(in) nth(126) _________________________________________________________________________________ groupB=40. % Keypad: Ш mass(9) color_count(red,9.0) size(3,3) loc_xy(22,22) squares rectangluar outline keypad layer(out) nth(122) % Keypad: С mass(9) color_count(red,9.0) size(3,3) loc_xy(18,22) squares rectangluar outline keypad layer(out) nth(121) % Keypad: М mass(9) color_count(red,9.0) size(3,3) loc_xy(14,22) squares rectangluar outline keypad layer(out) nth(120) % Keypad: З mass(9) color_count(red,9.0) size(3,3) loc_xy(10,22) squares rectangluar outline keypad layer(out) nth(119) % Keypad: В mass(9) color_count(red,9.0) size(3,3) loc_xy(6,22) squares rectangluar outline keypad layer(out) nth(118) % Keypad: Ѝ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,22) squares rectangluar outline keypad layer(out) nth(117) % Keypad: Ј mass(9) color_count(red,9.0) size(3,3) loc_xy(22,18) squares rectangluar outline keypad layer(out) nth(116) % Keypad: Ѓ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,18) squares rectangluar outline keypad layer(out) nth(115) % Keypad: Ͻ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,18) squares rectangluar outline keypad layer(out) nth(114) % Keypad: ϸ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,18) squares rectangluar outline keypad layer(out) nth(113) % Keypad: ϲ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,18) squares rectangluar outline keypad layer(out) nth(112) % Keypad: ϭ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,18) squares rectangluar outline keypad layer(out) nth(111) % Keypad: ʯ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,14) squares rectangluar outline keypad layer(out) nth(110) % Keypad: ʪ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,14) squares rectangluar outline keypad layer(out) nth(109) % Keypad: ʥ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,14) squares rectangluar outline keypad layer(out) nth(108) % Keypad: ʠ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,14) squares rectangluar outline keypad layer(out) nth(107) % Keypad: ʛ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,14) squares rectangluar outline keypad layer(out) nth(106) % Keypad: ʖ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,14) squares rectangluar outline keypad layer(out) nth(105) % Keypad: ʑ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,10) squares rectangluar outline keypad layer(out) nth(104) % Keypad: ʌ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,10) squares rectangluar outline keypad layer(out) nth(103) % Keypad: ʇ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,10) squares rectangluar outline keypad layer(out) nth(102) % Keypad: ʂ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,10) squares rectangluar outline keypad layer(out) nth(101) % Keypad: ɽ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,10) squares rectangluar outline keypad layer(out) nth(100) % Keypad: ɸ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,10) squares rectangluar outline keypad layer(out) nth(99) % Keypad: ɳ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,6) squares rectangluar outline keypad layer(out) nth(98) % Keypad: ɮ mass(9) color_count(green,9.0) size(3,3) loc_xy(18,6) squares rectangluar outline keypad layer(out) nth(97) % Keypad: ɩ mass(9) color_count(green,9.0) size(3,3) loc_xy(14,6) squares rectangluar outline keypad layer(out) nth(96) % Keypad: ɤ mass(9) color_count(green,9.0) size(3,3) loc_xy(10,6) squares rectangluar outline keypad layer(out) nth(95) % Keypad: ɞ mass(9) color_count(green,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(out) nth(94) % Keypad: ə mass(9) color_count(red,9.0) size(3,3) loc_xy(2,6) squares rectangluar outline keypad layer(out) nth(93) % Keypad: ɔ mass(9) color_count(red,9.0) size(3,3) loc_xy(22,2) squares rectangluar outline keypad layer(out) nth(92) % Keypad: ɏ mass(9) color_count(red,9.0) size(3,3) loc_xy(18,2) squares rectangluar outline keypad layer(out) nth(91) % Keypad: Ɋ mass(9) color_count(red,9.0) size(3,3) loc_xy(14,2) squares rectangluar outline keypad layer(out) nth(90) % Keypad: Ʌ mass(9) color_count(red,9.0) size(3,3) loc_xy(10,2) squares rectangluar outline keypad layer(out) nth(89) % Keypad: ɀ mass(9) color_count(red,9.0) size(3,3) loc_xy(6,2) squares rectangluar outline keypad layer(out) nth(88) % Keypad: Ȼ mass(9) color_count(red,9.0) size(3,3) loc_xy(2,2) squares rectangluar outline keypad layer(out) nth(87) % Pattern(cref_91,12,12,13,13): Ƞ mass(144) color_count(blue,63.0) color_count(green,36.0) color_count(red,45.0) size(12,12) rotation(flipHV) loc_xy(1,1) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(82) % Pattern(cref_91,12,12,13,13): Ȧ mass(156) color_count(blue,75.0) color_count(green,36.0) color_count(red,45.0) size(13,12) rotation(flipV) loc_xy(13,1) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(83) % Pattern(cref_91,12,12,13,13): Ȭ mass(156) color_count(blue,75.0) color_count(green,36.0) color_count(red,45.0) size(12,13) rotation(flipH) loc_xy(1,13) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(84) % Pattern(cref_91,12,12,13,13): ȱ mass(169) color_count(blue,88.0) color_count(green,36.0) color_count(red,45.0) size(13,13) loc_xy(13,13) center_info('CRef_91',12,12,13,13) pattern(CRef_91,12,12,13,13) rectangluar filled_squared layer(out) nth(85) _________________________________________________________________________________ disjointed([' Э', ' з', ' в', ' м'], [' Ƞ', ' Ȭ', ' Ȧ', ' ȱ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('8a371977'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('8a371977')*(tst+0)+in) test(v('8a371977')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 500.0). cc:0=cc(blue, 500.0). cc:1=cc(black, 400.0). cc:1=cc(red, 256.0). cc:2=cc(green, 144.0). Training hard... Training hard... Training hard... Training hard...  ___________________________________________________________  ___________________________________________________________ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ʊ Ʊ Ʊ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ Ɋ Ɋ Ɋ ɤ ɤ ɏ ɏ ɩ ɩ ɩ ɩ ɏ ɏ ɮ ɮ ɮ ɮ ɏ ɏ ɳ ɳ ɳ ɳ ɏ ɏ ɸ ɸ ɸ ɸ ɏ Ʊ Ʊ Ʊ NJ NJ ƶ ƶ Ǐ Ǐ Ǐ Ǐ ƶ ƶ ǔ ǔ ǔ ǔ ƶ ƶ Ǚ Ǚ Ǚ Ǚ ƶ ƶ Ǟ Ǟ Ǟ Ǟ ƶ Ɋ Ɋ Ɋ ɤ ɤ ɏ ɏ ɩ ɩ ɩ ɩ ɏ ɏ ɮ ɮ ɮ ɮ ɏ ɏ ɳ ɳ ɳ ɳ ɏ ɏ ɸ ɸ ɸ ɸ ɏ Ʊ Ʊ Ʊ NJ NJ ƶ ƶ Ǐ Ǐ Ǐ Ǐ ƶ ƶ ǔ ǔ ǔ ǔ ƶ ƶ Ǚ Ǚ Ǚ Ǚ ƶ ƶ Ǟ Ǟ Ǟ Ǟ ƶ ɔ ɤ ɤ ɤ ɤ ɞ ɞ ɩ ɩ ɩ ɩ ɞ ɞ ɮ ɮ ɮ ɮ ɞ ɞ ɳ ɳ ɳ ɳ ɞ ɞ ɸ ɸ ɸ ɸ ɞ ƻ NJ NJ NJ NJ Dž Dž Ǐ Ǐ Ǐ Ǐ Dž Dž ǔ ǔ ǔ ǔ Dž Dž Ǚ Ǚ Ǚ Ǚ Dž Dž Ǟ Ǟ Ǟ Ǟ Dž ɔ ɤ ɤ ɤ ɤ ɞ ɞ ɩ ɩ ɩ ɩ ɞ ɞ ɮ ɮ ɮ ɮ ɞ ɞ ɳ ɳ ɳ ɳ ɞ ɞ ɸ ɸ ɸ ɸ ɞ ƻ NJ NJ NJ NJ Dž Dž Ǐ Ǐ Ǐ Ǐ Dž Dž ǔ ǔ ǔ ǔ Dž Dž Ǚ Ǚ Ǚ Ǚ Dž Dž Ǟ Ǟ Ǟ Ǟ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž  ___________________________________________________________  ___________________________________________________________ common(v('8a371977')*(tst+0)+in) common(v('8a371977')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 1000.0). cc:0=cc(blue, 1000.0). cc:1=cc(black, 800.0). cc:1=cc(red, 512.0). cc:2=cc(green, 288.0). compare_objs1([perfect]). % Outline: ɞ mass(500) color_count(blue,500.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(94) % Outline: Dž mass(500) color_count(blue,500.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(64) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=29. % Pattern(cref_96,3,3,4,4): ə mass(729) color_count(black,324.0) color_count(blue,405.0) size(27,27) loc_xy(4,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(93) % Pattern(cref_96,3,3,4,4): ɏ mass(81) color_count(black,36.0) color_count(blue,45.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(91) % Pattern(cref_96,3,3,4,4): ɔ mass(81) color_count(black,36.0) color_count(blue,45.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(92) % Outline: З mass(16) color_count(black,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(in) nth(119) % Outline: В mass(16) color_count(black,16.0) size(4,4) loc_xy(20,26) squares rectangluar outline filled_squared layer(in) nth(118) % Outline: Ѝ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,26) squares rectangluar outline filled_squared layer(in) nth(117) % Outline: Ј mass(16) color_count(black,16.0) size(4,4) loc_xy(8,26) squares rectangluar outline filled_squared layer(in) nth(116) % Outline: Ѓ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,26) squares rectangluar outline filled_squared layer(in) nth(115) % Outline: Ͻ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,20) squares rectangluar outline filled_squared layer(in) nth(114) % Outline: ϸ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,20) squares rectangluar outline filled_squared layer(in) nth(113) % Outline: ϲ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,20) squares rectangluar outline filled_squared layer(in) nth(112) % Outline: ϭ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,20) squares rectangluar outline filled_squared layer(in) nth(111) % Outline: ʯ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,20) squares rectangluar outline filled_squared layer(in) nth(110) % Outline: ʪ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,14) squares rectangluar outline filled_squared layer(in) nth(109) % Outline: ʥ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,14) squares rectangluar outline filled_squared layer(in) nth(108) % Outline: ʠ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(in) nth(107) % Outline: ʛ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(in) nth(106) % Outline: ʖ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(in) nth(105) % Outline: ʑ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,8) squares rectangluar outline filled_squared layer(in) nth(104) % Outline: ʌ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,8) squares rectangluar outline filled_squared layer(in) nth(103) % Outline: ʇ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(in) nth(102) % Outline: ʂ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(in) nth(101) % Outline: ɽ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(in) nth(100) % Outline: ɸ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,2) squares rectangluar outline filled_squared layer(in) nth(99) % Outline: ɳ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,2) squares rectangluar outline filled_squared layer(in) nth(98) % Outline: ɮ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(in) nth(97) % Outline: ɩ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(96) % Outline: ɤ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(in) nth(95) % Pattern(cref_96,3,3,4,4): Ɋ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar keypad layer(in) nth(90) _________________________________________________________________________________ groupB=29. % Pattern(cref_95,3,3,4,4): ǀ mass(729) color_count(blue,405.0) color_count(green,144.0) color_count(red,180.0) size(27,27) loc_xy(4,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(63) % Pattern(cref_95,3,3,4,4): ƶ mass(81) color_count(blue,45.0) color_count(red,36.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(61) % Pattern(cref_95,3,3,4,4): ƻ mass(81) color_count(blue,45.0) color_count(red,36.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(62) % Outline: Ʌ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(out) nth(89) % Outline: ɀ mass(16) color_count(red,16.0) size(4,4) loc_xy(20,26) squares rectangluar outline filled_squared layer(out) nth(88) % Outline: Ȼ mass(16) color_count(red,16.0) size(4,4) loc_xy(14,26) squares rectangluar outline filled_squared layer(out) nth(87) % Outline: ȶ mass(16) color_count(red,16.0) size(4,4) loc_xy(8,26) squares rectangluar outline filled_squared layer(out) nth(86) % Outline: ȱ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,26) squares rectangluar outline filled_squared layer(out) nth(85) % Outline: Ȭ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,20) squares rectangluar outline filled_squared layer(out) nth(84) % Outline: Ȧ mass(16) color_count(green,16.0) size(4,4) loc_xy(20,20) squares rectangluar outline filled_squared layer(out) nth(83) % Outline: Ƞ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,20) squares rectangluar outline filled_squared layer(out) nth(82) % Outline: ț mass(16) color_count(green,16.0) size(4,4) loc_xy(8,20) squares rectangluar outline filled_squared layer(out) nth(81) % Outline: Ȗ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,20) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ȑ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,14) squares rectangluar outline filled_squared layer(out) nth(79) % Outline: Ȍ mass(16) color_count(green,16.0) size(4,4) loc_xy(20,14) squares rectangluar outline filled_squared layer(out) nth(78) % Outline: ȇ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(out) nth(77) % Outline: Ȃ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(out) nth(76) % Outline: Ǽ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(out) nth(75) % Outline: Ƿ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,8) squares rectangluar outline filled_squared layer(out) nth(74) % Outline: Dz mass(16) color_count(green,16.0) size(4,4) loc_xy(20,8) squares rectangluar outline filled_squared layer(out) nth(73) % Outline: ǭ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(out) nth(72) % Outline: Ǩ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(out) nth(71) % Outline: ǣ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(out) nth(70) % Outline: Ǟ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,2) squares rectangluar outline filled_squared layer(out) nth(69) % Outline: Ǚ mass(16) color_count(red,16.0) size(4,4) loc_xy(20,2) squares rectangluar outline filled_squared layer(out) nth(68) % Outline: ǔ mass(16) color_count(red,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(out) nth(67) % Outline: Ǐ mass(16) color_count(red,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(66) % Outline: NJ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(out) nth(65) % Pattern(cref_95,3,3,4,4): Ʊ mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar keypad layer(out) nth(60) _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): Ɋ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar keypad layer(in) nth(90) % Pattern(cref_95,3,3,4,4): Ʊ mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar keypad layer(out) nth(60) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ɔ mass(81) color_count(black,36.0) color_count(blue,45.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(92) % Pattern(cref_95,3,3,4,4): ƻ mass(81) color_count(blue,45.0) color_count(red,36.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(62) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ɏ mass(81) color_count(black,36.0) color_count(blue,45.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(91) % Pattern(cref_95,3,3,4,4): ƶ mass(81) color_count(blue,45.0) color_count(red,36.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(61) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ə mass(729) color_count(black,324.0) color_count(blue,405.0) size(27,27) loc_xy(4,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(93) % Pattern(cref_95,3,3,4,4): ǀ mass(729) color_count(blue,405.0) color_count(green,144.0) color_count(red,180.0) size(27,27) loc_xy(4,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(63) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj( ' ə', ' ǀ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' ɏ', ' ƶ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' ɔ', ' ƻ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' Ɋ', ' Ʊ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))])].  ___________________________________________________________  ___________________________________________________________ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ʊ Ʊ Ʊ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ ƶ Ɋ Ɋ Ɋ ɤ ɤ ɏ ɏ ɩ ɩ ɩ ɩ ɏ ɏ ɮ ɮ ɮ ɮ ɏ ɏ ɳ ɳ ɳ ɳ ɏ ɏ ɸ ɸ ɸ ɸ ɏ Ʊ Ʊ Ʊ NJ NJ ƶ ƶ Ǐ Ǐ Ǐ Ǐ ƶ ƶ ǔ ǔ ǔ ǔ ƶ ƶ Ǚ Ǚ Ǚ Ǚ ƶ ƶ Ǟ Ǟ Ǟ Ǟ ƶ Ɋ Ɋ Ɋ ɤ ɤ ɏ ɏ ɩ ɩ ɩ ɩ ɏ ɏ ɮ ɮ ɮ ɮ ɏ ɏ ɳ ɳ ɳ ɳ ɏ ɏ ɸ ɸ ɸ ɸ ɏ Ʊ Ʊ Ʊ NJ NJ ƶ ƶ Ǐ Ǐ Ǐ Ǐ ƶ ƶ ǔ ǔ ǔ ǔ ƶ ƶ Ǚ Ǚ Ǚ Ǚ ƶ ƶ Ǟ Ǟ Ǟ Ǟ ƶ ɔ ɤ ɤ ɤ ɤ ɞ ɞ ɩ ɩ ɩ ɩ ɞ ɞ ɮ ɮ ɮ ɮ ɞ ɞ ɳ ɳ ɳ ɳ ɞ ɞ ɸ ɸ ɸ ɸ ɞ ƻ NJ NJ NJ NJ Dž Dž Ǐ Ǐ Ǐ Ǐ Dž Dž ǔ ǔ ǔ ǔ Dž Dž Ǚ Ǚ Ǚ Ǚ Dž Dž Ǟ Ǟ Ǟ Ǟ Dž ɔ ɤ ɤ ɤ ɤ ɞ ɞ ɩ ɩ ɩ ɩ ɞ ɞ ɮ ɮ ɮ ɮ ɞ ɞ ɳ ɳ ɳ ɳ ɞ ɞ ɸ ɸ ɸ ɸ ɞ ƻ NJ NJ NJ NJ Dž Dž Ǐ Ǐ Ǐ Ǐ Dž Dž ǔ ǔ ǔ ǔ Dž Dž Ǚ Ǚ Ǚ Ǚ Dž Dž Ǟ Ǟ Ǟ Ǟ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɽ ɽ ɽ ɽ ɞ ɞ ʂ ʂ ʂ ʂ ɞ ɞ ʇ ʇ ʇ ʇ ɞ ɞ ʌ ʌ ʌ ʌ ɞ ɞ ʑ ʑ ʑ ʑ ɞ ƻ ǣ ǣ ǣ ǣ Dž Dž Ǩ Ǩ Ǩ Ǩ Dž Dž ǭ ǭ ǭ ǭ Dž Dž Dz Dz Dz Dz Dž Dž Ƿ Ƿ Ƿ Ƿ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ʖ ʖ ʖ ʖ ɞ ɞ ʛ ʛ ʛ ʛ ɞ ɞ ʠ ʠ ʠ ʠ ɞ ɞ ʥ ʥ ʥ ʥ ɞ ɞ ʪ ʪ ʪ ʪ ɞ ƻ Ǽ Ǽ Ǽ Ǽ Dž Dž Ȃ Ȃ Ȃ Ȃ Dž Dž ȇ ȇ ȇ ȇ Dž Dž Ȍ Ȍ Ȍ Ȍ Dž Dž ȑ ȑ ȑ ȑ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ʯ ʯ ʯ ʯ ɞ ɞ ϭ ϭ ϭ ϭ ɞ ɞ ϲ ϲ ϲ ϲ ɞ ɞ ϸ ϸ ϸ ϸ ɞ ɞ Ͻ Ͻ Ͻ Ͻ ɞ ƻ Ȗ Ȗ Ȗ Ȗ Dž Dž ț ț ț ț Dž Dž Ƞ Ƞ Ƞ Ƞ Dž Dž Ȧ Ȧ Ȧ Ȧ Dž Dž Ȭ Ȭ Ȭ Ȭ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ Ѓ Ѓ Ѓ Ѓ ɞ ɞ Ј Ј Ј Ј ɞ ɞ Ѝ Ѝ Ѝ Ѝ ɞ ɞ В В В В ɞ ɞ З З З З ɞ ƻ ȱ ȱ ȱ ȱ Dž Dž ȶ ȶ ȶ ȶ Dž Dž Ȼ Ȼ Ȼ Ȼ Dž Dž ɀ ɀ ɀ ɀ Dž Dž Ʌ Ʌ Ʌ Ʌ Dž ɔ ɔ ɔ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ƻ ƻ ƻ Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž Dž  ___________________________________________________________  ___________________________________________________________ better(v('8a371977')*(tst+0)+in) better(v('8a371977')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=2 colors_count_size=3 cc:0=cc(blue, 1000.0). cc:0=cc(blue, 1000.0). cc:1=cc(black, 800.0). cc:1=cc(red, 512.0). cc:2=cc(green, 288.0). compare_objs1([perfect]). % Outline: ɞ mass(500) color_count(blue,500.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(94) % Outline: Dž mass(500) color_count(blue,500.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(64) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=29. % Pattern(cref_96,3,3,4,4): Ɋ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar keypad layer(in) nth(90) % Outline: З mass(16) color_count(black,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(in) nth(119) % Outline: В mass(16) color_count(black,16.0) size(4,4) loc_xy(20,26) squares rectangluar outline filled_squared layer(in) nth(118) % Outline: Ѝ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,26) squares rectangluar outline filled_squared layer(in) nth(117) % Outline: Ј mass(16) color_count(black,16.0) size(4,4) loc_xy(8,26) squares rectangluar outline filled_squared layer(in) nth(116) % Outline: Ѓ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,26) squares rectangluar outline filled_squared layer(in) nth(115) % Outline: Ͻ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,20) squares rectangluar outline filled_squared layer(in) nth(114) % Outline: ϸ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,20) squares rectangluar outline filled_squared layer(in) nth(113) % Outline: ϲ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,20) squares rectangluar outline filled_squared layer(in) nth(112) % Outline: ϭ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,20) squares rectangluar outline filled_squared layer(in) nth(111) % Outline: ʯ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,20) squares rectangluar outline filled_squared layer(in) nth(110) % Outline: ʪ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,14) squares rectangluar outline filled_squared layer(in) nth(109) % Outline: ʥ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,14) squares rectangluar outline filled_squared layer(in) nth(108) % Outline: ʠ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(in) nth(107) % Outline: ʛ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(in) nth(106) % Outline: ʖ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(in) nth(105) % Outline: ʑ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,8) squares rectangluar outline filled_squared layer(in) nth(104) % Outline: ʌ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,8) squares rectangluar outline filled_squared layer(in) nth(103) % Outline: ʇ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(in) nth(102) % Outline: ʂ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(in) nth(101) % Outline: ɽ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(in) nth(100) % Outline: ɸ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,2) squares rectangluar outline filled_squared layer(in) nth(99) % Outline: ɳ mass(16) color_count(black,16.0) size(4,4) loc_xy(20,2) squares rectangluar outline filled_squared layer(in) nth(98) % Outline: ɮ mass(16) color_count(black,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(in) nth(97) % Outline: ɩ mass(16) color_count(black,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(96) % Outline: ɤ mass(16) color_count(black,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(in) nth(95) % Pattern(cref_96,3,3,4,4): ɏ mass(81) color_count(black,36.0) color_count(blue,45.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(91) % Pattern(cref_96,3,3,4,4): ɔ mass(81) color_count(black,36.0) color_count(blue,45.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(92) % Pattern(cref_96,3,3,4,4): ə mass(729) color_count(black,324.0) color_count(blue,405.0) size(27,27) loc_xy(4,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(93) _________________________________________________________________________________ groupB=29. % Pattern(cref_95,3,3,4,4): Ʊ mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar keypad layer(out) nth(60) % Outline: Ʌ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(out) nth(89) % Outline: ɀ mass(16) color_count(red,16.0) size(4,4) loc_xy(20,26) squares rectangluar outline filled_squared layer(out) nth(88) % Outline: Ȼ mass(16) color_count(red,16.0) size(4,4) loc_xy(14,26) squares rectangluar outline filled_squared layer(out) nth(87) % Outline: ȶ mass(16) color_count(red,16.0) size(4,4) loc_xy(8,26) squares rectangluar outline filled_squared layer(out) nth(86) % Outline: ȱ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,26) squares rectangluar outline filled_squared layer(out) nth(85) % Outline: Ȭ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,20) squares rectangluar outline filled_squared layer(out) nth(84) % Outline: Ȧ mass(16) color_count(green,16.0) size(4,4) loc_xy(20,20) squares rectangluar outline filled_squared layer(out) nth(83) % Outline: Ƞ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,20) squares rectangluar outline filled_squared layer(out) nth(82) % Outline: ț mass(16) color_count(green,16.0) size(4,4) loc_xy(8,20) squares rectangluar outline filled_squared layer(out) nth(81) % Outline: Ȗ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,20) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ȑ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,14) squares rectangluar outline filled_squared layer(out) nth(79) % Outline: Ȍ mass(16) color_count(green,16.0) size(4,4) loc_xy(20,14) squares rectangluar outline filled_squared layer(out) nth(78) % Outline: ȇ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,14) squares rectangluar outline filled_squared layer(out) nth(77) % Outline: Ȃ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,14) squares rectangluar outline filled_squared layer(out) nth(76) % Outline: Ǽ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,14) squares rectangluar outline filled_squared layer(out) nth(75) % Outline: Ƿ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,8) squares rectangluar outline filled_squared layer(out) nth(74) % Outline: Dz mass(16) color_count(green,16.0) size(4,4) loc_xy(20,8) squares rectangluar outline filled_squared layer(out) nth(73) % Outline: ǭ mass(16) color_count(green,16.0) size(4,4) loc_xy(14,8) squares rectangluar outline filled_squared layer(out) nth(72) % Outline: Ǩ mass(16) color_count(green,16.0) size(4,4) loc_xy(8,8) squares rectangluar outline filled_squared layer(out) nth(71) % Outline: ǣ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,8) squares rectangluar outline filled_squared layer(out) nth(70) % Outline: Ǟ mass(16) color_count(red,16.0) size(4,4) loc_xy(26,2) squares rectangluar outline filled_squared layer(out) nth(69) % Outline: Ǚ mass(16) color_count(red,16.0) size(4,4) loc_xy(20,2) squares rectangluar outline filled_squared layer(out) nth(68) % Outline: ǔ mass(16) color_count(red,16.0) size(4,4) loc_xy(14,2) squares rectangluar outline filled_squared layer(out) nth(67) % Outline: Ǐ mass(16) color_count(red,16.0) size(4,4) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(66) % Outline: NJ mass(16) color_count(red,16.0) size(4,4) loc_xy(2,2) squares rectangluar outline filled_squared layer(out) nth(65) % Pattern(cref_95,3,3,4,4): ƶ mass(81) color_count(blue,45.0) color_count(red,36.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(61) % Pattern(cref_95,3,3,4,4): ƻ mass(81) color_count(blue,45.0) color_count(red,36.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(62) % Pattern(cref_95,3,3,4,4): ǀ mass(729) color_count(blue,405.0) color_count(green,144.0) color_count(red,180.0) size(27,27) loc_xy(4,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(63) _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): Ɋ mass(9) color_count(black,4.0) color_count(blue,5.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar keypad layer(in) nth(90) % Pattern(cref_95,3,3,4,4): Ʊ mass(9) color_count(blue,5.0) color_count(red,4.0) size(3,3) rotation(flipHV) loc_xy(1,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar keypad layer(out) nth(60) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ɔ mass(81) color_count(black,36.0) color_count(blue,45.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(92) % Pattern(cref_95,3,3,4,4): ƻ mass(81) color_count(blue,45.0) color_count(red,36.0) size(3,27) rotation(flipH) loc_xy(1,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(62) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ɏ mass(81) color_count(black,36.0) color_count(blue,45.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(91) % Pattern(cref_95,3,3,4,4): ƶ mass(81) color_count(blue,45.0) color_count(red,36.0) size(27,3) rotation(flipV) loc_xy(4,1) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(61) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0). object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0)). sameness. % Pattern(cref_96,3,3,4,4): ə mass(729) color_count(black,324.0) color_count(blue,405.0) size(27,27) loc_xy(4,4) center_info('CRef_96',3,3,4,4) pattern(CRef_96,3,3,4,4) rectangluar filled_squared layer(in) nth(93) % Pattern(cref_95,3,3,4,4): ǀ mass(729) color_count(blue,405.0) color_count(green,144.0) color_count(red,180.0) size(27,27) loc_xy(4,4) center_info('CRef_95',3,3,4,4) pattern(CRef_95,3,3,4,4) rectangluar filled_squared layer(out) nth(63) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj( ' ə', ' ǀ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' ɏ', ' ƶ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' ɔ', ' ƻ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))]), change_obj( ' Ɋ', ' Ʊ', [ center_info(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0), object_shape(pattern(diff(('CRef_96'->'CRef_95')), 0, 0, 0, 0))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('696d4842')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('696d4842'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('696d4842')*(trn+0)+in) test(v('696d4842')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 874.0). cc:0=cc(black, 863.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(blue, 8.0). cc:2=cc(blue, 8.0). cc:3=cc(red, 1.0). cc:3=cc(red, 7.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 6.0).  ___________________________________________________________  ___________________________________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ꮈ Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ꮈ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  ___________________________________________________________  ___________________________________________________________ common(v('696d4842')*(trn+0)+in) common(v('696d4842')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 874.0). cc:0=cc(black, 863.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(blue, 8.0). cc:2=cc(blue, 8.0). cc:3=cc(red, 1.0). cc:3=cc(red, 7.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 6.0). compare_objs1([perfect]). % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(19,15) point layer(in) nth(12) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(19,15) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,23) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,23) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ą mass(874) color_count(black,874.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(26) % Outline: ĉ mass(16) color_count(yellow,16.0) size(6,11) loc_xy(7,5) squares outline polygon layer(in) nth(27) % Outline: Ď mass(8) color_count(blue,8.0) size(5,4) loc_xy(10,23) squares outline polygon layer(in) nth(28) _________________________________________________________________________________ groupB=5. % Outline: Ɋ mass(863) color_count(black,863.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: ʛ mass(16) color_count(yellow,16.0) size(12,5) loc_xy(7,11) rectangluar outline polygon layer(out) nth(9) % Hv_Line(h): ϭ mass(8) color_count(blue,8.0) size(8,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(10) % Hv_Line(v): ʂ mass(6) color_count(red,6.0) size(1,6) loc_xy(7,5) nonsquare hv_line(v) filled_squared layer(out) nth(8) % Polygon: Ј mass(5) color_count(purple,5.0) size(3,3) loc_xy(12,24) rectangluar polygon layer(out) nth(11) _________________________________________________________________________________ diffs. visual_hw(diff(- 3), diff(+ 3)). loc_xy(diff(+ 5), 0). object_shape(diff((squares->hv_line(h)))). object_shape(diff((outline->hv_line(h)))). object_shape(diff((polygon->hv_line(h)))). sameness. % Outline: Ď mass(8) color_count(blue,8.0) size(5,4) loc_xy(10,23) squares outline polygon layer(in) nth(28) % Hv_Line(h): ϭ mass(8) color_count(blue,8.0) size(8,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 6), diff(+ 6)). loc_xy(0, diff(- 6)). object_shape(diff((squares->rectangluar))). sameness. % Outline: ĉ mass(16) color_count(yellow,16.0) size(6,11) loc_xy(7,5) squares outline polygon layer(in) nth(27) % Outline: ʛ mass(16) color_count(yellow,16.0) size(12,5) loc_xy(7,11) rectangluar outline polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' Ј', ' ʂ', ' Ɋ']), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(- 6), diff(+ 6)), loc_xy(0, diff(- 6)), object_shape(diff((squares->rectangluar)))]), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(- 3), diff(+ 3)), loc_xy(diff(+ 5), 0), object_shape(diff((squares->hv_line(h)))), object_shape(diff((outline->hv_line(h)))), object_shape(diff((polygon->hv_line(h))))])].  ___________________________________________________________  ___________________________________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ꮈ Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ꮈ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  ___________________________________________________________  ___________________________________________________________ better(v('696d4842')*(trn+0)+in) better(v('696d4842')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 874.0). cc:0=cc(black, 863.0). cc:1=cc(yellow, 16.0). cc:1=cc(yellow, 16.0). cc:2=cc(blue, 8.0). cc:2=cc(blue, 8.0). cc:3=cc(red, 1.0). cc:3=cc(red, 7.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 6.0). compare_objs1([perfect]). % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(19,15) point layer(in) nth(12) % Point: С mass(1) color_count(red,1.0) size(1,1) loc_xy(19,15) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,23) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(purple,1.0) size(1,1) loc_xy(4,23) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ď mass(8) color_count(blue,8.0) size(5,4) loc_xy(10,23) squares outline polygon layer(in) nth(28) % Outline: ĉ mass(16) color_count(yellow,16.0) size(6,11) loc_xy(7,5) squares outline polygon layer(in) nth(27) % Outline: Ą mass(874) color_count(black,874.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(26) _________________________________________________________________________________ groupB=5. % Polygon: Ј mass(5) color_count(purple,5.0) size(3,3) loc_xy(12,24) rectangluar polygon layer(out) nth(11) % Hv_Line(v): ʂ mass(6) color_count(red,6.0) size(1,6) loc_xy(7,5) nonsquare hv_line(v) filled_squared layer(out) nth(8) % Hv_Line(h): ϭ mass(8) color_count(blue,8.0) size(8,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(10) % Outline: ʛ mass(16) color_count(yellow,16.0) size(12,5) loc_xy(7,11) rectangluar outline polygon layer(out) nth(9) % Outline: Ɋ mass(863) color_count(black,863.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. visual_hw(diff(- 3), diff(+ 3)). loc_xy(diff(+ 5), 0). object_shape(diff((squares->hv_line(h)))). object_shape(diff((outline->hv_line(h)))). object_shape(diff((polygon->hv_line(h)))). sameness. % Outline: Ď mass(8) color_count(blue,8.0) size(5,4) loc_xy(10,23) squares outline polygon layer(in) nth(28) % Hv_Line(h): ϭ mass(8) color_count(blue,8.0) size(8,1) loc_xy(5,23) hv_line(h) nonsquare filled_squared layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 6), diff(+ 6)). loc_xy(0, diff(- 6)). object_shape(diff((squares->rectangluar))). sameness. % Outline: ĉ mass(16) color_count(yellow,16.0) size(6,11) loc_xy(7,5) squares outline polygon layer(in) nth(27) % Outline: ʛ mass(16) color_count(yellow,16.0) size(12,5) loc_xy(7,11) rectangluar outline polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' Ј', ' ʂ', ' Ɋ']), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(- 6), diff(+ 6)), loc_xy(0, diff(- 6)), object_shape(diff((squares->rectangluar)))]), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(- 3), diff(+ 3)), loc_xy(diff(+ 5), 0), object_shape(diff((squares->hv_line(h)))), object_shape(diff((outline->hv_line(h)))), object_shape(diff((polygon->hv_line(h))))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('696d4842'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('696d4842')*(trn+1)+in) test(v('696d4842')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 379.0). cc:0=cc(black, 372.0). cc:1=cc(purple, 12.0). cc:1=cc(purple, 12.0). cc:2=cc(green, 7.0). cc:2=cc(green, 7.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(cyan, 1.0). cc:4=cc(cyan, 4.0).  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʂ ʂ ʂ ʛ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ꮈ Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ј ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ common(v('696d4842')*(trn+1)+in) common(v('696d4842')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 379.0). cc:0=cc(black, 372.0). cc:1=cc(purple, 12.0). cc:1=cc(purple, 12.0). cc:2=cc(green, 7.0). cc:2=cc(green, 7.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(cyan, 1.0). cc:4=cc(cyan, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,6) point layer(in) nth(12) % Point: С mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,6) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ą mass(379) color_count(black,379.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) % Outline: Ď mass(12) color_count(purple,12.0) size(7,6) loc_xy(5,11) squares outline polygon layer(in) nth(28) % Polygon: ĉ mass(7) color_count(green,7.0) size(5,3) loc_xy(3,5) squares polygon layer(in) nth(27) _________________________________________________________________________________ groupB=5. % Outline: Ɋ mass(372) color_count(black,372.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: ϭ mass(12) color_count(purple,12.0) size(3,10) loc_xy(9,7) rectangluar outline polygon layer(out) nth(10) % Polygon: ʛ mass(7) color_count(green,7.0) size(2,6) loc_xy(6,5) rectangluar polygon layer(out) nth(9) % Hv_Line(h): Ј mass(4) color_count(yellow,4.0) size(4,1) loc_xy(5,16) hv_line(h) nonsquare filled_squared layer(out) nth(11) % Hv_Line(h): ʂ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(3,5) hv_line(h) nonsquare filled_squared layer(out) nth(8) _________________________________________________________________________________ diffs. visual_hw(diff(+ 3), diff(- 3)). loc_xy(diff(- 3), 0). object_shape(diff((squares->rectangluar))). sameness. % Polygon: ĉ mass(7) color_count(green,7.0) size(5,3) loc_xy(3,5) squares polygon layer(in) nth(27) % Polygon: ʛ mass(7) color_count(green,7.0) size(2,6) loc_xy(6,5) rectangluar polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 4), diff(- 4)). loc_xy(diff(- 4), diff(+ 4)). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(12) color_count(purple,12.0) size(7,6) loc_xy(5,11) squares outline polygon layer(in) nth(28) % Outline: ϭ mass(12) color_count(purple,12.0) size(3,10) loc_xy(9,7) rectangluar outline polygon layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʂ', ' Ј', ' Ɋ']), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(+ 4), diff(- 4)), loc_xy(diff(- 4), diff(+ 4)), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(+ 3), diff(- 3)), loc_xy(diff(- 3), 0), object_shape(diff((squares->rectangluar)))])].  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʂ ʂ ʂ ʛ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ꮈ Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ј ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ better(v('696d4842')*(trn+1)+in) better(v('696d4842')*(trn+1)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 379.0). cc:0=cc(black, 372.0). cc:1=cc(purple, 12.0). cc:1=cc(purple, 12.0). cc:2=cc(green, 7.0). cc:2=cc(green, 7.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(cyan, 1.0). cc:4=cc(cyan, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,6) point layer(in) nth(12) % Point: С mass(1) color_count(yellow,1.0) size(1,1) loc_xy(11,6) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Polygon: ĉ mass(7) color_count(green,7.0) size(5,3) loc_xy(3,5) squares polygon layer(in) nth(27) % Outline: Ď mass(12) color_count(purple,12.0) size(7,6) loc_xy(5,11) squares outline polygon layer(in) nth(28) % Outline: Ą mass(379) color_count(black,379.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) _________________________________________________________________________________ groupB=5. % Hv_Line(h): ʂ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(3,5) hv_line(h) nonsquare filled_squared layer(out) nth(8) % Hv_Line(h): Ј mass(4) color_count(yellow,4.0) size(4,1) loc_xy(5,16) hv_line(h) nonsquare filled_squared layer(out) nth(11) % Polygon: ʛ mass(7) color_count(green,7.0) size(2,6) loc_xy(6,5) rectangluar polygon layer(out) nth(9) % Outline: ϭ mass(12) color_count(purple,12.0) size(3,10) loc_xy(9,7) rectangluar outline polygon layer(out) nth(10) % Outline: Ɋ mass(372) color_count(black,372.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. visual_hw(diff(+ 3), diff(- 3)). loc_xy(diff(- 3), 0). object_shape(diff((squares->rectangluar))). sameness. % Polygon: ĉ mass(7) color_count(green,7.0) size(5,3) loc_xy(3,5) squares polygon layer(in) nth(27) % Polygon: ʛ mass(7) color_count(green,7.0) size(2,6) loc_xy(6,5) rectangluar polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 4), diff(- 4)). loc_xy(diff(- 4), diff(+ 4)). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(12) color_count(purple,12.0) size(7,6) loc_xy(5,11) squares outline polygon layer(in) nth(28) % Outline: ϭ mass(12) color_count(purple,12.0) size(3,10) loc_xy(9,7) rectangluar outline polygon layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʂ', ' Ј', ' Ɋ']), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(+ 4), diff(- 4)), loc_xy(diff(- 4), diff(+ 4)), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(+ 3), diff(- 3)), loc_xy(diff(- 3), 0), object_shape(diff((squares->rectangluar)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('696d4842'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('696d4842')*(trn+2)+in) test(v('696d4842')*(trn+2)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 373.0). cc:0=cc(black, 364.0). cc:1=cc(green, 13.0). cc:1=cc(green, 13.0). cc:2=cc(yellow, 12.0). cc:2=cc(yellow, 12.0). cc:3=cc(purple, 1.0). cc:3=cc(cyan, 7.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 4.0).  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʛ ʛ ʛ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ ʂ ʂ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ꮈ Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ј Ј Ј Ј Ј Ј Ꮈ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ common(v('696d4842')*(trn+2)+in) common(v('696d4842')*(trn+2)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 373.0). cc:0=cc(black, 364.0). cc:1=cc(green, 13.0). cc:1=cc(green, 13.0). cc:2=cc(yellow, 12.0). cc:2=cc(yellow, 12.0). cc:3=cc(purple, 1.0). cc:3=cc(cyan, 7.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(12) % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ą mass(373) color_count(black,373.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) % Outline: Ď mass(13) color_count(green,13.0) size(9,5) loc_xy(4,13) squares outline polygon layer(in) nth(28) % Outline: ĉ mass(12) color_count(yellow,12.0) size(7,4) loc_xy(3,4) squares outline polygon layer(in) nth(27) _________________________________________________________________________________ groupB=5. % Outline: Ɋ mass(364) color_count(black,364.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: Ј mass(13) color_count(green,13.0) size(9,5) loc_xy(10,13) rectangluar outline polygon layer(out) nth(11) % Outline: ʂ mass(12) color_count(yellow,12.0) size(5,6) loc_xy(5,2) rectangluar outline polygon layer(out) nth(8) % Hv_Line(h): ϭ mass(6) color_count(cyan,6.0) size(6,1) loc_xy(4,13) hv_line(h) nonsquare filled_squared layer(out) nth(10) % Hv_Line(h): ʛ mass(3) color_count(purple,3.0) size(3,1) loc_xy(3,4) hv_line(h) nonsquare filled_squared layer(out) nth(9) _________________________________________________________________________________ diffs. visual_hw(diff(+ 2), diff(- 2)). loc_xy(diff(- 2), diff(+ 2)). object_shape(diff((squares->rectangluar))). sameness. % Outline: ĉ mass(12) color_count(yellow,12.0) size(7,4) loc_xy(3,4) squares outline polygon layer(in) nth(27) % Outline: ʂ mass(12) color_count(yellow,12.0) size(5,6) loc_xy(5,2) rectangluar outline polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 6), 0). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(13) color_count(green,13.0) size(9,5) loc_xy(4,13) squares outline polygon layer(in) nth(28) % Outline: Ј mass(13) color_count(green,13.0) size(9,5) loc_xy(10,13) rectangluar outline polygon layer(out) nth(11) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʛ', ' ϭ', ' Ɋ']), change_obj(' Ď', ' Ј', [loc_xy(diff(- 6), 0), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʂ', [ visual_hw(diff(+ 2), diff(- 2)), loc_xy(diff(- 2), diff(+ 2)), object_shape(diff((squares->rectangluar)))])].  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʛ ʛ ʛ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą ĉ ĉ ĉ ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ ʂ ʂ ʂ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ď Ď Ď Ą Ą Ą Ą Ą Ą Ꮈ Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ј Ј Ј Ј Ј Ј Ј Ј Ꮈ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ better(v('696d4842')*(trn+2)+in) better(v('696d4842')*(trn+2)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 373.0). cc:0=cc(black, 364.0). cc:1=cc(green, 13.0). cc:1=cc(green, 13.0). cc:2=cc(yellow, 12.0). cc:2=cc(yellow, 12.0). cc:3=cc(purple, 1.0). cc:3=cc(cyan, 7.0). cc:4=cc(cyan, 1.0). cc:4=cc(purple, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(12) % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,17) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(19,17) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: ĉ mass(12) color_count(yellow,12.0) size(7,4) loc_xy(3,4) squares outline polygon layer(in) nth(27) % Outline: Ď mass(13) color_count(green,13.0) size(9,5) loc_xy(4,13) squares outline polygon layer(in) nth(28) % Outline: Ą mass(373) color_count(black,373.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) _________________________________________________________________________________ groupB=5. % Hv_Line(h): ʛ mass(3) color_count(purple,3.0) size(3,1) loc_xy(3,4) hv_line(h) nonsquare filled_squared layer(out) nth(9) % Hv_Line(h): ϭ mass(6) color_count(cyan,6.0) size(6,1) loc_xy(4,13) hv_line(h) nonsquare filled_squared layer(out) nth(10) % Outline: ʂ mass(12) color_count(yellow,12.0) size(5,6) loc_xy(5,2) rectangluar outline polygon layer(out) nth(8) % Outline: Ј mass(13) color_count(green,13.0) size(9,5) loc_xy(10,13) rectangluar outline polygon layer(out) nth(11) % Outline: Ɋ mass(364) color_count(black,364.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. visual_hw(diff(+ 2), diff(- 2)). loc_xy(diff(- 2), diff(+ 2)). object_shape(diff((squares->rectangluar))). sameness. % Outline: ĉ mass(12) color_count(yellow,12.0) size(7,4) loc_xy(3,4) squares outline polygon layer(in) nth(27) % Outline: ʂ mass(12) color_count(yellow,12.0) size(5,6) loc_xy(5,2) rectangluar outline polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 6), 0). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(13) color_count(green,13.0) size(9,5) loc_xy(4,13) squares outline polygon layer(in) nth(28) % Outline: Ј mass(13) color_count(green,13.0) size(9,5) loc_xy(10,13) rectangluar outline polygon layer(out) nth(11) compare_objs1 = [ -same, -shape, -visually, -loc_xy, -perfect, +mass, +size, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʛ', ' ϭ', ' Ɋ']), change_obj(' Ď', ' Ј', [loc_xy(diff(- 6), 0), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʂ', [ visual_hw(diff(+ 2), diff(- 2)), loc_xy(diff(- 2), diff(+ 2)), object_shape(diff((squares->rectangluar)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('696d4842'),[]) [ +shape_match, +color_match, -mask_match, -rotation_match, evaluation, '(3, 1)'].  _______________________________________  _______________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _______________________________________  _______________________________________ test(v('696d4842')*(tst+0)+in) test(v('696d4842')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(black, 371.0). cc:1=cc(green, 12.0). cc:1=cc(green, 12.0). cc:2=cc(red, 8.0). cc:2=cc(red, 8.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 4.0).  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ꮈ Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ common(v('696d4842')*(tst+0)+in) common(v('696d4842')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(black, 371.0). cc:1=cc(green, 12.0). cc:1=cc(green, 12.0). cc:2=cc(red, 8.0). cc:2=cc(red, 8.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,6) point layer(in) nth(12) % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,6) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,9) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,9) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: Ą mass(378) color_count(black,378.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) % Outline: Ď mass(12) color_count(green,12.0) size(8,4) loc_xy(6,12) squares outline polygon layer(in) nth(28) % Outline: ĉ mass(8) color_count(red,8.0) size(5,4) loc_xy(3,3) squares outline polygon layer(in) nth(27) _________________________________________________________________________________ groupB=5. % Outline: Ɋ mass(371) color_count(black,371.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) % Outline: ϭ mass(12) color_count(green,12.0) size(7,6) loc_xy(7,10) rectangluar outline polygon layer(out) nth(10) % Polygon: ʛ mass(8) color_count(red,8.0) size(7,2) loc_xy(4,5) rectangluar polygon layer(out) nth(9) % Hv_Line(v): Ј mass(4) color_count(yellow,4.0) size(1,4) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(11) % Polygon: ʂ mass(3) color_count(purple,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) _________________________________________________________________________________ diffs. visual_hw(diff(- 2), diff(+ 2)). loc_xy(diff(- 1), diff(- 2)). object_shape(diff((squares->rectangluar))). object_shape(diff((outline->rectangluar))). sameness. % Outline: ĉ mass(8) color_count(red,8.0) size(5,4) loc_xy(3,3) squares outline polygon layer(in) nth(27) % Polygon: ʛ mass(8) color_count(red,8.0) size(7,2) loc_xy(4,5) rectangluar polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 2)). loc_xy(diff(- 1), diff(+ 2)). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(12) color_count(green,12.0) size(8,4) loc_xy(6,12) squares outline polygon layer(in) nth(28) % Outline: ϭ mass(12) color_count(green,12.0) size(7,6) loc_xy(7,10) rectangluar outline polygon layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʂ', ' Ј', ' Ɋ']), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(+ 1), diff(- 2)), loc_xy(diff(- 1), diff(+ 2)), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(- 2), diff(+ 2)), loc_xy(diff(- 1), diff(- 2)), object_shape(diff((squares->rectangluar))), object_shape(diff((outline->rectangluar)))])].  _______________________________________  _______________________________________ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą ĉ ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ ʂ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʂ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʛ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą ĉ ĉ ĉ ĉ Ą Ą Ą С Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ʛ ʛ ʛ С Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ꮈ Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ꮈ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ď Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ď Ď Ď Ď Ď Ď Ď Ď Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ј ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ Ɋ  _______________________________________  _______________________________________ better(v('696d4842')*(tst+0)+in) better(v('696d4842')*(tst+0)+out) IN OUT grid_dim=grid_size(20, 20). grid_dim=grid_size(20, 20). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 378.0). cc:0=cc(black, 371.0). cc:1=cc(green, 12.0). cc:1=cc(green, 12.0). cc:2=cc(red, 8.0). cc:2=cc(red, 8.0). cc:3=cc(yellow, 1.0). cc:3=cc(yellow, 5.0). cc:4=cc(purple, 1.0). cc:4=cc(purple, 4.0). compare_objs1([perfect]). % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,6) point layer(in) nth(12) % Point: С mass(1) color_count(purple,1.0) size(1,1) loc_xy(11,6) point layer(out) nth(12) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,9) point layer(in) nth(13) % Point: Ꮈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(13,9) point layer(out) nth(13) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=3. % Outline: ĉ mass(8) color_count(red,8.0) size(5,4) loc_xy(3,3) squares outline polygon layer(in) nth(27) % Outline: Ď mass(12) color_count(green,12.0) size(8,4) loc_xy(6,12) squares outline polygon layer(in) nth(28) % Outline: Ą mass(378) color_count(black,378.0) size(20,20) loc_xy(1,1) squares outline polygon layer(in) nth(26) _________________________________________________________________________________ groupB=5. % Polygon: ʂ mass(3) color_count(purple,3.0) size(2,2) loc_xy(3,3) rectangluar polygon layer(out) nth(8) % Hv_Line(v): Ј mass(4) color_count(yellow,4.0) size(1,4) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(11) % Polygon: ʛ mass(8) color_count(red,8.0) size(7,2) loc_xy(4,5) rectangluar polygon layer(out) nth(9) % Outline: ϭ mass(12) color_count(green,12.0) size(7,6) loc_xy(7,10) rectangluar outline polygon layer(out) nth(10) % Outline: Ɋ mass(371) color_count(black,371.0) size(20,20) loc_xy(1,1) rectangluar outline polygon layer(out) nth(7) _________________________________________________________________________________ diffs. visual_hw(diff(- 2), diff(+ 2)). loc_xy(diff(- 1), diff(- 2)). object_shape(diff((squares->rectangluar))). object_shape(diff((outline->rectangluar))). sameness. % Outline: ĉ mass(8) color_count(red,8.0) size(5,4) loc_xy(3,3) squares outline polygon layer(in) nth(27) % Polygon: ʛ mass(8) color_count(red,8.0) size(7,2) loc_xy(4,5) rectangluar polygon layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 2)). loc_xy(diff(- 1), diff(+ 2)). object_shape(diff((squares->rectangluar))). sameness. % Outline: Ď mass(12) color_count(green,12.0) size(8,4) loc_xy(6,12) squares outline polygon layer(in) nth(28) % Outline: ϭ mass(12) color_count(green,12.0) size(7,6) loc_xy(7,10) rectangluar outline polygon layer(out) nth(10) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ disjointed([' Ą'], [' ʂ', ' Ј', ' Ɋ']), change_obj( ' Ď', ' ϭ', [ visual_hw(diff(+ 1), diff(- 2)), loc_xy(diff(- 1), diff(+ 2)), object_shape(diff((squares->rectangluar)))]), change_obj( ' ĉ', ' ʛ', [ visual_hw(diff(- 2), diff(+ 2)), loc_xy(diff(- 1), diff(- 2)), object_shape(diff((squares->rectangluar))), object_shape(diff((outline->rectangluar)))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('40f6cd08')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('40f6cd08'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('40f6cd08')*(trn+0)+in) test(v('40f6cd08')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 27). grid_dim=grid_size(30, 27). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 499.0). cc:0=cc(black, 499.0). cc:1=cc(green, 203.0). cc:1=cc(green, 126.0). cc:2=cc(yellow, 52.0). cc:2=cc(yellow, 94.0). cc:3=cc(blue, 36.0). cc:3=cc(blue, 62.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 29.0).  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę Ę Ę Ę Ę Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę Ę Ę Ę Ę Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  ___________________________________________________________  ___________________________________________________________ common(v('40f6cd08')*(trn+0)+in) common(v('40f6cd08')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 27). grid_dim=grid_size(30, 27). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 499.0). cc:0=cc(black, 499.0). cc:1=cc(green, 203.0). cc:1=cc(green, 126.0). cc:2=cc(yellow, 52.0). cc:2=cc(yellow, 94.0). cc:3=cc(blue, 36.0). cc:3=cc(blue, 62.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 29.0). compare_objs1([perfect]). % Outline: ĉ mass(499) color_count(black,499.0) size(30,27) loc_xy(1,1) squares outline polygon layer(in) nth(27) % Outline: ᑁ mass(499) color_count(black,499.0) size(30,27) loc_xy(1,1) squares outline polygon layer(out) nth(18) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ď mass(68) color_count(green,68.0) size(16,11) loc_xy(4,3) squares outline polygon layer(in) nth(28) % Outline: ᑚ mass(68) color_count(green,68.0) size(16,11) loc_xy(4,3) squares outline polygon layer(out) nth(19) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ē mass(52) color_count(yellow,52.0) size(12,9) loc_xy(6,5) squares outline polygon layer(in) nth(29) % Outline: ᑴ mass(52) color_count(yellow,52.0) size(12,9) loc_xy(6,5) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ę mass(36) color_count(blue,36.0) size(8,7) loc_xy(8,7) squares outline polygon layer(in) nth(30) % Outline: ᒍ mass(36) color_count(blue,36.0) size(8,7) loc_xy(8,7) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĝ mass(20) color_count(cyan,20.0) size(4,5) loc_xy(10,9) squares rectangluar outline filled_squared layer(in) nth(31) % Outline: ᒦ mass(20) color_count(cyan,20.0) size(4,5) loc_xy(10,9) squares rectangluar outline filled_squared layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ģ mass(135) color_count(green,135.0) size(15,9) loc_xy(15,16) squares rectangluar outline filled_squared layer(in) nth(32) _________________________________________________________________________________ groupB=4. % Outline: ᒿ mass(58) color_count(green,58.0) size(15,9) loc_xy(15,16) squares outline polygon layer(out) nth(23) % Outline: ᓝ mass(42) color_count(yellow,42.0) size(11,7) loc_xy(17,18) squares outline polygon layer(out) nth(24) % Outline: ᓶ mass(26) color_count(blue,26.0) size(7,5) loc_xy(19,20) squares outline polygon layer(out) nth(25) % Keypad: Ą mass(9) color_count(cyan,9.0) size(3,3) loc_xy(21,22) squares rectangluar outline keypad layer(out) nth(26) _________________________________________________________________________________ disjointed([' ģ'], [' Ą', ' ᓶ', ' ᓝ', ' ᒿ']).  ___________________________________________________________  ___________________________________________________________ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ [38;2;68;68;68mᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē ē ē ē ē ē ē ē ē ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę Ę Ę Ę Ę Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę Ę Ę Ę Ę Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ Ď Ď ē ē Ę Ę ĝ ĝ ĝ ĝ Ę Ę ē ē Ď Ď ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑚ ᑚ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑚ ᑚ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᒿ ᒿ ᓝ ᓝ ᓶ ᓶ Ą Ą Ą ᓶ ᓶ ᓝ ᓝ ᒿ ᒿ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ ᑁ  ___________________________________________________________  ___________________________________________________________ better(v('40f6cd08')*(trn+0)+in) better(v('40f6cd08')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 27). grid_dim=grid_size(30, 27). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 499.0). cc:0=cc(black, 499.0). cc:1=cc(green, 203.0). cc:1=cc(green, 126.0). cc:2=cc(yellow, 52.0). cc:2=cc(yellow, 94.0). cc:3=cc(blue, 36.0). cc:3=cc(blue, 62.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 29.0). compare_objs1([perfect]). % Outline: ĝ mass(20) color_count(cyan,20.0) size(4,5) loc_xy(10,9) squares rectangluar outline filled_squared layer(in) nth(31) % Outline: ᒦ mass(20) color_count(cyan,20.0) size(4,5) loc_xy(10,9) squares rectangluar outline filled_squared layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ę mass(36) color_count(blue,36.0) size(8,7) loc_xy(8,7) squares outline polygon layer(in) nth(30) % Outline: ᒍ mass(36) color_count(blue,36.0) size(8,7) loc_xy(8,7) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ē mass(52) color_count(yellow,52.0) size(12,9) loc_xy(6,5) squares outline polygon layer(in) nth(29) % Outline: ᑴ mass(52) color_count(yellow,52.0) size(12,9) loc_xy(6,5) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ď mass(68) color_count(green,68.0) size(16,11) loc_xy(4,3) squares outline polygon layer(in) nth(28) % Outline: ᑚ mass(68) color_count(green,68.0) size(16,11) loc_xy(4,3) squares outline polygon layer(out) nth(19) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĉ mass(499) color_count(black,499.0) size(30,27) loc_xy(1,1) squares outline polygon layer(in) nth(27) % Outline: ᑁ mass(499) color_count(black,499.0) size(30,27) loc_xy(1,1) squares outline polygon layer(out) nth(18) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=1. % Outline: ģ mass(135) color_count(green,135.0) size(15,9) loc_xy(15,16) squares rectangluar outline filled_squared layer(in) nth(32) _________________________________________________________________________________ groupB=4. % Keypad: Ą mass(9) color_count(cyan,9.0) size(3,3) loc_xy(21,22) squares rectangluar outline keypad layer(out) nth(26) % Outline: ᓶ mass(26) color_count(blue,26.0) size(7,5) loc_xy(19,20) squares outline polygon layer(out) nth(25) % Outline: ᓝ mass(42) color_count(yellow,42.0) size(11,7) loc_xy(17,18) squares outline polygon layer(out) nth(24) % Outline: ᒿ mass(58) color_count(green,58.0) size(15,9) loc_xy(15,16) squares outline polygon layer(out) nth(23) _________________________________________________________________________________ disjointed([' ģ'], [' Ą', ' ᓶ', ' ᓝ', ' ᒿ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('40f6cd08'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('40f6cd08')*(trn+1)+in) test(v('40f6cd08')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 549.0). cc:0=cc(black, 549.0). cc:1=cc(red, 319.0). cc:1=cc(red, 249.0). cc:2=cc(purple, 18.0). cc:2=cc(purple, 59.0). cc:3=cc(cyan, 14.0). cc:3=cc(cyan, 43.0).  ___________________________________________________________  ___________________________________________________________ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ą Ą Ą Ą Ą ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ē ē ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ē ē ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ  ___________________________________________________________  ___________________________________________________________ common(v('40f6cd08')*(trn+1)+in) common(v('40f6cd08')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 549.0). cc:0=cc(black, 549.0). cc:1=cc(red, 319.0). cc:1=cc(red, 249.0). cc:2=cc(purple, 18.0). cc:2=cc(purple, 59.0). cc:3=cc(cyan, 14.0). cc:3=cc(cyan, 43.0). compare_objs1([perfect]). % Outline: Ę mass(549) color_count(black,549.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(30) % Outline: ᑴ mass(549) color_count(black,549.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĝ mass(78) color_count(red,78.0) size(11,10) loc_xy(4,3) squares outline polygon layer(in) nth(31) % Outline: ᒍ mass(78) color_count(red,78.0) size(11,10) loc_xy(4,3) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ģ mass(18) color_count(purple,18.0) size(8,4) loc_xy(4,6) squares outline polygon layer(in) nth(32) % Outline: ᒦ mass(18) color_count(purple,18.0) size(8,4) loc_xy(4,6) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ĩ mass(14) color_count(cyan,14.0) size(7,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(33) % Squares: ᒿ mass(14) color_count(cyan,14.0) size(7,2) loc_xy(4,7) squares rectangluar filled_squared layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: ij mass(160) color_count(red,160.0) size(16,10) loc_xy(6,20) squares rectangluar outline filled_squared layer(in) nth(35) % Outline: Į mass(81) color_count(red,81.0) size(9,9) loc_xy(20,9) squares rectangluar outline filled_squared layer(in) nth(34) _________________________________________________________________________________ groupB=6. % Outline: ĉ mass(108) color_count(red,108.0) size(16,10) loc_xy(6,20) squares outline polygon layer(out) nth(27) % Outline: ᓝ mass(63) color_count(red,63.0) size(9,9) loc_xy(20,9) squares outline polygon layer(out) nth(24) % Outline: Ď mass(28) color_count(purple,28.0) size(13,4) loc_xy(6,23) squares outline polygon layer(out) nth(28) % Squares: ē mass(24) color_count(cyan,24.0) size(12,2) loc_xy(6,24) squares rectangluar filled_squared layer(out) nth(29) % Outline: ᓶ mass(13) color_count(purple,13.0) size(6,3) loc_xy(20,12) squares outline polygon layer(out) nth(25) % Squares: Ą mass(5) color_count(cyan,5.0) size(5,1) loc_xy(20,13) squares nonsquare filled_squared layer(out) nth(26) _________________________________________________________________________________ disjointed([' Į', ' ij'], [' Ą', ' ᓶ', ' ē', ' Ď', ' ᓝ', ' ĉ']).  ___________________________________________________________  ___________________________________________________________ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ģ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ą Ą Ą Ą Ą ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Į Į Į Į Į Į Į Į Į Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᓝ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ē ē ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ē ē ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ  ___________________________________________________________  ___________________________________________________________ better(v('40f6cd08')*(trn+1)+in) better(v('40f6cd08')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 549.0). cc:0=cc(black, 549.0). cc:1=cc(red, 319.0). cc:1=cc(red, 249.0). cc:2=cc(purple, 18.0). cc:2=cc(purple, 59.0). cc:3=cc(cyan, 14.0). cc:3=cc(cyan, 43.0). compare_objs1([perfect]). % Squares: ĩ mass(14) color_count(cyan,14.0) size(7,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(33) % Squares: ᒿ mass(14) color_count(cyan,14.0) size(7,2) loc_xy(4,7) squares rectangluar filled_squared layer(out) nth(23) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ģ mass(18) color_count(purple,18.0) size(8,4) loc_xy(4,6) squares outline polygon layer(in) nth(32) % Outline: ᒦ mass(18) color_count(purple,18.0) size(8,4) loc_xy(4,6) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĝ mass(78) color_count(red,78.0) size(11,10) loc_xy(4,3) squares outline polygon layer(in) nth(31) % Outline: ᒍ mass(78) color_count(red,78.0) size(11,10) loc_xy(4,3) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ę mass(549) color_count(black,549.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(30) % Outline: ᑴ mass(549) color_count(black,549.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: Į mass(81) color_count(red,81.0) size(9,9) loc_xy(20,9) squares rectangluar outline filled_squared layer(in) nth(34) % Outline: ij mass(160) color_count(red,160.0) size(16,10) loc_xy(6,20) squares rectangluar outline filled_squared layer(in) nth(35) _________________________________________________________________________________ groupB=6. % Squares: Ą mass(5) color_count(cyan,5.0) size(5,1) loc_xy(20,13) squares nonsquare filled_squared layer(out) nth(26) % Outline: ᓶ mass(13) color_count(purple,13.0) size(6,3) loc_xy(20,12) squares outline polygon layer(out) nth(25) % Squares: ē mass(24) color_count(cyan,24.0) size(12,2) loc_xy(6,24) squares rectangluar filled_squared layer(out) nth(29) % Outline: Ď mass(28) color_count(purple,28.0) size(13,4) loc_xy(6,23) squares outline polygon layer(out) nth(28) % Outline: ᓝ mass(63) color_count(red,63.0) size(9,9) loc_xy(20,9) squares outline polygon layer(out) nth(24) % Outline: ĉ mass(108) color_count(red,108.0) size(16,10) loc_xy(6,20) squares outline polygon layer(out) nth(27) _________________________________________________________________________________ disjointed([' Į', ' ij'], [' Ą', ' ᓶ', ' ē', ' Ď', ' ᓝ', ' ĉ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('40f6cd08'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('40f6cd08')*(trn+2)+in) test(v('40f6cd08')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 555.0). cc:0=cc(black, 555.0). cc:1=cc(cyan, 310.0). cc:1=cc(cyan, 208.0). cc:2=cc(yellow, 20.0). cc:2=cc(red, 69.0). cc:3=cc(red, 15.0). cc:3=cc(yellow, 68.0).  ___________________________________________________________  ___________________________________________________________ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ Ą Ą Ą Ą ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ  ___________________________________________________________  ___________________________________________________________ common(v('40f6cd08')*(trn+2)+in) common(v('40f6cd08')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 555.0). cc:0=cc(black, 555.0). cc:1=cc(cyan, 310.0). cc:1=cc(cyan, 208.0). cc:2=cc(yellow, 20.0). cc:2=cc(red, 69.0). cc:3=cc(red, 15.0). cc:3=cc(yellow, 68.0). compare_objs1([perfect]). % Outline: Ę mass(555) color_count(black,555.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(30) % Outline: ᑴ mass(555) color_count(black,555.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĝ mass(64) color_count(cyan,64.0) size(11,9) loc_xy(5,4) squares outline polygon layer(in) nth(31) % Outline: ᒍ mass(64) color_count(cyan,64.0) size(11,9) loc_xy(5,4) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ģ mass(20) color_count(yellow,20.0) size(7,5) loc_xy(7,6) squares outline polygon layer(in) nth(32) % Outline: ᒦ mass(20) color_count(yellow,20.0) size(7,5) loc_xy(7,6) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Į mass(15) color_count(red,15.0) size(5,3) loc_xy(8,7) squares rectangluar outline filled_squared layer(in) nth(34) % Outline: ᓝ mass(15) color_count(red,15.0) size(5,3) loc_xy(8,7) squares rectangluar outline filled_squared layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: ij mass(176) color_count(cyan,176.0) size(16,11) loc_xy(4,18) squares rectangluar outline filled_squared layer(in) nth(35) % Outline: ĩ mass(70) color_count(cyan,70.0) size(10,7) loc_xy(20,6) squares rectangluar outline filled_squared layer(in) nth(33) _________________________________________________________________________________ groupB=6. % Outline: ĉ mass(92) color_count(cyan,92.0) size(16,11) loc_xy(4,18) squares outline polygon layer(out) nth(27) % Outline: ᒿ mass(52) color_count(cyan,52.0) size(10,7) loc_xy(20,6) squares outline polygon layer(out) nth(23) % Outline: ē mass(50) color_count(red,50.0) size(10,5) loc_xy(7,21) squares rectangluar outline filled_squared layer(out) nth(29) % Outline: Ď mass(34) color_count(yellow,34.0) size(12,7) loc_xy(6,20) squares outline polygon layer(out) nth(28) % Outline: ᓶ mass(14) color_count(yellow,14.0) size(6,3) loc_xy(22,8) squares outline polygon layer(out) nth(25) % Squares: Ą mass(4) color_count(red,4.0) size(4,1) loc_xy(23,9) squares nonsquare filled_squared layer(out) nth(26) _________________________________________________________________________________ disjointed([' ĩ', ' ij'], [' Ą', ' ᓶ', ' Ď', ' ē', ' ᒿ', ' ĉ']).  ___________________________________________________________  ___________________________________________________________ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę ĝ ĝ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ Į Į Į Į Į ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᓝ ᓝ ᓝ ᓝ ᓝ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ Ą Ą Ą Ą ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ģ ģ ģ ģ ģ ģ ģ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒦ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ę Ę Ę Ę ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ę ᑴ ᑴ ᑴ ᑴ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᒍ ᑴ ᑴ ᑴ ᑴ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď ē ē ē ē ē ē ē ē ē ē Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij ij Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ ᑴ  ___________________________________________________________  ___________________________________________________________ better(v('40f6cd08')*(trn+2)+in) better(v('40f6cd08')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(black, 555.0). cc:0=cc(black, 555.0). cc:1=cc(cyan, 310.0). cc:1=cc(cyan, 208.0). cc:2=cc(yellow, 20.0). cc:2=cc(red, 69.0). cc:3=cc(red, 15.0). cc:3=cc(yellow, 68.0). compare_objs1([perfect]). % Outline: Į mass(15) color_count(red,15.0) size(5,3) loc_xy(8,7) squares rectangluar outline filled_squared layer(in) nth(34) % Outline: ᓝ mass(15) color_count(red,15.0) size(5,3) loc_xy(8,7) squares rectangluar outline filled_squared layer(out) nth(24) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ģ mass(20) color_count(yellow,20.0) size(7,5) loc_xy(7,6) squares outline polygon layer(in) nth(32) % Outline: ᒦ mass(20) color_count(yellow,20.0) size(7,5) loc_xy(7,6) squares outline polygon layer(out) nth(22) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ĝ mass(64) color_count(cyan,64.0) size(11,9) loc_xy(5,4) squares outline polygon layer(in) nth(31) % Outline: ᒍ mass(64) color_count(cyan,64.0) size(11,9) loc_xy(5,4) squares outline polygon layer(out) nth(21) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ę mass(555) color_count(black,555.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(30) % Outline: ᑴ mass(555) color_count(black,555.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(20) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: ĩ mass(70) color_count(cyan,70.0) size(10,7) loc_xy(20,6) squares rectangluar outline filled_squared layer(in) nth(33) % Outline: ij mass(176) color_count(cyan,176.0) size(16,11) loc_xy(4,18) squares rectangluar outline filled_squared layer(in) nth(35) _________________________________________________________________________________ groupB=6. % Squares: Ą mass(4) color_count(red,4.0) size(4,1) loc_xy(23,9) squares nonsquare filled_squared layer(out) nth(26) % Outline: ᓶ mass(14) color_count(yellow,14.0) size(6,3) loc_xy(22,8) squares outline polygon layer(out) nth(25) % Outline: Ď mass(34) color_count(yellow,34.0) size(12,7) loc_xy(6,20) squares outline polygon layer(out) nth(28) % Outline: ē mass(50) color_count(red,50.0) size(10,5) loc_xy(7,21) squares rectangluar outline filled_squared layer(out) nth(29) % Outline: ᒿ mass(52) color_count(cyan,52.0) size(10,7) loc_xy(20,6) squares outline polygon layer(out) nth(23) % Outline: ĉ mass(92) color_count(cyan,92.0) size(16,11) loc_xy(4,18) squares outline polygon layer(out) nth(27) _________________________________________________________________________________ disjointed([' ĩ', ' ij'], [' Ą', ' ᓶ', ' Ď', ' ē', ' ᒿ', ' ĉ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('40f6cd08'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('40f6cd08')*(tst+0)+in) test(v('40f6cd08')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(black, 437.0). cc:1=cc(blue, 373.0). cc:1=cc(red, 148.0). cc:2=cc(red, 40.0). cc:2=cc(blue, 148.0). cc:3=cc(yellow, 30.0). cc:3=cc(yellow, 93.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 74.0).  ___________________________________________________________  ___________________________________________________________ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š  ___________________________________________________________  ___________________________________________________________ common(v('40f6cd08')*(tst+0)+in) common(v('40f6cd08')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(black, 437.0). cc:1=cc(blue, 373.0). cc:1=cc(red, 148.0). cc:2=cc(red, 40.0). cc:2=cc(blue, 148.0). cc:3=cc(yellow, 30.0). cc:3=cc(yellow, 93.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 74.0). compare_objs1([perfect]). % Outline: Ǐ mass(437) color_count(black,437.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(66) % Outline: š mass(437) color_count(black,437.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ǣ mass(30) color_count(yellow,30.0) size(3,10) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(70) % Outline: ŵ mass(30) color_count(yellow,30.0) size(3,10) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: Dz mass(20) color_count(blue,20.0) size(2,10) loc_xy(14,2) squares rectangluar filled_squared layer(in) nth(73) % Squares: Ƅ mass(20) color_count(blue,20.0) size(2,10) loc_xy(14,2) squares rectangluar filled_squared layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ǭ mass(20) color_count(red,20.0) size(2,10) loc_xy(12,2) squares rectangluar filled_squared layer(in) nth(72) % Squares: ſ mass(20) color_count(red,20.0) size(2,10) loc_xy(12,2) squares rectangluar filled_squared layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: Ǚ mass(20) color_count(red,20.0) size(2,10) loc_xy(5,2) squares rectangluar filled_squared layer(in) nth(68) % Squares: ū mass(20) color_count(red,20.0) size(2,10) loc_xy(5,2) squares rectangluar filled_squared layer(out) nth(46) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ǔ mass(20) color_count(blue,20.0) size(2,10) loc_xy(3,2) squares rectangluar filled_squared layer(in) nth(67) % Squares: Ŧ mass(20) color_count(blue,20.0) size(2,10) loc_xy(3,2) squares rectangluar filled_squared layer(out) nth(45) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): Ǩ mass(10) color_count(cyan,10.0) size(1,10) loc_xy(11,2) squares hv_line(v) filled_squared layer(in) nth(71) % Hv_Line(v): ź mass(10) color_count(cyan,10.0) size(1,10) loc_xy(11,2) squares hv_line(v) filled_squared layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): Ǟ mass(10) color_count(cyan,10.0) size(1,10) loc_xy(7,2) squares hv_line(v) filled_squared layer(in) nth(69) % Hv_Line(v): Ű mass(10) color_count(cyan,10.0) size(1,10) loc_xy(7,2) squares hv_line(v) filled_squared layer(out) nth(47) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: Ǽ mass(168) color_count(blue,168.0) size(14,12) loc_xy(3,15) squares rectangluar outline filled_squared layer(in) nth(75) % Outline: Ƿ mass(165) color_count(blue,165.0) size(11,15) loc_xy(19,4) squares rectangluar outline filled_squared layer(in) nth(74) _________________________________________________________________________________ groupB=14. % Outline: ƻ mass(48) color_count(yellow,48.0) size(4,12) loc_xy(8,15) squares rectangluar outline filled_squared layer(out) nth(62) % Squares: Ƨ mass(30) color_count(blue,30.0) size(2,15) loc_xy(28,4) squares rectangluar filled_squared layer(out) nth(58) % Squares: Ƣ mass(30) color_count(red,30.0) size(2,15) loc_xy(26,4) squares rectangluar filled_squared layer(out) nth(57) % Squares: Ǝ mass(30) color_count(red,30.0) size(2,15) loc_xy(21,4) squares rectangluar filled_squared layer(out) nth(53) % Squares: Ɖ mass(30) color_count(blue,30.0) size(2,15) loc_xy(19,4) squares rectangluar filled_squared layer(out) nth(52) % Squares: NJ mass(24) color_count(blue,24.0) size(2,12) loc_xy(15,15) squares rectangluar filled_squared layer(out) nth(65) % Squares: Dž mass(24) color_count(red,24.0) size(2,12) loc_xy(13,15) squares rectangluar filled_squared layer(out) nth(64) % Squares: Ʊ mass(24) color_count(red,24.0) size(2,12) loc_xy(5,15) squares rectangluar filled_squared layer(out) nth(60) % Squares: Ƭ mass(24) color_count(blue,24.0) size(2,12) loc_xy(3,15) squares rectangluar filled_squared layer(out) nth(59) % Hv_Line(v): Ɲ mass(15) color_count(cyan,15.0) size(1,15) loc_xy(25,4) squares hv_line(v) filled_squared layer(out) nth(56) % Hv_Line(v): Ƙ mass(15) color_count(yellow,15.0) size(1,15) loc_xy(24,4) squares hv_line(v) filled_squared layer(out) nth(55) % Hv_Line(v): Ɠ mass(15) color_count(cyan,15.0) size(1,15) loc_xy(23,4) squares hv_line(v) filled_squared layer(out) nth(54) % Hv_Line(v): ǀ mass(12) color_count(cyan,12.0) size(1,12) loc_xy(12,15) squares hv_line(v) filled_squared layer(out) nth(63) % Hv_Line(v): ƶ mass(12) color_count(cyan,12.0) size(1,12) loc_xy(7,15) squares hv_line(v) filled_squared layer(out) nth(61) _________________________________________________________________________________ disjointed( [' Ƿ', ' Ǽ'], [ ' ƶ', ' ǀ', ' Ɠ', ' Ɲ', ' Ƙ', ' Ƭ', ' NJ', ' Ʊ', ' Dž', ' Ɖ', ' Ƨ', ' Ǝ', ' Ƣ', ' ƻ']).  ___________________________________________________________  ___________________________________________________________ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š š š š š š š š š š š š š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǟ ǣ ǣ ǣ Ǩ ǭ ǭ Dz Dz Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ŧ Ŧ ū ū Ű ŵ ŵ ŵ ź ſ ſ Ƅ Ƅ š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š š š š š š š š š š š š š š š š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š Ɖ Ɖ Ǝ Ǝ Ɠ Ƙ Ɲ Ƣ Ƣ Ƨ Ƨ š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š Ƭ Ƭ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ǀ Dž Dž NJ NJ š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ š š š š š š š š š š š š š š š š š š š š š š š š š š š š š š  ___________________________________________________________  ___________________________________________________________ better(v('40f6cd08')*(tst+0)+in) better(v('40f6cd08')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(black, 437.0). cc:0=cc(black, 437.0). cc:1=cc(blue, 373.0). cc:1=cc(red, 148.0). cc:2=cc(red, 40.0). cc:2=cc(blue, 148.0). cc:3=cc(yellow, 30.0). cc:3=cc(yellow, 93.0). cc:4=cc(cyan, 20.0). cc:4=cc(cyan, 74.0). compare_objs1([perfect]). % Hv_Line(v): Ǩ mass(10) color_count(cyan,10.0) size(1,10) loc_xy(11,2) squares hv_line(v) filled_squared layer(in) nth(71) % Hv_Line(v): ź mass(10) color_count(cyan,10.0) size(1,10) loc_xy(11,2) squares hv_line(v) filled_squared layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Hv_Line(v): Ǟ mass(10) color_count(cyan,10.0) size(1,10) loc_xy(7,2) squares hv_line(v) filled_squared layer(in) nth(69) % Hv_Line(v): Ű mass(10) color_count(cyan,10.0) size(1,10) loc_xy(7,2) squares hv_line(v) filled_squared layer(out) nth(47) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: Dz mass(20) color_count(blue,20.0) size(2,10) loc_xy(14,2) squares rectangluar filled_squared layer(in) nth(73) % Squares: Ƅ mass(20) color_count(blue,20.0) size(2,10) loc_xy(14,2) squares rectangluar filled_squared layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ǭ mass(20) color_count(red,20.0) size(2,10) loc_xy(12,2) squares rectangluar filled_squared layer(in) nth(72) % Squares: ſ mass(20) color_count(red,20.0) size(2,10) loc_xy(12,2) squares rectangluar filled_squared layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: Ǚ mass(20) color_count(red,20.0) size(2,10) loc_xy(5,2) squares rectangluar filled_squared layer(in) nth(68) % Squares: ū mass(20) color_count(red,20.0) size(2,10) loc_xy(5,2) squares rectangluar filled_squared layer(out) nth(46) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Squares: ǔ mass(20) color_count(blue,20.0) size(2,10) loc_xy(3,2) squares rectangluar filled_squared layer(in) nth(67) % Squares: Ŧ mass(20) color_count(blue,20.0) size(2,10) loc_xy(3,2) squares rectangluar filled_squared layer(out) nth(45) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: ǣ mass(30) color_count(yellow,30.0) size(3,10) loc_xy(8,2) squares rectangluar outline filled_squared layer(in) nth(70) % Outline: ŵ mass(30) color_count(yellow,30.0) size(3,10) loc_xy(8,2) squares rectangluar outline filled_squared layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Outline: Ǐ mass(437) color_count(black,437.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(66) % Outline: š mass(437) color_count(black,437.0) size(30,30) loc_xy(1,1) squares outline polygon layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=2. % Outline: Ƿ mass(165) color_count(blue,165.0) size(11,15) loc_xy(19,4) squares rectangluar outline filled_squared layer(in) nth(74) % Outline: Ǽ mass(168) color_count(blue,168.0) size(14,12) loc_xy(3,15) squares rectangluar outline filled_squared layer(in) nth(75) _________________________________________________________________________________ groupB=14. % Hv_Line(v): ǀ mass(12) color_count(cyan,12.0) size(1,12) loc_xy(12,15) squares hv_line(v) filled_squared layer(out) nth(63) % Hv_Line(v): ƶ mass(12) color_count(cyan,12.0) size(1,12) loc_xy(7,15) squares hv_line(v) filled_squared layer(out) nth(61) % Hv_Line(v): Ɲ mass(15) color_count(cyan,15.0) size(1,15) loc_xy(25,4) squares hv_line(v) filled_squared layer(out) nth(56) % Hv_Line(v): Ƙ mass(15) color_count(yellow,15.0) size(1,15) loc_xy(24,4) squares hv_line(v) filled_squared layer(out) nth(55) % Hv_Line(v): Ɠ mass(15) color_count(cyan,15.0) size(1,15) loc_xy(23,4) squares hv_line(v) filled_squared layer(out) nth(54) % Squares: NJ mass(24) color_count(blue,24.0) size(2,12) loc_xy(15,15) squares rectangluar filled_squared layer(out) nth(65) % Squares: Dž mass(24) color_count(red,24.0) size(2,12) loc_xy(13,15) squares rectangluar filled_squared layer(out) nth(64) % Squares: Ʊ mass(24) color_count(red,24.0) size(2,12) loc_xy(5,15) squares rectangluar filled_squared layer(out) nth(60) % Squares: Ƭ mass(24) color_count(blue,24.0) size(2,12) loc_xy(3,15) squares rectangluar filled_squared layer(out) nth(59) % Squares: Ƨ mass(30) color_count(blue,30.0) size(2,15) loc_xy(28,4) squares rectangluar filled_squared layer(out) nth(58) % Squares: Ƣ mass(30) color_count(red,30.0) size(2,15) loc_xy(26,4) squares rectangluar filled_squared layer(out) nth(57) % Squares: Ǝ mass(30) color_count(red,30.0) size(2,15) loc_xy(21,4) squares rectangluar filled_squared layer(out) nth(53) % Squares: Ɖ mass(30) color_count(blue,30.0) size(2,15) loc_xy(19,4) squares rectangluar filled_squared layer(out) nth(52) % Outline: ƻ mass(48) color_count(yellow,48.0) size(4,12) loc_xy(8,15) squares rectangluar outline filled_squared layer(out) nth(62) _________________________________________________________________________________ disjointed( [' Ƿ', ' Ǽ'], [ ' ƶ', ' ǀ', ' Ɠ', ' Ɲ', ' Ƙ', ' Ƭ', ' NJ', ' Ʊ', ' Dž', ' Ɖ', ' Ƨ', ' Ǝ', ' Ƣ', ' ƻ']). AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v('05a7bcf2')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('05a7bcf2'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('05a7bcf2')*(trn+0)+in) test(v('05a7bcf2')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 806.0). cc:0=cc(black, 595.0). cc:1=cc(red, 46.0). cc:1=cc(cyan, 200.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 48.0). cc:3=cc(yellow, 18.0). cc:3=cc(yellow, 39.0). cc:4=cc(green, 18.0).  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ʌ Ʌ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ʊ Ʊ Ʊ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ʌ Ʌ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ƭ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ʊ Ʊ Ʊ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ɋ Ɋ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ ƶ ƶ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ƨ Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ƨ Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Dž Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ǐ Ǐ Ǐ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ǐ Ǐ Ǐ Ƨ Ƨ Ƨ Ƨ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ɞ ə ə ə ə ə ə ə ə ɞ ɞ ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ Dz ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ƿ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ɞ ə ə ɞ ɞ ə ə ɞ ə ɞ ə ə ɞ ɞ ə ə ə ɞ ə ɞ ə ə ɞ ɞ ɞ ə ə ɞ ə ə Ǽ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ȃ Ǟ ǔ ǔ ǣ Dz Dz ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ƿ ǔ ǔ ǔ ǭ ȇ ǭ ǭ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ Ǽ Ǽ Ǽ ǔ ǔ Ȃ Ȃ Ȃ Ȃ ǔ ǔ Dz Dz Dz Dz Dz Dz ǔ ǔ ǔ Ƿ Ƿ Ƿ ǔ ǔ ǔ ȇ ȇ ȇ ȇ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț Ȧ Ȧ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ Ȭ Ȭ ȑ ȑ ȑ ȑ ȱ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȶ ǔ ȶ ț ț ț Ȧ Ȧ Ȧ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ Ȭ Ȭ ȑ ȑ ȑ ȑ ȱ ȱ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȶ ȶ ȶ ț ț ț Ȧ Ȧ Ȧ Ƞ Ƞ Ƞ Ƞ  ___________________________________________________________  ___________________________________________________________ common(v('05a7bcf2')*(trn+0)+in) common(v('05a7bcf2')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 806.0). cc:0=cc(black, 595.0). cc:1=cc(red, 46.0). cc:1=cc(cyan, 200.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 48.0). cc:3=cc(yellow, 18.0). cc:3=cc(yellow, 39.0). cc:4=cc(green, 18.0). groupA=9. % Outline: ə mass(284) color_count(black,284.0) size(30,10) loc_xy(1,12) squares outline polygon layer(in) nth(93) % Outline: Ȼ mass(282) color_count(black,282.0) size(30,10) loc_xy(1,1) squares outline polygon layer(in) nth(87) % Outline: ɤ mass(240) color_count(black,240.0) size(30,8) loc_xy(1,23) squares rectangluar outline filled_squared layer(in) nth(95) % Outline: ɞ mass(46) color_count(red,46.0) size(30,3) loc_xy(1,20) squares outline polygon layer(in) nth(94) % Squares: ɔ mass(30) color_count(cyan,30.0) size(30,1) loc_xy(1,11) squares nonsquare filled_squared layer(in) nth(92) % Polygon: ɏ mass(7) color_count(yellow,7.0) size(3,3) loc_xy(24,6) squares polygon layer(in) nth(91) % Squares: Ʌ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(in) nth(89) % Polygon: ɀ mass(3) color_count(yellow,3.0) size(2,2) loc_xy(10,4) squares polygon layer(in) nth(88) % Squares: Ɋ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(4,6) squares nonsquare filled_squared layer(in) nth(90) _________________________________________________________________________________ groupB=29. % Outline: Ƨ mass(243) color_count(black,243.0) size(30,10) loc_xy(1,1) squares outline polygon layer(out) nth(58) % Outline: ǔ mass(200) color_count(cyan,200.0) size(30,19) loc_xy(1,11) squares outline polygon layer(out) nth(67) % Outline: ǣ mass(57) color_count(black,57.0) size(6,10) loc_xy(12,12) squares outline polygon layer(out) nth(70) % Outline: Ȗ mass(48) color_count(black,48.0) size(6,8) loc_xy(12,23) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ǭ mass(39) color_count(black,39.0) size(4,10) loc_xy(27,12) squares outline polygon layer(out) nth(72) % Outline: Ǟ mass(39) color_count(black,39.0) size(4,10) loc_xy(6,12) squares outline polygon layer(out) nth(69) % Outline: Ƞ mass(32) color_count(black,32.0) size(4,8) loc_xy(27,23) squares rectangluar outline filled_squared layer(out) nth(82) % Outline: ȑ mass(32) color_count(black,32.0) size(4,8) loc_xy(6,23) squares rectangluar outline filled_squared layer(out) nth(79) % Outline: Ǚ mass(29) color_count(black,29.0) size(3,10) loc_xy(1,12) squares outline polygon layer(out) nth(68) % Outline: Ǩ mass(28) color_count(black,28.0) size(3,10) loc_xy(21,12) squares outline polygon layer(out) nth(71) % Outline: ț mass(24) color_count(black,24.0) size(3,8) loc_xy(21,23) squares rectangluar outline filled_squared layer(out) nth(81) % Outline: Ȍ mass(24) color_count(black,24.0) size(3,8) loc_xy(1,23) squares rectangluar outline filled_squared layer(out) nth(78) % Outline: ǀ mass(15) color_count(yellow,15.0) size(3,5) loc_xy(18,6) squares rectangluar outline filled_squared layer(out) nth(63) % Squares: ƻ mass(10) color_count(yellow,10.0) size(2,5) loc_xy(10,6) squares rectangluar filled_squared layer(out) nth(62) % Outline: Dz mass(9) color_count(red,9.0) size(6,3) loc_xy(12,20) squares outline polygon layer(out) nth(73) % Outline: Ȧ mass(8) color_count(red,8.0) size(3,3) loc_xy(24,28) squares outline polygon layer(out) nth(83) % Squares: NJ mass(8) color_count(yellow,8.0) size(2,4) loc_xy(4,7) squares rectangluar filled_squared layer(out) nth(65) % Polygon: Dž mass(7) color_count(green,7.0) size(3,3) loc_xy(24,6) squares polygon layer(out) nth(64) % Squares: Ǐ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(24,9) squares rectangluar filled_squared layer(out) nth(66) % Squares: Ʊ mass(6) color_count(green,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(out) nth(60) % Polygon: ȶ mass(5) color_count(red,5.0) size(3,2) loc_xy(18,29) squares polygon layer(out) nth(86) % Polygon: ȇ mass(5) color_count(red,5.0) size(4,2) loc_xy(27,21) squares polygon layer(out) nth(77) % Polygon: Ȃ mass(5) color_count(red,5.0) size(4,2) loc_xy(6,21) squares polygon layer(out) nth(76) % Polygon: Ƿ mass(5) color_count(red,5.0) size(3,3) loc_xy(21,20) squares polygon layer(out) nth(74) % Squares: Ȭ mass(4) color_count(red,4.0) size(2,2) loc_xy(4,29) squares rectangluar filled_squared layer(out) nth(84) % Polygon: Ǽ mass(4) color_count(red,4.0) size(3,2) loc_xy(1,21) squares polygon layer(out) nth(75) % Polygon: ȱ mass(3) color_count(red,3.0) size(2,2) loc_xy(10,29) squares polygon layer(out) nth(85) % Polygon: Ƭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,4) squares polygon layer(out) nth(59) % Squares: ƶ mass(2) color_count(green,2.0) size(2,1) loc_xy(4,6) squares nonsquare filled_squared layer(out) nth(61) _________________________________________________________________________________ diffs. loc_xy(diff(- 6), diff(- 5)). sameness. % Squares: Ʌ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(in) nth(89) % Squares: Ǐ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(24,9) squares rectangluar filled_squared layer(out) nth(66) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ɔ', ' ɞ', ' ɤ', ' Ȼ', ' ə'], [ ' ȱ', ' Ȭ', ' Ǽ', ' ȶ', ' ȇ', ' Ȃ', ' Ƿ', ' Ʊ', ' NJ', ' Ȧ', ' Dz', ' ƻ', ' ǀ', ' Ȍ', ' ț', ' Ǩ', ' Ǚ', ' ȑ', ' Ƞ', ' Ǟ', ' ǭ', ' Ȗ', ' ǣ', ' ǔ', ' Ƨ']), change_obj(' Ʌ', ' Ǐ', [loc_xy(diff(- 6), diff(- 5))])].  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ʌ Ʌ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ʊ Ʊ Ʊ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ʌ Ʌ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ƭ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ʊ Ʊ Ʊ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ɋ Ɋ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ ƶ ƶ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ƨ Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ƨ Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɏ ɏ ɏ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Dž Dž Dž Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ǐ Ǐ Ǐ Ƨ Ƨ Ƨ Ƨ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ƨ Ƨ Ƨ NJ NJ Ƨ Ƨ Ƨ Ƨ ƻ ƻ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ǀ ǀ ǀ Ƨ Ƨ Ƨ Ǐ Ǐ Ǐ Ƨ Ƨ Ƨ Ƨ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ɔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ǔ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ ǣ ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ǩ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ə ə ə ə ə ə ə ə ə ə ə ə ə ɞ ə ə ə ə ə ə ə ə ɞ ɞ ə ə ə ə ə ə Ǚ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ǟ Ǟ ǔ ǔ ǣ ǣ Dz ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ƿ ǔ ǔ ǔ ǭ ǭ ǭ ǭ ɞ ə ə ɞ ɞ ə ə ɞ ə ɞ ə ə ɞ ɞ ə ə ə ɞ ə ɞ ə ə ɞ ɞ ɞ ə ə ɞ ə ə Ǽ Ǚ Ǚ ǔ ǔ Ǟ Ǟ Ȃ Ǟ ǔ ǔ ǣ Dz Dz ǣ ǣ ǣ ǔ ǔ ǔ Ǩ Ǩ Ƿ ǔ ǔ ǔ ǭ ȇ ǭ ǭ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ ɞ Ǽ Ǽ Ǽ ǔ ǔ Ȃ Ȃ Ȃ Ȃ ǔ ǔ Dz Dz Dz Dz Dz Dz ǔ ǔ ǔ Ƿ Ƿ Ƿ ǔ ǔ ǔ ȇ ȇ ȇ ȇ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț ǔ ǔ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ ǔ ǔ ȑ ȑ ȑ ȑ ǔ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ǔ ǔ ǔ ț ț ț Ȧ Ȧ ǔ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ Ȭ Ȭ ȑ ȑ ȑ ȑ ȱ ǔ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȶ ǔ ȶ ț ț ț Ȧ Ȧ Ȧ Ƞ Ƞ Ƞ Ƞ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ ɤ Ȍ Ȍ Ȍ Ȭ Ȭ ȑ ȑ ȑ ȑ ȱ ȱ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ ȶ ȶ ȶ ț ț ț Ȧ Ȧ Ȧ Ƞ Ƞ Ƞ Ƞ  ___________________________________________________________  ___________________________________________________________ better(v('05a7bcf2')*(trn+0)+in) better(v('05a7bcf2')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 806.0). cc:0=cc(black, 595.0). cc:1=cc(red, 46.0). cc:1=cc(cyan, 200.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 48.0). cc:3=cc(yellow, 18.0). cc:3=cc(yellow, 39.0). cc:4=cc(green, 18.0). groupA=9. % Squares: Ɋ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(4,6) squares nonsquare filled_squared layer(in) nth(90) % Polygon: ɀ mass(3) color_count(yellow,3.0) size(2,2) loc_xy(10,4) squares polygon layer(in) nth(88) % Squares: Ʌ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(in) nth(89) % Polygon: ɏ mass(7) color_count(yellow,7.0) size(3,3) loc_xy(24,6) squares polygon layer(in) nth(91) % Squares: ɔ mass(30) color_count(cyan,30.0) size(30,1) loc_xy(1,11) squares nonsquare filled_squared layer(in) nth(92) % Outline: ɞ mass(46) color_count(red,46.0) size(30,3) loc_xy(1,20) squares outline polygon layer(in) nth(94) % Outline: ɤ mass(240) color_count(black,240.0) size(30,8) loc_xy(1,23) squares rectangluar outline filled_squared layer(in) nth(95) % Outline: Ȼ mass(282) color_count(black,282.0) size(30,10) loc_xy(1,1) squares outline polygon layer(in) nth(87) % Outline: ə mass(284) color_count(black,284.0) size(30,10) loc_xy(1,12) squares outline polygon layer(in) nth(93) _________________________________________________________________________________ groupB=29. % Squares: ƶ mass(2) color_count(green,2.0) size(2,1) loc_xy(4,6) squares nonsquare filled_squared layer(out) nth(61) % Polygon: ȱ mass(3) color_count(red,3.0) size(2,2) loc_xy(10,29) squares polygon layer(out) nth(85) % Polygon: Ƭ mass(3) color_count(green,3.0) size(2,2) loc_xy(10,4) squares polygon layer(out) nth(59) % Squares: Ȭ mass(4) color_count(red,4.0) size(2,2) loc_xy(4,29) squares rectangluar filled_squared layer(out) nth(84) % Polygon: Ǽ mass(4) color_count(red,4.0) size(3,2) loc_xy(1,21) squares polygon layer(out) nth(75) % Polygon: ȶ mass(5) color_count(red,5.0) size(3,2) loc_xy(18,29) squares polygon layer(out) nth(86) % Polygon: ȇ mass(5) color_count(red,5.0) size(4,2) loc_xy(27,21) squares polygon layer(out) nth(77) % Polygon: Ȃ mass(5) color_count(red,5.0) size(4,2) loc_xy(6,21) squares polygon layer(out) nth(76) % Polygon: Ƿ mass(5) color_count(red,5.0) size(3,3) loc_xy(21,20) squares polygon layer(out) nth(74) % Squares: Ǐ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(24,9) squares rectangluar filled_squared layer(out) nth(66) % Squares: Ʊ mass(6) color_count(green,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(out) nth(60) % Polygon: Dž mass(7) color_count(green,7.0) size(3,3) loc_xy(24,6) squares polygon layer(out) nth(64) % Outline: Ȧ mass(8) color_count(red,8.0) size(3,3) loc_xy(24,28) squares outline polygon layer(out) nth(83) % Squares: NJ mass(8) color_count(yellow,8.0) size(2,4) loc_xy(4,7) squares rectangluar filled_squared layer(out) nth(65) % Outline: Dz mass(9) color_count(red,9.0) size(6,3) loc_xy(12,20) squares outline polygon layer(out) nth(73) % Squares: ƻ mass(10) color_count(yellow,10.0) size(2,5) loc_xy(10,6) squares rectangluar filled_squared layer(out) nth(62) % Outline: ǀ mass(15) color_count(yellow,15.0) size(3,5) loc_xy(18,6) squares rectangluar outline filled_squared layer(out) nth(63) % Outline: ț mass(24) color_count(black,24.0) size(3,8) loc_xy(21,23) squares rectangluar outline filled_squared layer(out) nth(81) % Outline: Ȍ mass(24) color_count(black,24.0) size(3,8) loc_xy(1,23) squares rectangluar outline filled_squared layer(out) nth(78) % Outline: Ǩ mass(28) color_count(black,28.0) size(3,10) loc_xy(21,12) squares outline polygon layer(out) nth(71) % Outline: Ǚ mass(29) color_count(black,29.0) size(3,10) loc_xy(1,12) squares outline polygon layer(out) nth(68) % Outline: Ƞ mass(32) color_count(black,32.0) size(4,8) loc_xy(27,23) squares rectangluar outline filled_squared layer(out) nth(82) % Outline: ȑ mass(32) color_count(black,32.0) size(4,8) loc_xy(6,23) squares rectangluar outline filled_squared layer(out) nth(79) % Outline: ǭ mass(39) color_count(black,39.0) size(4,10) loc_xy(27,12) squares outline polygon layer(out) nth(72) % Outline: Ǟ mass(39) color_count(black,39.0) size(4,10) loc_xy(6,12) squares outline polygon layer(out) nth(69) % Outline: Ȗ mass(48) color_count(black,48.0) size(6,8) loc_xy(12,23) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ǣ mass(57) color_count(black,57.0) size(6,10) loc_xy(12,12) squares outline polygon layer(out) nth(70) % Outline: ǔ mass(200) color_count(cyan,200.0) size(30,19) loc_xy(1,11) squares outline polygon layer(out) nth(67) % Outline: Ƨ mass(243) color_count(black,243.0) size(30,10) loc_xy(1,1) squares outline polygon layer(out) nth(58) _________________________________________________________________________________ diffs. loc_xy(diff(- 6), diff(- 5)). sameness. % Squares: Ʌ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(18,4) squares rectangluar filled_squared layer(in) nth(89) % Squares: Ǐ mass(6) color_count(yellow,6.0) size(3,2) loc_xy(24,9) squares rectangluar filled_squared layer(out) nth(66) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ɔ', ' ɞ', ' ɤ', ' Ȼ', ' ə'], [ ' ȱ', ' Ȭ', ' Ǽ', ' ȶ', ' ȇ', ' Ȃ', ' Ƿ', ' Ʊ', ' NJ', ' Ȧ', ' Dz', ' ƻ', ' ǀ', ' Ȍ', ' ț', ' Ǩ', ' Ǚ', ' ȑ', ' Ƞ', ' Ǟ', ' ǭ', ' Ȗ', ' ǣ', ' ǔ', ' Ƨ']), change_obj(' Ʌ', ' Ǐ', [loc_xy(diff(- 6), diff(- 5))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('05a7bcf2'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('05a7bcf2')*(trn+1)+in) test(v('05a7bcf2')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 801.0). cc:0=cc(black, 623.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 173.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 13.0). cc:3=cc(yellow, 35.0). cc:4=cc(green, 13.0).  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ ɔ ɔ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ ǀ ǀ Dž Dž Dž Dž Dž Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ NJ Ȼ Ȼ ɔ ɔ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ ǀ ǀ Dž Dž Dž Dž Dž Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ NJ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ ə Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ǟ ǣ ǣ ǣ ǣ ǣ ǣ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǩ Ǩ Ȼ Ȼ ə Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ǟ ǣ ǣ ǣ ǣ ǣ ǣ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǩ Ǩ Ǩ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ ɞ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ǽ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ Ȼ Ȼ Ȼ Ȼ ɞ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ǽ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ ȇ Ȼ Ȼ Ȼ Ȼ Ȼ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ ȇ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ ɤ ɤ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ ț ț Ƞ Ƞ Ƞ Ƞ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ȧ Ȧ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ  ___________________________________________________________  ___________________________________________________________ common(v('05a7bcf2')*(trn+1)+in) common(v('05a7bcf2')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 801.0). cc:0=cc(black, 623.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 173.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 13.0). cc:3=cc(yellow, 35.0). cc:4=cc(green, 13.0). groupA=9. % Outline: Ʌ mass(274) color_count(black,274.0) size(10,30) loc_xy(11,1) squares outline polygon layer(in) nth(89) % Outline: ɏ mass(270) color_count(black,270.0) size(9,30) loc_xy(22,1) squares rectangluar outline filled_squared layer(in) nth(91) % Outline: Ȼ mass(257) color_count(black,257.0) size(9,30) loc_xy(1,1) squares outline polygon layer(in) nth(87) % Outline: Ɋ mass(56) color_count(red,56.0) size(4,30) loc_xy(18,1) squares outline polygon layer(in) nth(90) % Hv_Line(v): ɀ mass(30) color_count(cyan,30.0) size(1,30) loc_xy(10,1) squares hv_line(v) filled_squared layer(in) nth(88) % Polygon: ɞ mass(5) color_count(yellow,5.0) size(2,3) loc_xy(5,19) squares polygon layer(in) nth(94) % Squares: ɔ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(3,5) squares rectangluar filled_squared layer(in) nth(92) % Squares: ɤ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(4,26) squares nonsquare filled_squared layer(in) nth(95) % Hv_Line(v): ə mass(2) color_count(yellow,2.0) size(1,2) loc_xy(3,12) squares hv_line(v) filled_squared layer(in) nth(93) _________________________________________________________________________________ groupB=29. % Outline: Ƨ mass(222) color_count(black,222.0) size(9,30) loc_xy(1,1) squares outline polygon layer(out) nth(58) % Outline: Ƭ mass(173) color_count(cyan,173.0) size(20,30) loc_xy(10,1) squares outline polygon layer(out) nth(59) % Outline: ǭ mass(48) color_count(black,48.0) size(10,5) loc_xy(11,14) squares outline polygon layer(out) nth(72) % Outline: Ƿ mass(45) color_count(black,45.0) size(9,5) loc_xy(22,14) squares rectangluar outline filled_squared layer(out) nth(74) % Outline: Ǚ mass(45) color_count(black,45.0) size(9,5) loc_xy(22,7) squares rectangluar outline filled_squared layer(out) nth(68) % Outline: Ǐ mass(42) color_count(black,42.0) size(10,5) loc_xy(11,7) squares outline polygon layer(out) nth(66) % Outline: Ȍ mass(39) color_count(black,39.0) size(10,4) loc_xy(11,22) squares outline polygon layer(out) nth(78) % Outline: Ȭ mass(38) color_count(black,38.0) size(10,4) loc_xy(11,27) squares outline polygon layer(out) nth(84) % Outline: ȶ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,27) squares rectangluar outline filled_squared layer(out) nth(86) % Outline: Ȗ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,22) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ƻ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,1) squares rectangluar outline filled_squared layer(out) nth(62) % Outline: Ʊ mass(36) color_count(black,36.0) size(10,4) loc_xy(11,1) squares outline polygon layer(out) nth(60) % Outline: ǔ mass(13) color_count(red,13.0) size(4,5) loc_xy(18,7) squares outline polygon layer(out) nth(67) % Squares: ǣ mass(12) color_count(yellow,12.0) size(6,2) loc_xy(4,12) squares rectangluar filled_squared layer(out) nth(70) % Squares: Dž mass(10) color_count(yellow,10.0) size(5,2) loc_xy(5,5) squares rectangluar filled_squared layer(out) nth(64) % Keypad: Ȃ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(7,19) squares rectangluar outline keypad layer(out) nth(76) % Outline: ȇ mass(8) color_count(red,8.0) size(3,3) loc_xy(28,19) squares outline polygon layer(out) nth(77) % Outline: ƶ mass(8) color_count(red,8.0) size(3,4) loc_xy(19,1) squares outline polygon layer(out) nth(61) % Polygon: Dz mass(7) color_count(red,7.0) size(2,5) loc_xy(20,14) squares polygon layer(out) nth(73) % Polygon: ȱ mass(6) color_count(red,6.0) size(2,4) loc_xy(20,27) squares polygon layer(out) nth(85) % Polygon: ȑ mass(5) color_count(red,5.0) size(2,4) loc_xy(20,22) squares polygon layer(out) nth(79) % Polygon: Ǽ mass(5) color_count(green,5.0) size(2,3) loc_xy(5,19) squares polygon layer(out) nth(75) % Polygon: Ǩ mass(5) color_count(red,5.0) size(3,2) loc_xy(28,12) squares polygon layer(out) nth(71) % Squares: Ƞ mass(4) color_count(yellow,4.0) size(4,1) loc_xy(6,26) squares nonsquare filled_squared layer(out) nth(82) % Squares: ǀ mass(4) color_count(green,4.0) size(2,2) loc_xy(3,5) squares rectangluar filled_squared layer(out) nth(63) % Squares: Ȧ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,26) squares nonsquare filled_squared layer(out) nth(83) % Squares: ț mass(2) color_count(green,2.0) size(2,1) loc_xy(4,26) squares nonsquare filled_squared layer(out) nth(81) % Hv_Line(v): Ǟ mass(2) color_count(green,2.0) size(1,2) loc_xy(3,12) squares hv_line(v) filled_squared layer(out) nth(69) % Hv_Line(v): NJ mass(2) color_count(red,2.0) size(1,2) loc_xy(30,5) squares hv_line(v) filled_squared layer(out) nth(65) _________________________________________________________________________________ disjointed( [ ' ɀ', ' Ɋ', ' Ȼ', ' ɏ', ' Ʌ'], [ ' NJ', ' Ȧ', ' Ƞ', ' Ǩ', ' ȑ', ' ȱ', ' Dz', ' ȇ', ' ƶ', ' Ȃ', ' Dž', ' ǣ', ' ǔ', ' ƻ', ' Ȗ', ' ȶ', ' Ʊ', ' Ȭ', ' Ȍ', ' Ǐ', ' Ǚ', ' Ƿ', ' ǭ', ' Ƭ', ' Ƨ']).  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ Ʊ ƶ ƶ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ ƻ Ȼ Ȼ ɔ ɔ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ ǀ ǀ Dž Dž Dž Dž Dž Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ NJ Ȼ Ȼ ɔ ɔ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ ǀ ǀ Dž Dž Dž Dž Dž Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ NJ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ ǔ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ Ǐ ǔ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ǚ Ȼ Ȼ ə Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ǟ ǣ ǣ ǣ ǣ ǣ ǣ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǩ Ǩ Ȼ Ȼ ə Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ǟ ǣ ǣ ǣ ǣ ǣ ǣ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǩ Ǩ Ǩ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ ǭ Dz Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ȼ Ȼ Ȼ Ȼ ɞ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ǽ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ Ȼ Ȼ Ȼ Ȼ ɞ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ǽ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ ȇ Ȼ Ȼ Ȼ Ȼ Ȼ ɞ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ǽ Ȃ Ȃ Ȃ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ ȇ ȇ ȇ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ Ȍ ȑ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȗ Ȼ Ȼ Ȼ ɤ ɤ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ ț ț Ƞ Ƞ Ƞ Ƞ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ȧ Ȧ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɀ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ʌ Ɋ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ ɏ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ Ȭ ȱ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ ȶ  ___________________________________________________________  ___________________________________________________________ better(v('05a7bcf2')*(trn+1)+in) better(v('05a7bcf2')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 801.0). cc:0=cc(black, 623.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 173.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 13.0). cc:3=cc(yellow, 35.0). cc:4=cc(green, 13.0). groupA=9. % Squares: ɤ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(4,26) squares nonsquare filled_squared layer(in) nth(95) % Hv_Line(v): ə mass(2) color_count(yellow,2.0) size(1,2) loc_xy(3,12) squares hv_line(v) filled_squared layer(in) nth(93) % Squares: ɔ mass(4) color_count(yellow,4.0) size(2,2) loc_xy(3,5) squares rectangluar filled_squared layer(in) nth(92) % Polygon: ɞ mass(5) color_count(yellow,5.0) size(2,3) loc_xy(5,19) squares polygon layer(in) nth(94) % Hv_Line(v): ɀ mass(30) color_count(cyan,30.0) size(1,30) loc_xy(10,1) squares hv_line(v) filled_squared layer(in) nth(88) % Outline: Ɋ mass(56) color_count(red,56.0) size(4,30) loc_xy(18,1) squares outline polygon layer(in) nth(90) % Outline: Ȼ mass(257) color_count(black,257.0) size(9,30) loc_xy(1,1) squares outline polygon layer(in) nth(87) % Outline: ɏ mass(270) color_count(black,270.0) size(9,30) loc_xy(22,1) squares rectangluar outline filled_squared layer(in) nth(91) % Outline: Ʌ mass(274) color_count(black,274.0) size(10,30) loc_xy(11,1) squares outline polygon layer(in) nth(89) _________________________________________________________________________________ groupB=29. % Squares: Ȧ mass(2) color_count(red,2.0) size(2,1) loc_xy(29,26) squares nonsquare filled_squared layer(out) nth(83) % Squares: ț mass(2) color_count(green,2.0) size(2,1) loc_xy(4,26) squares nonsquare filled_squared layer(out) nth(81) % Hv_Line(v): Ǟ mass(2) color_count(green,2.0) size(1,2) loc_xy(3,12) squares hv_line(v) filled_squared layer(out) nth(69) % Hv_Line(v): NJ mass(2) color_count(red,2.0) size(1,2) loc_xy(30,5) squares hv_line(v) filled_squared layer(out) nth(65) % Squares: Ƞ mass(4) color_count(yellow,4.0) size(4,1) loc_xy(6,26) squares nonsquare filled_squared layer(out) nth(82) % Squares: ǀ mass(4) color_count(green,4.0) size(2,2) loc_xy(3,5) squares rectangluar filled_squared layer(out) nth(63) % Polygon: ȑ mass(5) color_count(red,5.0) size(2,4) loc_xy(20,22) squares polygon layer(out) nth(79) % Polygon: Ǽ mass(5) color_count(green,5.0) size(2,3) loc_xy(5,19) squares polygon layer(out) nth(75) % Polygon: Ǩ mass(5) color_count(red,5.0) size(3,2) loc_xy(28,12) squares polygon layer(out) nth(71) % Polygon: ȱ mass(6) color_count(red,6.0) size(2,4) loc_xy(20,27) squares polygon layer(out) nth(85) % Polygon: Dz mass(7) color_count(red,7.0) size(2,5) loc_xy(20,14) squares polygon layer(out) nth(73) % Outline: ȇ mass(8) color_count(red,8.0) size(3,3) loc_xy(28,19) squares outline polygon layer(out) nth(77) % Outline: ƶ mass(8) color_count(red,8.0) size(3,4) loc_xy(19,1) squares outline polygon layer(out) nth(61) % Keypad: Ȃ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(7,19) squares rectangluar outline keypad layer(out) nth(76) % Squares: Dž mass(10) color_count(yellow,10.0) size(5,2) loc_xy(5,5) squares rectangluar filled_squared layer(out) nth(64) % Squares: ǣ mass(12) color_count(yellow,12.0) size(6,2) loc_xy(4,12) squares rectangluar filled_squared layer(out) nth(70) % Outline: ǔ mass(13) color_count(red,13.0) size(4,5) loc_xy(18,7) squares outline polygon layer(out) nth(67) % Outline: ȶ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,27) squares rectangluar outline filled_squared layer(out) nth(86) % Outline: Ȗ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,22) squares rectangluar outline filled_squared layer(out) nth(80) % Outline: ƻ mass(36) color_count(black,36.0) size(9,4) loc_xy(22,1) squares rectangluar outline filled_squared layer(out) nth(62) % Outline: Ʊ mass(36) color_count(black,36.0) size(10,4) loc_xy(11,1) squares outline polygon layer(out) nth(60) % Outline: Ȭ mass(38) color_count(black,38.0) size(10,4) loc_xy(11,27) squares outline polygon layer(out) nth(84) % Outline: Ȍ mass(39) color_count(black,39.0) size(10,4) loc_xy(11,22) squares outline polygon layer(out) nth(78) % Outline: Ǐ mass(42) color_count(black,42.0) size(10,5) loc_xy(11,7) squares outline polygon layer(out) nth(66) % Outline: Ƿ mass(45) color_count(black,45.0) size(9,5) loc_xy(22,14) squares rectangluar outline filled_squared layer(out) nth(74) % Outline: Ǚ mass(45) color_count(black,45.0) size(9,5) loc_xy(22,7) squares rectangluar outline filled_squared layer(out) nth(68) % Outline: ǭ mass(48) color_count(black,48.0) size(10,5) loc_xy(11,14) squares outline polygon layer(out) nth(72) % Outline: Ƭ mass(173) color_count(cyan,173.0) size(20,30) loc_xy(10,1) squares outline polygon layer(out) nth(59) % Outline: Ƨ mass(222) color_count(black,222.0) size(9,30) loc_xy(1,1) squares outline polygon layer(out) nth(58) _________________________________________________________________________________ disjointed( [ ' ɀ', ' Ɋ', ' Ȼ', ' ɏ', ' Ʌ'], [ ' NJ', ' Ȧ', ' Ƞ', ' Ǩ', ' ȑ', ' ȱ', ' Dz', ' ȇ', ' ƶ', ' Ȃ', ' Dž', ' ǣ', ' ǔ', ' ƻ', ' Ȗ', ' ȶ', ' Ʊ', ' Ȭ', ' Ȍ', ' Ǐ', ' Ǚ', ' Ƿ', ' ǭ', ' Ƭ', ' Ƨ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('05a7bcf2'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('05a7bcf2')*(trn+2)+in) test(v('05a7bcf2')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 799.0). cc:0=cc(black, 555.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 224.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 15.0). cc:3=cc(yellow, 50.0). cc:4=cc(green, 15.0).  ___________________________________________________________  ___________________________________________________________ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ǣ ǣ ǣ ǣ ǣ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū Ű Ű Ű Ű Ű ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǩ Ǩ Ǩ Ǩ Ǟ Ǟ Ǟ Ǟ Ǟ ǭ ǭ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ź ź ź ź ū ū ū ū ū ſ ſ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǩ Ǩ Ǩ Ǩ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ź ź ź ź ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƨ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƨ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ǽ Ǽ Ƿ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ɠ Ɠ Ƭ Ƭ Ɠ Ƭ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƨ Ƙ Ƨ Ƨ Ǝ Ǝ Ǝ Ǝ Ʊ Ʊ Ɲ Ʊ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǝ Ǝ Ǝ Ǝ Ǝ Ƨ Ƨ Ƨ Ƨ Ƨ Ǝ Ǝ Ǝ Ǝ Ʊ Ʊ Ʊ Ʊ Ʊ Ǝ Ǝ ƶ ƶ ƶ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǐ Ǐ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǐ Ǐ Ǐ Ǝ ǀ ǀ ǀ ǀ ǀ ǔ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǐ Ǐ Ǐ Ǐ Ǐ ǀ ǀ ǀ ǀ ǀ ǔ Ǝ ǔ Ǝ Dž Dž Dž Dž Dž Ǚ Ǚ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǐ Ǐ Ǐ Ǐ Ǐ ǀ ǀ ǀ ǀ ǀ ǔ ǔ ǔ ǔ Dž Dž Dž Dž Dž Ǚ Ǚ NJ NJ NJ  ___________________________________________________________  ___________________________________________________________ common(v('05a7bcf2')*(trn+2)+in) common(v('05a7bcf2')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 799.0). cc:0=cc(black, 555.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 224.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 15.0). cc:3=cc(yellow, 50.0). cc:4=cc(green, 15.0). groupA=8. % Outline: Ƿ mass(334) color_count(black,334.0) size(30,12) loc_xy(1,11) squares outline polygon layer(in) nth(74) % Outline: Ǟ mass(255) color_count(black,255.0) size(30,9) loc_xy(1,1) squares outline polygon layer(in) nth(69) % Outline: Ȃ mass(210) color_count(black,210.0) size(30,7) loc_xy(1,24) squares rectangluar outline filled_squared layer(in) nth(76) % Outline: Ǽ mass(56) color_count(red,56.0) size(30,4) loc_xy(1,20) squares outline polygon layer(in) nth(75) % Squares: Dz mass(30) color_count(cyan,30.0) size(30,1) loc_xy(1,10) squares nonsquare filled_squared layer(in) nth(73) % Squares: Ǩ mass(8) color_count(yellow,8.0) size(4,2) loc_xy(17,5) squares rectangluar filled_squared layer(in) nth(71) % Squares: ǣ mass(5) color_count(yellow,5.0) size(5,1) loc_xy(7,3) squares nonsquare filled_squared layer(in) nth(70) % Squares: ǭ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(26,5) squares nonsquare filled_squared layer(in) nth(72) _________________________________________________________________________________ groupB=23. % Outline: Ǝ mass(224) color_count(cyan,224.0) size(30,20) loc_xy(1,10) squares outline polygon layer(out) nth(53) % Outline: ū mass(205) color_count(black,205.0) size(30,9) loc_xy(1,1) squares outline polygon layer(out) nth(46) % Outline: Ɠ mass(69) color_count(black,69.0) size(6,12) loc_xy(1,11) squares outline polygon layer(out) nth(54) % Outline: Ɲ mass(57) color_count(black,57.0) size(5,12) loc_xy(21,11) squares outline polygon layer(out) nth(56) % Outline: Ƙ mass(55) color_count(black,55.0) size(5,12) loc_xy(12,11) squares outline polygon layer(out) nth(55) % Outline: ƻ mass(42) color_count(black,42.0) size(6,7) loc_xy(1,24) squares rectangluar outline filled_squared layer(out) nth(62) % Outline: Ƣ mass(36) color_count(black,36.0) size(3,12) loc_xy(28,11) squares rectangluar outline filled_squared layer(out) nth(57) % Outline: Dž mass(35) color_count(black,35.0) size(5,7) loc_xy(21,24) squares rectangluar outline filled_squared layer(out) nth(64) % Outline: ǀ mass(35) color_count(black,35.0) size(5,7) loc_xy(12,24) squares rectangluar outline filled_squared layer(out) nth(63) % Outline: ŵ mass(30) color_count(yellow,30.0) size(5,6) loc_xy(7,4) squares rectangluar outline filled_squared layer(out) nth(48) % Outline: NJ mass(21) color_count(black,21.0) size(3,7) loc_xy(28,24) squares rectangluar outline filled_squared layer(out) nth(65) % Outline: Ǐ mass(15) color_count(red,15.0) size(5,4) loc_xy(7,27) squares outline polygon layer(out) nth(66) % Outline: Ɖ mass(12) color_count(yellow,12.0) size(4,3) loc_xy(17,7) squares rectangluar outline filled_squared layer(out) nth(52) % Outline: Ƨ mass(10) color_count(red,10.0) size(5,4) loc_xy(12,20) squares outline polygon layer(out) nth(58) % Polygon: Ƭ mass(9) color_count(red,9.0) size(6,2) loc_xy(1,22) squares polygon layer(out) nth(59) % Polygon: Ʊ mass(8) color_count(red,8.0) size(5,2) loc_xy(21,22) squares polygon layer(out) nth(60) % Squares: Ƅ mass(8) color_count(yellow,8.0) size(2,4) loc_xy(26,6) squares rectangluar filled_squared layer(out) nth(51) % Squares: ź mass(8) color_count(green,8.0) size(4,2) loc_xy(17,5) squares rectangluar filled_squared layer(out) nth(49) % Polygon: ǔ mass(7) color_count(red,7.0) size(4,3) loc_xy(17,28) squares polygon layer(out) nth(67) % Squares: Ű mass(5) color_count(green,5.0) size(5,1) loc_xy(7,3) squares nonsquare filled_squared layer(out) nth(47) % Squares: Ǚ mass(4) color_count(red,4.0) size(2,2) loc_xy(26,29) squares rectangluar filled_squared layer(out) nth(68) % Squares: ƶ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,23) squares nonsquare filled_squared layer(out) nth(61) % Squares: ſ mass(2) color_count(green,2.0) size(2,1) loc_xy(26,5) squares nonsquare filled_squared layer(out) nth(50) _________________________________________________________________________________ disjointed( [ ' Dz', ' Ǽ', ' Ȃ', ' Ǟ', ' Ƿ'], [ ' ƶ', ' Ǚ', ' ǔ', ' Ƅ', ' Ʊ', ' Ƭ', ' Ƨ', ' Ɖ', ' Ǐ', ' NJ', ' ŵ', ' ǀ', ' Dž', ' Ƣ', ' ƻ', ' Ƙ', ' Ɲ', ' Ɠ', ' ū', ' Ǝ']).  ___________________________________________________________  ___________________________________________________________ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ǣ ǣ ǣ ǣ ǣ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū Ű Ű Ű Ű Ű ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǩ Ǩ Ǩ Ǩ Ǟ Ǟ Ǟ Ǟ Ǟ ǭ ǭ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ź ź ź ź ū ū ū ū ū ſ ſ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǩ Ǩ Ǩ Ǩ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū ź ź ź ź ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ Ǟ ū ū ū ū ū ū ŵ ŵ ŵ ŵ ŵ ū ū ū ū ū Ɖ Ɖ Ɖ Ɖ ū ū ū ū ū Ƅ Ƅ ū ū ū Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Dz Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ǝ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƙ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƨ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ƿ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƙ Ƙ Ƙ Ƨ Ǝ Ǝ Ǝ Ǝ Ɲ Ɲ Ɲ Ɲ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ƿ Ƿ Ǽ Ǽ Ƿ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ƿ Ǽ Ƿ Ǽ Ǽ Ƿ Ƿ Ƿ Ɠ Ɠ Ƭ Ƭ Ɠ Ƭ Ǝ Ǝ Ǝ Ǝ Ǝ Ƙ Ƨ Ƙ Ƨ Ƨ Ǝ Ǝ Ǝ Ǝ Ʊ Ʊ Ɲ Ʊ Ɲ Ǝ Ǝ Ƣ Ƣ Ƣ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ǽ Ƭ Ƭ Ƭ Ƭ Ƭ Ƭ Ǝ Ǝ Ǝ Ǝ Ǝ Ƨ Ƨ Ƨ Ƨ Ƨ Ǝ Ǝ Ǝ Ǝ Ʊ Ʊ Ʊ Ʊ Ʊ Ǝ Ǝ ƶ ƶ ƶ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǝ Ǝ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǝ Ǐ Ǐ Ǝ ǀ ǀ ǀ ǀ ǀ Ǝ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǝ Ǐ Ǐ Ǐ Ǝ ǀ ǀ ǀ ǀ ǀ ǔ Ǝ Ǝ Ǝ Dž Dž Dž Dž Dž Ǝ Ǝ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǐ Ǐ Ǐ Ǐ Ǐ ǀ ǀ ǀ ǀ ǀ ǔ Ǝ ǔ Ǝ Dž Dž Dž Dž Dž Ǚ Ǚ NJ NJ NJ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ Ȃ ƻ ƻ ƻ ƻ ƻ ƻ Ǐ Ǐ Ǐ Ǐ Ǐ ǀ ǀ ǀ ǀ ǀ ǔ ǔ ǔ ǔ Dž Dž Dž Dž Dž Ǚ Ǚ NJ NJ NJ  ___________________________________________________________  ___________________________________________________________ better(v('05a7bcf2')*(trn+2)+in) better(v('05a7bcf2')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 799.0). cc:0=cc(black, 555.0). cc:1=cc(red, 56.0). cc:1=cc(cyan, 224.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 56.0). cc:3=cc(yellow, 15.0). cc:3=cc(yellow, 50.0). cc:4=cc(green, 15.0). groupA=8. % Squares: ǭ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(26,5) squares nonsquare filled_squared layer(in) nth(72) % Squares: ǣ mass(5) color_count(yellow,5.0) size(5,1) loc_xy(7,3) squares nonsquare filled_squared layer(in) nth(70) % Squares: Ǩ mass(8) color_count(yellow,8.0) size(4,2) loc_xy(17,5) squares rectangluar filled_squared layer(in) nth(71) % Squares: Dz mass(30) color_count(cyan,30.0) size(30,1) loc_xy(1,10) squares nonsquare filled_squared layer(in) nth(73) % Outline: Ǽ mass(56) color_count(red,56.0) size(30,4) loc_xy(1,20) squares outline polygon layer(in) nth(75) % Outline: Ȃ mass(210) color_count(black,210.0) size(30,7) loc_xy(1,24) squares rectangluar outline filled_squared layer(in) nth(76) % Outline: Ǟ mass(255) color_count(black,255.0) size(30,9) loc_xy(1,1) squares outline polygon layer(in) nth(69) % Outline: Ƿ mass(334) color_count(black,334.0) size(30,12) loc_xy(1,11) squares outline polygon layer(in) nth(74) _________________________________________________________________________________ groupB=23. % Squares: ſ mass(2) color_count(green,2.0) size(2,1) loc_xy(26,5) squares nonsquare filled_squared layer(out) nth(50) % Squares: ƶ mass(3) color_count(red,3.0) size(3,1) loc_xy(28,23) squares nonsquare filled_squared layer(out) nth(61) % Squares: Ǚ mass(4) color_count(red,4.0) size(2,2) loc_xy(26,29) squares rectangluar filled_squared layer(out) nth(68) % Squares: Ű mass(5) color_count(green,5.0) size(5,1) loc_xy(7,3) squares nonsquare filled_squared layer(out) nth(47) % Polygon: ǔ mass(7) color_count(red,7.0) size(4,3) loc_xy(17,28) squares polygon layer(out) nth(67) % Polygon: Ʊ mass(8) color_count(red,8.0) size(5,2) loc_xy(21,22) squares polygon layer(out) nth(60) % Squares: Ƅ mass(8) color_count(yellow,8.0) size(2,4) loc_xy(26,6) squares rectangluar filled_squared layer(out) nth(51) % Squares: ź mass(8) color_count(green,8.0) size(4,2) loc_xy(17,5) squares rectangluar filled_squared layer(out) nth(49) % Polygon: Ƭ mass(9) color_count(red,9.0) size(6,2) loc_xy(1,22) squares polygon layer(out) nth(59) % Outline: Ƨ mass(10) color_count(red,10.0) size(5,4) loc_xy(12,20) squares outline polygon layer(out) nth(58) % Outline: Ɖ mass(12) color_count(yellow,12.0) size(4,3) loc_xy(17,7) squares rectangluar outline filled_squared layer(out) nth(52) % Outline: Ǐ mass(15) color_count(red,15.0) size(5,4) loc_xy(7,27) squares outline polygon layer(out) nth(66) % Outline: NJ mass(21) color_count(black,21.0) size(3,7) loc_xy(28,24) squares rectangluar outline filled_squared layer(out) nth(65) % Outline: ŵ mass(30) color_count(yellow,30.0) size(5,6) loc_xy(7,4) squares rectangluar outline filled_squared layer(out) nth(48) % Outline: Dž mass(35) color_count(black,35.0) size(5,7) loc_xy(21,24) squares rectangluar outline filled_squared layer(out) nth(64) % Outline: ǀ mass(35) color_count(black,35.0) size(5,7) loc_xy(12,24) squares rectangluar outline filled_squared layer(out) nth(63) % Outline: Ƣ mass(36) color_count(black,36.0) size(3,12) loc_xy(28,11) squares rectangluar outline filled_squared layer(out) nth(57) % Outline: ƻ mass(42) color_count(black,42.0) size(6,7) loc_xy(1,24) squares rectangluar outline filled_squared layer(out) nth(62) % Outline: Ƙ mass(55) color_count(black,55.0) size(5,12) loc_xy(12,11) squares outline polygon layer(out) nth(55) % Outline: Ɲ mass(57) color_count(black,57.0) size(5,12) loc_xy(21,11) squares outline polygon layer(out) nth(56) % Outline: Ɠ mass(69) color_count(black,69.0) size(6,12) loc_xy(1,11) squares outline polygon layer(out) nth(54) % Outline: ū mass(205) color_count(black,205.0) size(30,9) loc_xy(1,1) squares outline polygon layer(out) nth(46) % Outline: Ǝ mass(224) color_count(cyan,224.0) size(30,20) loc_xy(1,10) squares outline polygon layer(out) nth(53) _________________________________________________________________________________ disjointed( [ ' Dz', ' Ǽ', ' Ȃ', ' Ǟ', ' Ƿ'], [ ' ƶ', ' Ǚ', ' ǔ', ' Ƅ', ' Ʊ', ' Ƭ', ' Ƨ', ' Ɖ', ' Ǐ', ' NJ', ' ŵ', ' ǀ', ' Dž', ' Ƣ', ' ƻ', ' Ƙ', ' Ɲ', ' Ɠ', ' ū', ' Ǝ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v('05a7bcf2'),[]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(3, 1)'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(v('05a7bcf2')*(tst+0)+in) test(v('05a7bcf2')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 774.0). cc:0=cc(black, 460.0). cc:1=cc(red, 73.0). cc:1=cc(cyan, 275.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 73.0). cc:3=cc(yellow, 23.0). cc:3=cc(yellow, 69.0). cc:4=cc(green, 23.0).  ___________________________________________________________  ___________________________________________________________ С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ƭ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з м м з з з ij ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з м м з з з ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з м м м з з ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Ľ Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Ш Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ň Ň Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ň Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ō Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ō Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з с с з з з з ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з с с з з з з ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з с с з з з з ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з с с з з з з ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з с з з з з з ő ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з с з з з з з ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ ū ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ Ŧ ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ ū ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ Ŧ ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Ш Э Э Э Э в з з з з ц з з з з з Ű Ű Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з з з з з з з ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ɖ Ɖ Ɖ Ɖ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ƅ Ƅ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з ы Ǝ Ǝ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ʊ С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з ѐ з з з з Ǝ Ǝ Ǝ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ɠ Ɠ Ɠ Ɠ Ɠ ƶ Ƙ Ƙ Ƙ Ƙ С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з з з з з з Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ƣ Ƣ Ƣ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ĩ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ĩ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ  ___________________________________________________________  ___________________________________________________________ common(v('05a7bcf2')*(tst+0)+in) common(v('05a7bcf2')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 774.0). cc:0=cc(black, 460.0). cc:1=cc(red, 73.0). cc:1=cc(cyan, 275.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 73.0). cc:3=cc(yellow, 23.0). cc:3=cc(yellow, 69.0). cc:4=cc(green, 23.0). groupA=10. % Outline: С mass(300) color_count(black,300.0) size(10,30) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(121) % Outline: з mass(277) color_count(black,277.0) size(10,30) loc_xy(21,1) squares outline polygon layer(in) nth(125) % Outline: Э mass(197) color_count(black,197.0) size(8,30) loc_xy(12,1) squares outline polygon layer(in) nth(123) % Outline: Ш mass(73) color_count(red,73.0) size(5,30) loc_xy(11,1) squares outline polygon layer(in) nth(122) % Hv_Line(v): в mass(30) color_count(cyan,30.0) size(1,30) loc_xy(20,1) squares hv_line(v) filled_squared layer(in) nth(124) % Polygon: с mass(10) color_count(yellow,10.0) size(2,6) loc_xy(25,11) squares polygon layer(in) nth(127) % Polygon: м mass(7) color_count(yellow,7.0) size(3,3) loc_xy(26,2) squares polygon layer(in) nth(126) % Hv_Line(v): ц mass(4) color_count(yellow,4.0) size(1,4) loc_xy(25,21) squares hv_line(v) filled_squared layer(in) nth(128) % Dots: ы mass(1) color_count(yellow,1.0) size(1,1) loc_xy(30,27) dots layer(in) nth(129) % Dots: ѐ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(26,28) dots layer(in) nth(130) _________________________________________________________________________________ groupB=31. % Outline: ĩ mass(275) color_count(cyan,275.0) size(19,30) loc_xy(2,1) rectangluar outline polygon layer(out) nth(33) % Outline: Į mass(184) color_count(black,184.0) size(10,26) loc_xy(21,1) rectangluar outline polygon layer(out) nth(34) % Outline: ł mass(60) color_count(black,60.0) size(10,6) loc_xy(1,5) nonsquare rectangluar outline filled_squared layer(out) nth(38) % Outline: š mass(40) color_count(black,40.0) size(10,4) loc_xy(1,17) nonsquare rectangluar outline filled_squared layer(out) nth(44) % Outline: Ō mass(38) color_count(black,38.0) size(8,6) loc_xy(12,5) rectangluar outline polygon layer(out) nth(40) % Outline: ū mass(30) color_count(black,30.0) size(8,4) loc_xy(12,17) rectangluar outline polygon layer(out) nth(46) % Outline: Ŗ mass(24) color_count(yellow,24.0) size(4,6) loc_xy(21,11) nonsquare rectangluar outline filled_squared layer(out) nth(42) % Outline: Ƙ mass(24) color_count(black,24.0) size(10,3) loc_xy(21,28) rectangluar outline polygon layer(out) nth(55) % Nonsquare: ſ mass(20) color_count(black,20.0) size(10,2) loc_xy(1,25) nonsquare rectangluar filled_squared layer(out) nth(50) % Nonsquare: Ɲ mass(20) color_count(black,20.0) size(10,2) loc_xy(1,29) nonsquare rectangluar filled_squared layer(out) nth(56) % Outline: Ň mass(16) color_count(red,16.0) size(5,6) loc_xy(11,5) rectangluar outline polygon layer(out) nth(39) % Outline: ŵ mass(16) color_count(yellow,16.0) size(4,4) loc_xy(21,21) squares rectangluar outline filled_squared layer(out) nth(48) % Outline: ĸ mass(15) color_count(yellow,15.0) size(5,3) loc_xy(21,2) nonsquare rectangluar outline filled_squared layer(out) nth(36) % Outline: ő mass(15) color_count(red,15.0) size(4,6) loc_xy(1,11) rectangluar outline polygon layer(out) nth(41) % Polygon: Ɠ mass(14) color_count(yellow,14.0) size(9,2) loc_xy(21,27) rectangluar polygon layer(out) nth(54) % Polygon: Ƨ mass(14) color_count(black,14.0) size(8,2) loc_xy(12,29) rectangluar polygon layer(out) nth(58) % Outline: Ű mass(13) color_count(red,13.0) size(5,4) loc_xy(1,21) rectangluar outline polygon layer(out) nth(47) % Polygon: Ɖ mass(12) color_count(black,12.0) size(7,2) loc_xy(13,25) rectangluar polygon layer(out) nth(52) % Hv_Line(h): ĝ mass(10) color_count(black,10.0) size(10,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(out) nth(31) % Polygon: ś mass(10) color_count(green,10.0) size(2,6) loc_xy(25,11) rectangluar polygon layer(out) nth(43) % Hv_Line(h): ģ mass(8) color_count(black,8.0) size(8,1) loc_xy(12,1) hv_line(h) nonsquare filled_squared layer(out) nth(32) % Polygon: ij mass(7) color_count(red,7.0) size(3,3) loc_xy(1,2) rectangluar polygon layer(out) nth(35) % Polygon: Ľ mass(7) color_count(green,7.0) size(3,3) loc_xy(26,2) rectangluar polygon layer(out) nth(37) % Polygon: Ŧ mass(6) color_count(red,6.0) size(2,4) loc_xy(11,17) rectangluar polygon layer(out) nth(45) % Polygon: Ƅ mass(6) color_count(red,6.0) size(4,2) loc_xy(11,25) rectangluar polygon layer(out) nth(51) % Polygon: Ǝ mass(5) color_count(red,5.0) size(3,2) loc_xy(1,27) rectangluar polygon layer(out) nth(53) % Hv_Line(v): ź mass(4) color_count(green,4.0) size(1,4) loc_xy(25,21) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Polygon: Ƣ mass(4) color_count(red,4.0) size(3,2) loc_xy(11,29) rectangluar polygon layer(out) nth(57) % Point: ƶ mass(1) color_count(green,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(61) % Point: Ʊ mass(1) color_count(green,1.0) size(1,1) loc_xy(30,27) point layer(out) nth(60) % Point: Ƭ mass(1) color_count(red,1.0) size(1,1) loc_xy(11,1) point layer(out) nth(59) _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ѐ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(26,28) dots layer(in) nth(130) % Point: ƶ mass(1) color_count(green,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(61) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ы mass(1) color_count(yellow,1.0) size(1,1) loc_xy(30,27) dots layer(in) nth(129) % Point: Ʊ mass(1) color_count(green,1.0) size(1,1) loc_xy(30,27) point layer(out) nth(60) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ц mass(4) color_count(yellow,4.0) size(1,4) loc_xy(25,21) squares hv_line(v) filled_squared layer(in) nth(128) % Hv_Line(v): ź mass(4) color_count(green,4.0) size(1,4) loc_xy(25,21) nonsquare hv_line(v) filled_squared layer(out) nth(49) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->rectangluar))). sameness. % Polygon: м mass(7) color_count(yellow,7.0) size(3,3) loc_xy(26,2) squares polygon layer(in) nth(126) % Polygon: Ľ mass(7) color_count(green,7.0) size(3,3) loc_xy(26,2) rectangluar polygon layer(out) nth(37) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->rectangluar))). sameness. % Polygon: с mass(10) color_count(yellow,10.0) size(2,6) loc_xy(25,11) squares polygon layer(in) nth(127) % Polygon: ś mass(10) color_count(green,10.0) size(2,6) loc_xy(25,11) rectangluar polygon layer(out) nth(43) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ disjointed( [ ' в', ' Ш', ' Э', ' з', ' С'], [ ' Ƭ', ' Ƣ', ' Ǝ', ' Ŧ', ' Ƅ', ' ij', ' ģ', ' ĝ', ' Ɖ', ' Ű', ' Ɠ', ' Ƨ', ' ő', ' ĸ', ' Ň', ' ŵ', ' ſ', ' Ɲ', ' Ŗ', ' Ƙ', ' ū', ' Ō', ' š', ' ł', ' Į', ' ĩ']), change_obj(' с', ' ś', [object_shape(diff((squares->rectangluar)))]), change_obj(' м', ' Ľ', [object_shape(diff((squares->rectangluar)))]), change_obj(' ц', ' ź', [object_shape(diff((squares->nonsquare)))]), change_obj(' ы', ' Ʊ', [object_shape(diff((dots->dot)))]), change_obj(' ѐ', ' ƶ', [object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ Ƭ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з м м з з з ij ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з м м з з з ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з м м м з з ij ij ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Ľ Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Ш Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ň Ň Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ň Ň Ň Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ō Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з ł ł ł ł ł ł ł ł ł ł Ň Ō Ō Ō Ō Ō Ō Ō Ō ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з с с з з з з ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з с с з з з з ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з с с з з з з ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з с с з з з з ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś ś Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з с з з з з з ő ő ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з с з з з з з ő ő ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ŗ Ŗ Ŗ Ŗ ś Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ ū ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ Ŧ ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ ū ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з š š š š š š š š š š Ŧ Ŧ ū ū ū ū ū ū ū ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Ш Э Э Э Э в з з з з ц з з з з з Ű Ű Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з ц з з з з з Ű Ű Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ŵ ŵ ŵ ŵ ź Į Į Į Į Į С С С С С С С С С С Ш Ш Ш Ш Э Э Э Э Э в з з з з з з з з з з ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ɖ Ɖ Ɖ Ɖ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з з ſ ſ ſ ſ ſ ſ ſ ſ ſ ſ Ƅ Ƅ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ Ɖ ĩ Į Į Į Į Į Į Į Į Į Į С С С С С С С С С С Ш Ш Э Э Э Э Э Э Э в з з з з з з з з з ы Ǝ Ǝ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ɠ Ʊ С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з ѐ з з з з Ǝ Ǝ Ǝ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ Ɠ Ɠ Ɠ Ɠ Ɠ ƶ Ƙ Ƙ Ƙ Ƙ С С С С С С С С С С Ш Ш Ш Э Э Э Э Э Э в з з з з з з з з з з Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ƣ Ƣ Ƣ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ĩ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ С С С С С С С С С С Ш Э Э Э Э Э Э Э Э в з з з з з з з з з з Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ Ƨ ĩ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ Ƙ  ___________________________________________________________  ___________________________________________________________ better(v('05a7bcf2')*(tst+0)+in) better(v('05a7bcf2')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=5 cc:0=cc(black, 774.0). cc:0=cc(black, 460.0). cc:1=cc(red, 73.0). cc:1=cc(cyan, 275.0). cc:2=cc(cyan, 30.0). cc:2=cc(red, 73.0). cc:3=cc(yellow, 23.0). cc:3=cc(yellow, 69.0). cc:4=cc(green, 23.0). groupA=10. % Dots: ы mass(1) color_count(yellow,1.0) size(1,1) loc_xy(30,27) dots layer(in) nth(129) % Dots: ѐ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(26,28) dots layer(in) nth(130) % Hv_Line(v): ц mass(4) color_count(yellow,4.0) size(1,4) loc_xy(25,21) squares hv_line(v) filled_squared layer(in) nth(128) % Polygon: м mass(7) color_count(yellow,7.0) size(3,3) loc_xy(26,2) squares polygon layer(in) nth(126) % Polygon: с mass(10) color_count(yellow,10.0) size(2,6) loc_xy(25,11) squares polygon layer(in) nth(127) % Hv_Line(v): в mass(30) color_count(cyan,30.0) size(1,30) loc_xy(20,1) squares hv_line(v) filled_squared layer(in) nth(124) % Outline: Ш mass(73) color_count(red,73.0) size(5,30) loc_xy(11,1) squares outline polygon layer(in) nth(122) % Outline: Э mass(197) color_count(black,197.0) size(8,30) loc_xy(12,1) squares outline polygon layer(in) nth(123) % Outline: з mass(277) color_count(black,277.0) size(10,30) loc_xy(21,1) squares outline polygon layer(in) nth(125) % Outline: С mass(300) color_count(black,300.0) size(10,30) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(121) _________________________________________________________________________________ groupB=31. % Point: ƶ mass(1) color_count(green,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(61) % Point: Ʊ mass(1) color_count(green,1.0) size(1,1) loc_xy(30,27) point layer(out) nth(60) % Point: Ƭ mass(1) color_count(red,1.0) size(1,1) loc_xy(11,1) point layer(out) nth(59) % Hv_Line(v): ź mass(4) color_count(green,4.0) size(1,4) loc_xy(25,21) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Polygon: Ƣ mass(4) color_count(red,4.0) size(3,2) loc_xy(11,29) rectangluar polygon layer(out) nth(57) % Polygon: Ǝ mass(5) color_count(red,5.0) size(3,2) loc_xy(1,27) rectangluar polygon layer(out) nth(53) % Polygon: Ŧ mass(6) color_count(red,6.0) size(2,4) loc_xy(11,17) rectangluar polygon layer(out) nth(45) % Polygon: Ƅ mass(6) color_count(red,6.0) size(4,2) loc_xy(11,25) rectangluar polygon layer(out) nth(51) % Polygon: ij mass(7) color_count(red,7.0) size(3,3) loc_xy(1,2) rectangluar polygon layer(out) nth(35) % Polygon: Ľ mass(7) color_count(green,7.0) size(3,3) loc_xy(26,2) rectangluar polygon layer(out) nth(37) % Hv_Line(h): ģ mass(8) color_count(black,8.0) size(8,1) loc_xy(12,1) hv_line(h) nonsquare filled_squared layer(out) nth(32) % Hv_Line(h): ĝ mass(10) color_count(black,10.0) size(10,1) loc_xy(1,1) hv_line(h) nonsquare filled_squared layer(out) nth(31) % Polygon: ś mass(10) color_count(green,10.0) size(2,6) loc_xy(25,11) rectangluar polygon layer(out) nth(43) % Polygon: Ɖ mass(12) color_count(black,12.0) size(7,2) loc_xy(13,25) rectangluar polygon layer(out) nth(52) % Outline: Ű mass(13) color_count(red,13.0) size(5,4) loc_xy(1,21) rectangluar outline polygon layer(out) nth(47) % Polygon: Ɠ mass(14) color_count(yellow,14.0) size(9,2) loc_xy(21,27) rectangluar polygon layer(out) nth(54) % Polygon: Ƨ mass(14) color_count(black,14.0) size(8,2) loc_xy(12,29) rectangluar polygon layer(out) nth(58) % Outline: ĸ mass(15) color_count(yellow,15.0) size(5,3) loc_xy(21,2) nonsquare rectangluar outline filled_squared layer(out) nth(36) % Outline: ő mass(15) color_count(red,15.0) size(4,6) loc_xy(1,11) rectangluar outline polygon layer(out) nth(41) % Outline: Ň mass(16) color_count(red,16.0) size(5,6) loc_xy(11,5) rectangluar outline polygon layer(out) nth(39) % Outline: ŵ mass(16) color_count(yellow,16.0) size(4,4) loc_xy(21,21) squares rectangluar outline filled_squared layer(out) nth(48) % Nonsquare: ſ mass(20) color_count(black,20.0) size(10,2) loc_xy(1,25) nonsquare rectangluar filled_squared layer(out) nth(50) % Nonsquare: Ɲ mass(20) color_count(black,20.0) size(10,2) loc_xy(1,29) nonsquare rectangluar filled_squared layer(out) nth(56) % Outline: Ŗ mass(24) color_count(yellow,24.0) size(4,6) loc_xy(21,11) nonsquare rectangluar outline filled_squared layer(out) nth(42) % Outline: Ƙ mass(24) color_count(black,24.0) size(10,3) loc_xy(21,28) rectangluar outline polygon layer(out) nth(55) % Outline: ū mass(30) color_count(black,30.0) size(8,4) loc_xy(12,17) rectangluar outline polygon layer(out) nth(46) % Outline: Ō mass(38) color_count(black,38.0) size(8,6) loc_xy(12,5) rectangluar outline polygon layer(out) nth(40) % Outline: š mass(40) color_count(black,40.0) size(10,4) loc_xy(1,17) nonsquare rectangluar outline filled_squared layer(out) nth(44) % Outline: ł mass(60) color_count(black,60.0) size(10,6) loc_xy(1,5) nonsquare rectangluar outline filled_squared layer(out) nth(38) % Outline: Į mass(184) color_count(black,184.0) size(10,26) loc_xy(21,1) rectangluar outline polygon layer(out) nth(34) % Outline: ĩ mass(275) color_count(cyan,275.0) size(19,30) loc_xy(2,1) rectangluar outline polygon layer(out) nth(33) _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ѐ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(26,28) dots layer(in) nth(130) % Point: ƶ mass(1) color_count(green,1.0) size(1,1) loc_xy(26,28) point layer(out) nth(61) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((dots->dot))). sameness. % Dots: ы mass(1) color_count(yellow,1.0) size(1,1) loc_xy(30,27) dots layer(in) nth(129) % Point: Ʊ mass(1) color_count(green,1.0) size(1,1) loc_xy(30,27) point layer(out) nth(60) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ц mass(4) color_count(yellow,4.0) size(1,4) loc_xy(25,21) squares hv_line(v) filled_squared layer(in) nth(128) % Hv_Line(v): ź mass(4) color_count(green,4.0) size(1,4) loc_xy(25,21) nonsquare hv_line(v) filled_squared layer(out) nth(49) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->rectangluar))). sameness. % Polygon: м mass(7) color_count(yellow,7.0) size(3,3) loc_xy(26,2) squares polygon layer(in) nth(126) % Polygon: Ľ mass(7) color_count(green,7.0) size(3,3) loc_xy(26,2) rectangluar polygon layer(out) nth(37) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. object_shape(diff((squares->rectangluar))). sameness. % Polygon: с mass(10) color_count(yellow,10.0) size(2,6) loc_xy(25,11) squares polygon layer(in) nth(127) % Polygon: ś mass(10) color_count(green,10.0) size(2,6) loc_xy(25,11) rectangluar polygon layer(out) nth(43) compare_objs1 = [ -same, -colors, -visually, -perfect, +mass, +size, +shape, +rotation, +loc_xy]. _________________________________________________________________________________ [ disjointed( [ ' в', ' Ш', ' Э', ' з', ' С'], [ ' Ƭ', ' Ƣ', ' Ǝ', ' Ŧ', ' Ƅ', ' ij', ' ģ', ' ĝ', ' Ɖ', ' Ű', ' Ɠ', ' Ƨ', ' ő', ' ĸ', ' Ň', ' ŵ', ' ſ', ' Ɲ', ' Ŗ', ' Ƙ', ' ū', ' Ō', ' š', ' ł', ' Į', ' ĩ']), change_obj(' с', ' ś', [object_shape(diff((squares->rectangluar)))]), change_obj(' м', ' Ľ', [object_shape(diff((squares->rectangluar)))]), change_obj(' ц', ' ź', [object_shape(diff((squares->nonsquare)))]), change_obj(' ы', ' Ʊ', [object_shape(diff((dots->dot)))]), change_obj(' ѐ', ' ƶ', [object_shape(diff((dots->dot)))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t('264363fd')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('264363fd'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, pattern_repetition, pattern_juxtaposition, draw_line_from_point, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(t('264363fd')*(trn+0)+in) test(t('264363fd')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(cyan, 470.0). cc:0=cc(cyan, 483.0). cc:1=cc(blue, 415.0). cc:1=cc(blue, 352.0). cc:2=cc(red, 8.0). cc:2=cc(red, 55.0). cc:3=cc(green, 7.0). cc:3=cc(green, 10.0).  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ ɤ Ʌ ɞ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ɋ Ɋ ɞ ɏ ɏ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ő ᓶ Ň Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɩ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ ɞ ɔ ɮ Ȼ Ȼ Ȼ ᒿ ᒿ ĉ ĉ ĉ Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɔ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē Ň Ę Ŗ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ś ĩ Ō Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ɳ ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ij ij ij ij ij ij ij ij ij Ō ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ō š Ŧ ł ł ł ł ł ł ł ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  ___________________________________________________________  ___________________________________________________________ common(t('264363fd')*(trn+0)+in) common(t('264363fd')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(cyan, 470.0). cc:0=cc(cyan, 483.0). cc:1=cc(blue, 415.0). cc:1=cc(blue, 352.0). cc:2=cc(red, 8.0). cc:2=cc(red, 55.0). cc:3=cc(green, 7.0). cc:3=cc(green, 10.0). groupA=12. % Outline: Ȼ mass(470) color_count(cyan,470.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(87) % Outline: ɀ mass(254) color_count(blue,254.0) size(17,15) loc_xy(3,2) squares outline polygon layer(in) nth(88) % Outline: ə mass(161) color_count(blue,161.0) size(18,9) loc_xy(9,19) squares outline polygon layer(in) nth(93) % Dg_Line(u): ɞ mass(3) color_count(green,3.0) size(3,3) loc_xy(25,4) dg_line(u) polygon layer(in) nth(94) % Hv_Line(v): ɔ mass(2) color_count(red,2.0) size(1,2) loc_xy(26,6) squares hv_line(v) filled_squared layer(in) nth(92) % Squares: ɏ mass(2) color_count(red,2.0) size(2,1) loc_xy(27,5) squares nonsquare filled_squared layer(in) nth(91) % Squares: Ɋ mass(2) color_count(red,2.0) size(2,1) loc_xy(24,5) squares nonsquare filled_squared layer(in) nth(90) % Hv_Line(v): Ʌ mass(2) color_count(red,2.0) size(1,2) loc_xy(26,3) squares hv_line(v) filled_squared layer(in) nth(89) % Dots: ɤ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,4) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(green,1.0) size(1,1) loc_xy(27,6) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,26) dots layer(in) nth(98) _________________________________________________________________________________ groupB=23. % Outline: ᒿ mass(483) color_count(cyan,483.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(23) % Outline: ĝ mass(129) color_count(blue,129.0) size(13,10) loc_xy(7,7) rectangluar outline polygon layer(out) nth(31) % Outline: ģ mass(62) color_count(blue,62.0) size(9,7) loc_xy(9,19) rectangluar outline polygon layer(out) nth(32) % Outline: Į mass(55) color_count(blue,55.0) size(8,7) loc_xy(19,19) rectangluar outline polygon layer(out) nth(34) % Outline: Ą mass(51) color_count(blue,51.0) size(13,4) loc_xy(7,2) rectangluar outline polygon layer(out) nth(26) % Outline: ē mass(29) color_count(blue,29.0) size(3,10) loc_xy(3,7) rectangluar outline polygon layer(out) nth(29) % Hv_Line(h): Ď mass(13) color_count(red,13.0) size(13,1) loc_xy(7,6) hv_line(h) nonsquare filled_squared layer(out) nth(28) % Outline: ᓝ mass(11) color_count(blue,11.0) size(3,4) loc_xy(3,2) rectangluar outline polygon layer(out) nth(24) % Hv_Line(v): Ę mass(10) color_count(red,10.0) size(1,10) loc_xy(6,7) nonsquare hv_line(v) filled_squared layer(out) nth(30) % Hv_Line(h): ij mass(9) color_count(red,9.0) size(9,1) loc_xy(9,26) hv_line(h) nonsquare filled_squared layer(out) nth(35) % Hv_Line(h): ĸ mass(8) color_count(red,8.0) size(8,1) loc_xy(19,26) hv_line(h) nonsquare filled_squared layer(out) nth(36) % Hv_Line(h): Ľ mass(8) color_count(blue,8.0) size(8,1) loc_xy(9,27) hv_line(h) nonsquare filled_squared layer(out) nth(37) % Hv_Line(v): ĩ mass(7) color_count(red,7.0) size(1,7) loc_xy(18,19) nonsquare hv_line(v) filled_squared layer(out) nth(33) % Hv_Line(h): ł mass(7) color_count(blue,7.0) size(7,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Hv_Line(v): ᓶ mass(4) color_count(red,4.0) size(1,4) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(out) nth(25) % Hv_Line(h): ĉ mass(3) color_count(red,3.0) size(3,1) loc_xy(3,6) hv_line(h) nonsquare filled_squared layer(out) nth(27) % Polygon: Ň mass(3) color_count(green,3.0) size(3,3) loc_xy(5,5) rectangluar polygon layer(out) nth(39) % Polygon: Ō mass(3) color_count(green,3.0) size(3,3) loc_xy(17,25) rectangluar polygon layer(out) nth(40) % Point: Ŧ mass(1) color_count(green,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(45) % Point: š mass(1) color_count(red,1.0) size(1,1) loc_xy(18,27) point layer(out) nth(44) % Point: ś mass(1) color_count(green,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(43) % Point: Ŗ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,7) point layer(out) nth(42) % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(41) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 1)). object_shape(diff((dots->dot))). sameness. % Dots: ɩ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(96) % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(41) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 11), diff(+ 19)). object_shape(diff((dots->dot))). sameness. % Dots: ɳ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,26) dots layer(in) nth(98) % Point: Ŗ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,7) point layer(out) nth(42) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), diff(- 21)). object_shape(diff((dots->dot))). sameness. % Dots: ɤ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,4) dots layer(in) nth(95) % Point: ś mass(1) color_count(green,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(43) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), diff(- 21)). object_shape(diff((dots->dot))). sameness. % Dots: ɮ mass(1) color_count(green,1.0) size(1,1) loc_xy(27,6) dots layer(in) nth(97) % Point: Ŧ mass(1) color_count(green,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(45) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(- 1)). object_shape(diff((dg_line(u)->rectangluar))). sameness. % Dg_Line(u): ɞ mass(3) color_count(green,3.0) size(3,3) loc_xy(25,4) dg_line(u) polygon layer(in) nth(94) % Polygon: Ň mass(3) color_count(green,3.0) size(3,3) loc_xy(5,5) rectangluar polygon layer(out) nth(39) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ʌ', ' ɔ', ' Ɋ', ' ɏ', ' ə', ' ɀ', ' Ȼ'], [ ' š', ' ĉ', ' Ō', ' ᓶ', ' ĩ', ' ł', ' Ľ', ' ĸ', ' ij', ' Ę', ' ᓝ', ' Ď', ' ē', ' Ą', ' Į', ' ģ', ' ĝ', ' ᒿ']), change_obj(' ɞ', ' Ň', [loc_xy(diff(+ 20), diff(- 1)), object_shape(diff((dg_line(u)->rectangluar)))]), change_obj(' ɮ', ' Ŧ', [loc_xy(diff(+ 8), diff(- 21)), object_shape(diff((dots->dot)))]), change_obj(' ɤ', ' ś', [loc_xy(diff(+ 8), diff(- 21)), object_shape(diff((dots->dot)))]), change_obj(' ɳ', ' Ŗ', [loc_xy(diff(+ 11), diff(+ 19)), object_shape(diff((dots->dot)))]), change_obj(' ɩ', ' ő', [loc_xy(diff(+ 1), diff(+ 1)), object_shape(diff((dots->dot)))])].  ___________________________________________________________  ___________________________________________________________ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ʌ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ ɤ Ʌ ɞ Ȼ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ɋ Ɋ ɞ ɏ ɏ Ȼ Ȼ ᒿ ᒿ ᓝ ᓝ ő ᓶ Ň Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɩ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ ɞ ɔ ɮ Ȼ Ȼ Ȼ ᒿ ᒿ ĉ ĉ ĉ Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ɔ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē Ň Ę Ŗ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ ɀ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĝ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ģ ĩ Į Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ģ ģ ģ ģ ģ ģ ģ ģ ś ĩ Ō Į Į Į Į Į Į Į ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ɳ ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ij ij ij ij ij ij ij ij ij Ō ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə ə Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ō š Ŧ ł ł ł ł ł ł ł ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ Ȼ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ ᒿ  ___________________________________________________________  ___________________________________________________________ better(t('264363fd')*(trn+0)+in) better(t('264363fd')*(trn+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(cyan, 470.0). cc:0=cc(cyan, 483.0). cc:1=cc(blue, 415.0). cc:1=cc(blue, 352.0). cc:2=cc(red, 8.0). cc:2=cc(red, 55.0). cc:3=cc(green, 7.0). cc:3=cc(green, 10.0). groupA=12. % Dots: ɤ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,4) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(green,1.0) size(1,1) loc_xy(27,6) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,26) dots layer(in) nth(98) % Hv_Line(v): ɔ mass(2) color_count(red,2.0) size(1,2) loc_xy(26,6) squares hv_line(v) filled_squared layer(in) nth(92) % Squares: ɏ mass(2) color_count(red,2.0) size(2,1) loc_xy(27,5) squares nonsquare filled_squared layer(in) nth(91) % Squares: Ɋ mass(2) color_count(red,2.0) size(2,1) loc_xy(24,5) squares nonsquare filled_squared layer(in) nth(90) % Hv_Line(v): Ʌ mass(2) color_count(red,2.0) size(1,2) loc_xy(26,3) squares hv_line(v) filled_squared layer(in) nth(89) % Dg_Line(u): ɞ mass(3) color_count(green,3.0) size(3,3) loc_xy(25,4) dg_line(u) polygon layer(in) nth(94) % Outline: ə mass(161) color_count(blue,161.0) size(18,9) loc_xy(9,19) squares outline polygon layer(in) nth(93) % Outline: ɀ mass(254) color_count(blue,254.0) size(17,15) loc_xy(3,2) squares outline polygon layer(in) nth(88) % Outline: Ȼ mass(470) color_count(cyan,470.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(87) _________________________________________________________________________________ groupB=23. % Point: Ŧ mass(1) color_count(green,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(45) % Point: š mass(1) color_count(red,1.0) size(1,1) loc_xy(18,27) point layer(out) nth(44) % Point: ś mass(1) color_count(green,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(43) % Point: Ŗ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,7) point layer(out) nth(42) % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(41) % Hv_Line(h): ĉ mass(3) color_count(red,3.0) size(3,1) loc_xy(3,6) hv_line(h) nonsquare filled_squared layer(out) nth(27) % Polygon: Ň mass(3) color_count(green,3.0) size(3,3) loc_xy(5,5) rectangluar polygon layer(out) nth(39) % Polygon: Ō mass(3) color_count(green,3.0) size(3,3) loc_xy(17,25) rectangluar polygon layer(out) nth(40) % Hv_Line(v): ᓶ mass(4) color_count(red,4.0) size(1,4) loc_xy(6,2) nonsquare hv_line(v) filled_squared layer(out) nth(25) % Hv_Line(v): ĩ mass(7) color_count(red,7.0) size(1,7) loc_xy(18,19) nonsquare hv_line(v) filled_squared layer(out) nth(33) % Hv_Line(h): ł mass(7) color_count(blue,7.0) size(7,1) loc_xy(20,27) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Hv_Line(h): ĸ mass(8) color_count(red,8.0) size(8,1) loc_xy(19,26) hv_line(h) nonsquare filled_squared layer(out) nth(36) % Hv_Line(h): Ľ mass(8) color_count(blue,8.0) size(8,1) loc_xy(9,27) hv_line(h) nonsquare filled_squared layer(out) nth(37) % Hv_Line(h): ij mass(9) color_count(red,9.0) size(9,1) loc_xy(9,26) hv_line(h) nonsquare filled_squared layer(out) nth(35) % Hv_Line(v): Ę mass(10) color_count(red,10.0) size(1,10) loc_xy(6,7) nonsquare hv_line(v) filled_squared layer(out) nth(30) % Outline: ᓝ mass(11) color_count(blue,11.0) size(3,4) loc_xy(3,2) rectangluar outline polygon layer(out) nth(24) % Hv_Line(h): Ď mass(13) color_count(red,13.0) size(13,1) loc_xy(7,6) hv_line(h) nonsquare filled_squared layer(out) nth(28) % Outline: ē mass(29) color_count(blue,29.0) size(3,10) loc_xy(3,7) rectangluar outline polygon layer(out) nth(29) % Outline: Ą mass(51) color_count(blue,51.0) size(13,4) loc_xy(7,2) rectangluar outline polygon layer(out) nth(26) % Outline: Į mass(55) color_count(blue,55.0) size(8,7) loc_xy(19,19) rectangluar outline polygon layer(out) nth(34) % Outline: ģ mass(62) color_count(blue,62.0) size(9,7) loc_xy(9,19) rectangluar outline polygon layer(out) nth(32) % Outline: ĝ mass(129) color_count(blue,129.0) size(13,10) loc_xy(7,7) rectangluar outline polygon layer(out) nth(31) % Outline: ᒿ mass(483) color_count(cyan,483.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(23) _________________________________________________________________________________ diffs. loc_xy(diff(+ 1), diff(+ 1)). object_shape(diff((dots->dot))). sameness. % Dots: ɩ mass(1) color_count(green,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(96) % Point: ő mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(41) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 11), diff(+ 19)). object_shape(diff((dots->dot))). sameness. % Dots: ɳ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,26) dots layer(in) nth(98) % Point: Ŗ mass(1) color_count(green,1.0) size(1,1) loc_xy(7,7) point layer(out) nth(42) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), diff(- 21)). object_shape(diff((dots->dot))). sameness. % Dots: ɤ mass(1) color_count(green,1.0) size(1,1) loc_xy(25,4) dots layer(in) nth(95) % Point: ś mass(1) color_count(green,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(43) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 8), diff(- 21)). object_shape(diff((dots->dot))). sameness. % Dots: ɮ mass(1) color_count(green,1.0) size(1,1) loc_xy(27,6) dots layer(in) nth(97) % Point: Ŧ mass(1) color_count(green,1.0) size(1,1) loc_xy(19,27) point layer(out) nth(45) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(- 1)). object_shape(diff((dg_line(u)->rectangluar))). sameness. % Dg_Line(u): ɞ mass(3) color_count(green,3.0) size(3,3) loc_xy(25,4) dg_line(u) polygon layer(in) nth(94) % Polygon: Ň mass(3) color_count(green,3.0) size(3,3) loc_xy(5,5) rectangluar polygon layer(out) nth(39) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ʌ', ' ɔ', ' Ɋ', ' ɏ', ' ə', ' ɀ', ' Ȼ'], [ ' š', ' ĉ', ' Ō', ' ᓶ', ' ĩ', ' ł', ' Ľ', ' ĸ', ' ij', ' Ę', ' ᓝ', ' Ď', ' ē', ' Ą', ' Į', ' ģ', ' ĝ', ' ᒿ']), change_obj(' ɞ', ' Ň', [loc_xy(diff(+ 20), diff(- 1)), object_shape(diff((dg_line(u)->rectangluar)))]), change_obj(' ɮ', ' Ŧ', [loc_xy(diff(+ 8), diff(- 21)), object_shape(diff((dots->dot)))]), change_obj(' ɤ', ' ś', [loc_xy(diff(+ 8), diff(- 21)), object_shape(diff((dots->dot)))]), change_obj(' ɳ', ' Ŗ', [loc_xy(diff(+ 11), diff(+ 19)), object_shape(diff((dots->dot)))]), change_obj(' ɩ', ' ő', [loc_xy(diff(+ 1), diff(+ 1)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('264363fd'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, pattern_repetition, pattern_juxtaposition, draw_line_from_point, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(t('264363fd')*(trn+1)+in) test(t('264363fd')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(blue, 504.0). cc:0=cc(blue, 513.0). cc:1=cc(red, 384.0). cc:1=cc(red, 309.0). cc:2=cc(green, 8.0). cc:2=cc(green, 75.0). cc:3=cc(yellow, 4.0). cc:3=cc(yellow, 3.0).  ___________________________________________________________  ___________________________________________________________ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʛ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʛ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʥ ʥ Ѓ ʪ ʪ ʖ ʖ ʖ ĉ Ď Ď Ď Ď ē Ę Ę Ę Ę Ę Ę Ę Ę ĝ ģ ģ ģ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʯ ʖ ʖ ʖ ʖ ʖ ĉ Ď Ď Ď Ď ē Ę Ę Ę Ę Ę Ę Ę Ę ĝ ģ ģ ģ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ Ƅ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʯ ʖ ʖ ʖ ʖ ʖ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē Ƅ ĩ ĩ ĩ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Į Į Į Į ē ij ij ij ij ij ij ij ij ĸ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Į Į Į Į ē ij ij ij ij ij ij ij ij ĸ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ Ɖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ł ł ł ł Ɖ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ǝ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ū ū ū ū ū ū ū ū ū ū Ǝ Ű Ű Ű Ű Ű Ű Ű ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ  ___________________________________________________________  ___________________________________________________________ common(t('264363fd')*(trn+1)+in) common(t('264363fd')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(blue, 504.0). cc:0=cc(blue, 513.0). cc:1=cc(red, 384.0). cc:1=cc(red, 309.0). cc:2=cc(green, 8.0). cc:2=cc(green, 75.0). cc:3=cc(yellow, 4.0). cc:3=cc(yellow, 3.0). compare_objs1([perfect]). % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,8) point layer(in) nth(51) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,11) point layer(in) nth(52) % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(52) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,25) point layer(in) nth(53) % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(53) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Outline: ʖ mass(504) color_count(blue,504.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(105) % Outline: ϭ mass(233) color_count(red,233.0) size(18,13) loc_xy(7,16) squares outline polygon layer(in) nth(111) % Outline: ʠ mass(151) color_count(red,151.0) size(17,9) loc_xy(2,6) squares outline polygon layer(in) nth(107) % Hv_Line(v): ʯ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,7) squares hv_line(v) filled_squared layer(in) nth(110) % Squares: ʪ mass(2) color_count(green,2.0) size(2,1) loc_xy(26,6) squares nonsquare filled_squared layer(in) nth(109) % Squares: ʥ mass(2) color_count(green,2.0) size(2,1) loc_xy(23,6) squares nonsquare filled_squared layer(in) nth(108) % Hv_Line(v): ʛ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,4) squares hv_line(v) filled_squared layer(in) nth(106) % Dots: Ѓ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(25,6) dots layer(in) nth(115) _________________________________________________________________________________ groupB=24. % Outline: ĉ mass(513) color_count(blue,513.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(27) % Outline: ś mass(90) color_count(red,90.0) size(10,9) loc_xy(7,16) nonsquare rectangluar outline filled_squared layer(out) nth(43) % Outline: Ŧ mass(63) color_count(red,63.0) size(7,9) loc_xy(18,16) nonsquare rectangluar outline filled_squared layer(out) nth(45) % Outline: ŵ mass(30) color_count(red,30.0) size(10,3) loc_xy(7,26) nonsquare rectangluar outline filled_squared layer(out) nth(48) % Outline: ő mass(24) color_count(red,24.0) size(8,3) loc_xy(7,12) nonsquare rectangluar outline filled_squared layer(out) nth(41) % Outline: ſ mass(21) color_count(red,21.0) size(7,3) loc_xy(18,26) nonsquare rectangluar outline filled_squared layer(out) nth(50) % Outline: ē mass(17) color_count(green,17.0) size(13,5) loc_xy(2,6) rectangluar outline polygon layer(out) nth(29) % Outline: ĸ mass(17) color_count(green,17.0) size(12,6) loc_xy(7,9) rectangluar outline polygon layer(out) nth(36) % Nonsquare: Ę mass(16) color_count(red,16.0) size(8,2) loc_xy(7,6) nonsquare rectangluar filled_squared layer(out) nth(30) % Nonsquare: ij mass(16) color_count(red,16.0) size(8,2) loc_xy(7,9) nonsquare rectangluar filled_squared layer(out) nth(35) % Outline: Ň mass(12) color_count(red,12.0) size(4,3) loc_xy(2,12) nonsquare rectangluar outline filled_squared layer(out) nth(39) % Hv_Line(h): ū mass(10) color_count(green,10.0) size(10,1) loc_xy(7,25) hv_line(h) nonsquare filled_squared layer(out) nth(46) % Keypad: Ŗ mass(9) color_count(red,9.0) size(3,3) loc_xy(16,12) squares rectangluar outline keypad layer(out) nth(42) % Hv_Line(v): š mass(9) color_count(green,9.0) size(1,9) loc_xy(17,16) nonsquare hv_line(v) filled_squared layer(out) nth(44) % Nonsquare: Ď mass(8) color_count(red,8.0) size(4,2) loc_xy(2,6) nonsquare rectangluar filled_squared layer(out) nth(28) % Nonsquare: Į mass(8) color_count(red,8.0) size(4,2) loc_xy(2,9) nonsquare rectangluar filled_squared layer(out) nth(34) % Hv_Line(h): Ű mass(7) color_count(green,7.0) size(7,1) loc_xy(18,25) hv_line(h) nonsquare filled_squared layer(out) nth(47) % Nonsquare: ģ mass(6) color_count(red,6.0) size(3,2) loc_xy(16,6) nonsquare rectangluar filled_squared layer(out) nth(32) % Nonsquare: Ľ mass(6) color_count(red,6.0) size(3,2) loc_xy(16,9) nonsquare rectangluar filled_squared layer(out) nth(37) % Hv_Line(h): ł mass(4) color_count(green,4.0) size(4,1) loc_xy(2,11) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Hv_Line(h): ĩ mass(3) color_count(green,3.0) size(3,1) loc_xy(16,8) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Hv_Line(v): Ō mass(3) color_count(green,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(40) % Hv_Line(v): ź mass(3) color_count(green,3.0) size(1,3) loc_xy(17,26) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(15,6) nonsquare hv_line(v) filled_squared layer(out) nth(31) _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(- 2)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ʛ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,4) squares hv_line(v) filled_squared layer(in) nth(106) % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(15,6) nonsquare hv_line(v) filled_squared layer(out) nth(31) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ѓ', ' ʯ', ' ʥ', ' ʪ', ' ʠ', ' ϭ', ' ʖ'], [ ' Ō', ' ź', ' ĩ', ' ł', ' ģ', ' Ľ', ' Ű', ' Ď', ' Į', ' š', ' Ŗ', ' ū', ' Ň', ' Ę', ' ij', ' ē', ' ĸ', ' ſ', ' ő', ' ŵ', ' Ŧ', ' ś', ' ĉ']), change_obj(' ʛ', ' ĝ', [loc_xy(diff(+ 10), diff(- 2)), object_shape(diff((squares->nonsquare)))])].  ___________________________________________________________  ___________________________________________________________ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʛ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʛ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʥ ʥ Ѓ ʪ ʪ ʖ ʖ ʖ ĉ Ď Ď Ď Ď ē Ę Ę Ę Ę Ę Ę Ę Ę ĝ ģ ģ ģ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʯ ʖ ʖ ʖ ʖ ʖ ĉ Ď Ď Ď Ď ē Ę Ę Ę Ę Ę Ę Ę Ę ĝ ģ ģ ģ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ Ƅ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʯ ʖ ʖ ʖ ʖ ʖ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē Ƅ ĩ ĩ ĩ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Į Į Į Į ē ij ij ij ij ij ij ij ij ĸ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Į Į Į Į ē ij ij ij ij ij ij ij ij ĸ Ľ Ľ Ľ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ Ɖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ł ł ł ł Ɖ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʠ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ Ň Ň Ň Ň Ō ő ő ő ő ő ő ő ő ĸ Ŗ Ŗ Ŗ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś[0m ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ś ś ś ś ś ś ś ś ś ś š Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ǝ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ū ū ū ū ū ū ū ū ū ū Ǝ Ű Ű Ű Ű Ű Ű Ű ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ŵ ź ſ ſ ſ ſ ſ ſ ſ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ʖ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ ĉ  ___________________________________________________________  ___________________________________________________________ better(t('264363fd')*(trn+1)+in) better(t('264363fd')*(trn+1)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=4 colors_count_size=4 cc:0=cc(blue, 504.0). cc:0=cc(blue, 513.0). cc:1=cc(red, 384.0). cc:1=cc(red, 309.0). cc:2=cc(green, 8.0). cc:2=cc(green, 75.0). cc:3=cc(yellow, 4.0). cc:3=cc(yellow, 3.0). compare_objs1([perfect]). % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,8) point layer(in) nth(51) % Point: Ƅ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,8) point layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,11) point layer(in) nth(52) % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,11) point layer(out) nth(52) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,25) point layer(in) nth(53) % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(17,25) point layer(out) nth(53) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Dots: Ѓ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(25,6) dots layer(in) nth(115) % Hv_Line(v): ʯ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,7) squares hv_line(v) filled_squared layer(in) nth(110) % Squares: ʪ mass(2) color_count(green,2.0) size(2,1) loc_xy(26,6) squares nonsquare filled_squared layer(in) nth(109) % Squares: ʥ mass(2) color_count(green,2.0) size(2,1) loc_xy(23,6) squares nonsquare filled_squared layer(in) nth(108) % Hv_Line(v): ʛ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,4) squares hv_line(v) filled_squared layer(in) nth(106) % Outline: ʠ mass(151) color_count(red,151.0) size(17,9) loc_xy(2,6) squares outline polygon layer(in) nth(107) % Outline: ϭ mass(233) color_count(red,233.0) size(18,13) loc_xy(7,16) squares outline polygon layer(in) nth(111) % Outline: ʖ mass(504) color_count(blue,504.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(105) _________________________________________________________________________________ groupB=24. % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(15,6) nonsquare hv_line(v) filled_squared layer(out) nth(31) % Hv_Line(h): ĩ mass(3) color_count(green,3.0) size(3,1) loc_xy(16,8) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Hv_Line(v): Ō mass(3) color_count(green,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(40) % Hv_Line(v): ź mass(3) color_count(green,3.0) size(1,3) loc_xy(17,26) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Hv_Line(h): ł mass(4) color_count(green,4.0) size(4,1) loc_xy(2,11) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Nonsquare: ģ mass(6) color_count(red,6.0) size(3,2) loc_xy(16,6) nonsquare rectangluar filled_squared layer(out) nth(32) % Nonsquare: Ľ mass(6) color_count(red,6.0) size(3,2) loc_xy(16,9) nonsquare rectangluar filled_squared layer(out) nth(37) % Hv_Line(h): Ű mass(7) color_count(green,7.0) size(7,1) loc_xy(18,25) hv_line(h) nonsquare filled_squared layer(out) nth(47) % Nonsquare: Ď mass(8) color_count(red,8.0) size(4,2) loc_xy(2,6) nonsquare rectangluar filled_squared layer(out) nth(28) % Nonsquare: Į mass(8) color_count(red,8.0) size(4,2) loc_xy(2,9) nonsquare rectangluar filled_squared layer(out) nth(34) % Keypad: Ŗ mass(9) color_count(red,9.0) size(3,3) loc_xy(16,12) squares rectangluar outline keypad layer(out) nth(42) % Hv_Line(v): š mass(9) color_count(green,9.0) size(1,9) loc_xy(17,16) nonsquare hv_line(v) filled_squared layer(out) nth(44) % Hv_Line(h): ū mass(10) color_count(green,10.0) size(10,1) loc_xy(7,25) hv_line(h) nonsquare filled_squared layer(out) nth(46) % Outline: Ň mass(12) color_count(red,12.0) size(4,3) loc_xy(2,12) nonsquare rectangluar outline filled_squared layer(out) nth(39) % Nonsquare: Ę mass(16) color_count(red,16.0) size(8,2) loc_xy(7,6) nonsquare rectangluar filled_squared layer(out) nth(30) % Nonsquare: ij mass(16) color_count(red,16.0) size(8,2) loc_xy(7,9) nonsquare rectangluar filled_squared layer(out) nth(35) % Outline: ē mass(17) color_count(green,17.0) size(13,5) loc_xy(2,6) rectangluar outline polygon layer(out) nth(29) % Outline: ĸ mass(17) color_count(green,17.0) size(12,6) loc_xy(7,9) rectangluar outline polygon layer(out) nth(36) % Outline: ſ mass(21) color_count(red,21.0) size(7,3) loc_xy(18,26) nonsquare rectangluar outline filled_squared layer(out) nth(50) % Outline: ő mass(24) color_count(red,24.0) size(8,3) loc_xy(7,12) nonsquare rectangluar outline filled_squared layer(out) nth(41) % Outline: ŵ mass(30) color_count(red,30.0) size(10,3) loc_xy(7,26) nonsquare rectangluar outline filled_squared layer(out) nth(48) % Outline: Ŧ mass(63) color_count(red,63.0) size(7,9) loc_xy(18,16) nonsquare rectangluar outline filled_squared layer(out) nth(45) % Outline: ś mass(90) color_count(red,90.0) size(10,9) loc_xy(7,16) nonsquare rectangluar outline filled_squared layer(out) nth(43) % Outline: ĉ mass(513) color_count(blue,513.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(27) _________________________________________________________________________________ diffs. loc_xy(diff(+ 10), diff(- 2)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ʛ mass(2) color_count(green,2.0) size(1,2) loc_xy(25,4) squares hv_line(v) filled_squared layer(in) nth(106) % Hv_Line(v): ĝ mass(2) color_count(green,2.0) size(1,2) loc_xy(15,6) nonsquare hv_line(v) filled_squared layer(out) nth(31) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ѓ', ' ʯ', ' ʥ', ' ʪ', ' ʠ', ' ϭ', ' ʖ'], [ ' Ō', ' ź', ' ĩ', ' ł', ' ģ', ' Ľ', ' Ű', ' Ď', ' Į', ' š', ' Ŗ', ' ū', ' Ň', ' Ę', ' ij', ' ē', ' ĸ', ' ſ', ' ő', ' ŵ', ' Ŧ', ' ś', ' ĉ']), change_obj(' ʛ', ' ĝ', [loc_xy(diff(+ 10), diff(- 2)), object_shape(diff((squares->nonsquare)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('264363fd'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, pattern_repetition, pattern_juxtaposition, draw_line_from_point, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(t('264363fd')*(trn+2)+in) test(t('264363fd')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(cyan, 476.0). cc:0=cc(cyan, 487.0). cc:1=cc(green, 409.0). cc:1=cc(green, 341.0). cc:2=cc(purple, 6.0). cc:2=cc(silver, 44.0). cc:3=cc(yellow, 5.0). cc:3=cc(purple, 24.0). cc:4=cc(silver, 4.0). cc:4=cc(yellow, 4.0).  ___________________________________________________________  ___________________________________________________________ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į ģ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ Ɖ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į Ɖ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į ĸ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ď ē ē ē Ō Ę ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ Ǝ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ď ē ē ē Ō Ǝ ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ ł ś Ň Ň Ň Ň Ď ē ē ē Ō š ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ Ɠ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ Ɠ ś Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ Ŧ ś Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ű ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ Ƙ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ƙ ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ƅ ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ƅ ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϲ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ ϲ Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ М Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ Ѓ Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ѓ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď  ___________________________________________________________  ___________________________________________________________ common(t('264363fd')*(trn+2)+in) common(t('264363fd')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(cyan, 476.0). cc:0=cc(cyan, 487.0). cc:1=cc(green, 409.0). cc:1=cc(green, 341.0). cc:2=cc(purple, 6.0). cc:2=cc(silver, 44.0). cc:3=cc(yellow, 5.0). cc:3=cc(purple, 24.0). cc:4=cc(silver, 4.0). cc:4=cc(yellow, 4.0). compare_objs1([perfect]). % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(24,7) point layer(in) nth(52) % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(24,7) point layer(out) nth(52) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(16,11) point layer(in) nth(53) % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(16,11) point layer(out) nth(53) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɠ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,13) point layer(in) nth(54) % Point: Ɠ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,13) point layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(19,21) point layer(in) nth(55) % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(19,21) point layer(out) nth(55) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=9. % Outline: ʥ mass(476) color_count(cyan,476.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(108) % Outline: ʪ mass(206) color_count(green,206.0) size(16,13) loc_xy(12,3) squares outline polygon layer(in) nth(109) % Outline: ʯ mass(134) color_count(green,134.0) size(9,15) loc_xy(2,10) squares outline polygon layer(in) nth(110) % Outline: ϭ mass(69) color_count(green,69.0) size(10,7) loc_xy(13,17) squares outline polygon layer(in) nth(111) % Hv_Line(v): Ͻ mass(3) color_count(purple,3.0) size(1,3) loc_xy(26,26) squares hv_line(v) filled_squared layer(in) nth(114) % Hv_Line(v): ϸ mass(3) color_count(purple,3.0) size(1,3) loc_xy(24,26) squares hv_line(v) filled_squared layer(in) nth(113) % Hv_Line(v): Ѓ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,28) squares hv_line(v) filled_squared layer(in) nth(115) % Hv_Line(v): ϲ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,25) squares hv_line(v) filled_squared layer(in) nth(112) % Dots: М mass(1) color_count(yellow,1.0) size(1,1) loc_xy(25,27) dots layer(in) nth(120) _________________________________________________________________________________ groupB=24. % Outline: Ď mass(487) color_count(cyan,487.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(28) % Outline: ĝ mass(85) color_count(green,85.0) size(7,13) loc_xy(17,3) rectangluar outline polygon layer(out) nth(31) % Outline: Ň mass(72) color_count(green,72.0) size(5,15) loc_xy(6,10) rectangluar outline polygon layer(out) nth(39) % Outline: ē mass(49) color_count(green,49.0) size(4,13) loc_xy(12,3) rectangluar outline polygon layer(out) nth(29) % Outline: Ľ mass(42) color_count(green,42.0) size(3,15) loc_xy(2,10) rectangluar outline polygon layer(out) nth(37) % Outline: ū mass(39) color_count(green,39.0) size(6,7) loc_xy(13,17) rectangluar outline polygon layer(out) nth(46) % Outline: ĩ mass(36) color_count(green,36.0) size(3,13) loc_xy(25,3) rectangluar outline polygon layer(out) nth(33) % Outline: ŵ mass(18) color_count(green,18.0) size(3,7) loc_xy(20,17) rectangluar outline polygon layer(out) nth(48) % Hv_Line(v): Ŧ mass(11) color_count(silver,11.0) size(1,11) loc_xy(5,14) nonsquare hv_line(v) filled_squared layer(out) nth(45) % Hv_Line(v): Ę mass(8) color_count(silver,8.0) size(1,8) loc_xy(16,3) nonsquare hv_line(v) filled_squared layer(out) nth(30) % Hv_Line(v): ĸ mass(8) color_count(silver,8.0) size(1,8) loc_xy(24,8) nonsquare hv_line(v) filled_squared layer(out) nth(36) % Hv_Line(v): ģ mass(4) color_count(silver,4.0) size(1,4) loc_xy(24,3) nonsquare hv_line(v) filled_squared layer(out) nth(32) % Hv_Line(v): š mass(4) color_count(silver,4.0) size(1,4) loc_xy(16,12) nonsquare hv_line(v) filled_squared layer(out) nth(44) % Hv_Line(v): Ű mass(4) color_count(silver,4.0) size(1,4) loc_xy(19,17) nonsquare hv_line(v) filled_squared layer(out) nth(47) % Hv_Line(v): Į mass(3) color_count(purple,3.0) size(1,3) loc_xy(23,6) nonsquare hv_line(v) filled_squared layer(out) nth(34) % Hv_Line(v): ij mass(3) color_count(purple,3.0) size(1,3) loc_xy(25,6) nonsquare hv_line(v) filled_squared layer(out) nth(35) % Hv_Line(v): ł mass(3) color_count(silver,3.0) size(1,3) loc_xy(5,10) nonsquare hv_line(v) filled_squared layer(out) nth(38) % Hv_Line(v): Ō mass(3) color_count(purple,3.0) size(1,3) loc_xy(15,10) nonsquare hv_line(v) filled_squared layer(out) nth(40) % Hv_Line(v): ő mass(3) color_count(purple,3.0) size(1,3) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(out) nth(41) % Hv_Line(v): Ŗ mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(42) % Hv_Line(v): ś mass(3) color_count(purple,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(43) % Hv_Line(v): ź mass(3) color_count(purple,3.0) size(1,3) loc_xy(18,20) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Hv_Line(v): ſ mass(3) color_count(purple,3.0) size(1,3) loc_xy(20,20) nonsquare hv_line(v) filled_squared layer(out) nth(50) % Hv_Line(v): Ƅ mass(2) color_count(silver,2.0) size(1,2) loc_xy(19,22) nonsquare hv_line(v) filled_squared layer(out) nth(51) _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), diff(+ 3)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ϲ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,25) squares hv_line(v) filled_squared layer(in) nth(112) % Hv_Line(v): Ƅ mass(2) color_count(silver,2.0) size(1,2) loc_xy(19,22) nonsquare hv_line(v) filled_squared layer(out) nth(51) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(+ 14)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ϸ mass(3) color_count(purple,3.0) size(1,3) loc_xy(24,26) squares hv_line(v) filled_squared layer(in) nth(113) % Hv_Line(v): Ŗ mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(42) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(+ 14)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): Ͻ mass(3) color_count(purple,3.0) size(1,3) loc_xy(26,26) squares hv_line(v) filled_squared layer(in) nth(114) % Hv_Line(v): ś mass(3) color_count(purple,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(43) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' М', ' Ѓ', ' ϭ', ' ʯ', ' ʪ', ' ʥ'], [ ' Ō', ' ő', ' ź', ' ſ', ' Į', ' ij', ' ł', ' š', ' Ű', ' ģ', ' Ę', ' ĸ', ' Ŧ', ' ŵ', ' ĩ', ' ū', ' Ľ', ' ē', ' Ň', ' ĝ', ' Ď']), change_obj(' Ͻ', ' ś', [loc_xy(diff(+ 20), diff(+ 14)), object_shape(diff((squares->nonsquare)))]), change_obj(' ϸ', ' Ŗ', [loc_xy(diff(+ 20), diff(+ 14)), object_shape(diff((squares->nonsquare)))]), change_obj(' ϲ', ' Ƅ', [loc_xy(diff(+ 6), diff(+ 3)), object_shape(diff((squares->nonsquare)))])].  ___________________________________________________________  ___________________________________________________________ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į ģ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ Ɖ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į Ɖ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ Į ĸ ij ĩ ĩ Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ď ē ē ē Ō Ę ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ Ǝ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ ł Ň Ň Ň Ň Ň Ď ē ē ē Ō Ǝ ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ ł ś Ň Ň Ň Ň Ď ē ē ē Ō š ő ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ Ɠ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ Ɠ ś Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ŗ Ŧ ś Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʪ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď ē ē ē ē š ĝ ĝ ĝ ĝ ĝ ĝ ĝ ĸ ĩ ĩ ĩ Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ű ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ű ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ Ƙ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ƙ ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ź Ƅ ſ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď ū ū ū ū ū ū Ƅ ŵ ŵ ŵ Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʯ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ľ Ľ Ľ Ŧ Ň Ň Ň Ň Ň Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϲ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ ϲ Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ М Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ϸ Ѓ Ͻ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ѓ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ ʥ Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď Ď  ___________________________________________________________  ___________________________________________________________ better(t('264363fd')*(trn+2)+in) better(t('264363fd')*(trn+2)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(cyan, 476.0). cc:0=cc(cyan, 487.0). cc:1=cc(green, 409.0). cc:1=cc(green, 341.0). cc:2=cc(purple, 6.0). cc:2=cc(silver, 44.0). cc:3=cc(yellow, 5.0). cc:3=cc(purple, 24.0). cc:4=cc(silver, 4.0). cc:4=cc(yellow, 4.0). compare_objs1([perfect]). % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(24,7) point layer(in) nth(52) % Point: Ɖ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(24,7) point layer(out) nth(52) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(16,11) point layer(in) nth(53) % Point: Ǝ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(16,11) point layer(out) nth(53) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɠ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,13) point layer(in) nth(54) % Point: Ɠ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(5,13) point layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(19,21) point layer(in) nth(55) % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(19,21) point layer(out) nth(55) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=9. % Dots: М mass(1) color_count(yellow,1.0) size(1,1) loc_xy(25,27) dots layer(in) nth(120) % Hv_Line(v): Ѓ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,28) squares hv_line(v) filled_squared layer(in) nth(115) % Hv_Line(v): ϲ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,25) squares hv_line(v) filled_squared layer(in) nth(112) % Hv_Line(v): Ͻ mass(3) color_count(purple,3.0) size(1,3) loc_xy(26,26) squares hv_line(v) filled_squared layer(in) nth(114) % Hv_Line(v): ϸ mass(3) color_count(purple,3.0) size(1,3) loc_xy(24,26) squares hv_line(v) filled_squared layer(in) nth(113) % Outline: ϭ mass(69) color_count(green,69.0) size(10,7) loc_xy(13,17) squares outline polygon layer(in) nth(111) % Outline: ʯ mass(134) color_count(green,134.0) size(9,15) loc_xy(2,10) squares outline polygon layer(in) nth(110) % Outline: ʪ mass(206) color_count(green,206.0) size(16,13) loc_xy(12,3) squares outline polygon layer(in) nth(109) % Outline: ʥ mass(476) color_count(cyan,476.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(108) _________________________________________________________________________________ groupB=24. % Hv_Line(v): Ƅ mass(2) color_count(silver,2.0) size(1,2) loc_xy(19,22) nonsquare hv_line(v) filled_squared layer(out) nth(51) % Hv_Line(v): Į mass(3) color_count(purple,3.0) size(1,3) loc_xy(23,6) nonsquare hv_line(v) filled_squared layer(out) nth(34) % Hv_Line(v): ij mass(3) color_count(purple,3.0) size(1,3) loc_xy(25,6) nonsquare hv_line(v) filled_squared layer(out) nth(35) % Hv_Line(v): ł mass(3) color_count(silver,3.0) size(1,3) loc_xy(5,10) nonsquare hv_line(v) filled_squared layer(out) nth(38) % Hv_Line(v): Ō mass(3) color_count(purple,3.0) size(1,3) loc_xy(15,10) nonsquare hv_line(v) filled_squared layer(out) nth(40) % Hv_Line(v): ő mass(3) color_count(purple,3.0) size(1,3) loc_xy(17,10) nonsquare hv_line(v) filled_squared layer(out) nth(41) % Hv_Line(v): Ŗ mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(42) % Hv_Line(v): ś mass(3) color_count(purple,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(43) % Hv_Line(v): ź mass(3) color_count(purple,3.0) size(1,3) loc_xy(18,20) nonsquare hv_line(v) filled_squared layer(out) nth(49) % Hv_Line(v): ſ mass(3) color_count(purple,3.0) size(1,3) loc_xy(20,20) nonsquare hv_line(v) filled_squared layer(out) nth(50) % Hv_Line(v): ģ mass(4) color_count(silver,4.0) size(1,4) loc_xy(24,3) nonsquare hv_line(v) filled_squared layer(out) nth(32) % Hv_Line(v): š mass(4) color_count(silver,4.0) size(1,4) loc_xy(16,12) nonsquare hv_line(v) filled_squared layer(out) nth(44) % Hv_Line(v): Ű mass(4) color_count(silver,4.0) size(1,4) loc_xy(19,17) nonsquare hv_line(v) filled_squared layer(out) nth(47) % Hv_Line(v): Ę mass(8) color_count(silver,8.0) size(1,8) loc_xy(16,3) nonsquare hv_line(v) filled_squared layer(out) nth(30) % Hv_Line(v): ĸ mass(8) color_count(silver,8.0) size(1,8) loc_xy(24,8) nonsquare hv_line(v) filled_squared layer(out) nth(36) % Hv_Line(v): Ŧ mass(11) color_count(silver,11.0) size(1,11) loc_xy(5,14) nonsquare hv_line(v) filled_squared layer(out) nth(45) % Outline: ŵ mass(18) color_count(green,18.0) size(3,7) loc_xy(20,17) rectangluar outline polygon layer(out) nth(48) % Outline: ĩ mass(36) color_count(green,36.0) size(3,13) loc_xy(25,3) rectangluar outline polygon layer(out) nth(33) % Outline: ū mass(39) color_count(green,39.0) size(6,7) loc_xy(13,17) rectangluar outline polygon layer(out) nth(46) % Outline: Ľ mass(42) color_count(green,42.0) size(3,15) loc_xy(2,10) rectangluar outline polygon layer(out) nth(37) % Outline: ē mass(49) color_count(green,49.0) size(4,13) loc_xy(12,3) rectangluar outline polygon layer(out) nth(29) % Outline: Ň mass(72) color_count(green,72.0) size(5,15) loc_xy(6,10) rectangluar outline polygon layer(out) nth(39) % Outline: ĝ mass(85) color_count(green,85.0) size(7,13) loc_xy(17,3) rectangluar outline polygon layer(out) nth(31) % Outline: Ď mass(487) color_count(cyan,487.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(28) _________________________________________________________________________________ diffs. loc_xy(diff(+ 6), diff(+ 3)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ϲ mass(2) color_count(silver,2.0) size(1,2) loc_xy(25,25) squares hv_line(v) filled_squared layer(in) nth(112) % Hv_Line(v): Ƅ mass(2) color_count(silver,2.0) size(1,2) loc_xy(19,22) nonsquare hv_line(v) filled_squared layer(out) nth(51) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(+ 14)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): ϸ mass(3) color_count(purple,3.0) size(1,3) loc_xy(24,26) squares hv_line(v) filled_squared layer(in) nth(113) % Hv_Line(v): Ŗ mass(3) color_count(purple,3.0) size(1,3) loc_xy(4,12) nonsquare hv_line(v) filled_squared layer(out) nth(42) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 20), diff(+ 14)). object_shape(diff((squares->nonsquare))). sameness. % Hv_Line(v): Ͻ mass(3) color_count(purple,3.0) size(1,3) loc_xy(26,26) squares hv_line(v) filled_squared layer(in) nth(114) % Hv_Line(v): ś mass(3) color_count(purple,3.0) size(1,3) loc_xy(6,12) nonsquare hv_line(v) filled_squared layer(out) nth(43) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' М', ' Ѓ', ' ϭ', ' ʯ', ' ʪ', ' ʥ'], [ ' Ō', ' ő', ' ź', ' ſ', ' Į', ' ij', ' ł', ' š', ' Ű', ' ģ', ' Ę', ' ĸ', ' Ŧ', ' ŵ', ' ĩ', ' ū', ' Ľ', ' ē', ' Ň', ' ĝ', ' Ď']), change_obj(' Ͻ', ' ś', [loc_xy(diff(+ 20), diff(+ 14)), object_shape(diff((squares->nonsquare)))]), change_obj(' ϸ', ' Ŗ', [loc_xy(diff(+ 20), diff(+ 14)), object_shape(diff((squares->nonsquare)))]), change_obj(' ϲ', ' Ƅ', [loc_xy(diff(+ 6), diff(+ 3)), object_shape(diff((squares->nonsquare)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('264363fd'),[]) [ +mask_match, +shape_match, +color_match, -rotation_match, pattern_repetition, pattern_juxtaposition, draw_line_from_point, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  ___________________________________________________________  ___________________________________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________________________________  ___________________________________________________________ test(t('264363fd')*(tst+0)+in) test(t('264363fd')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(yellow, 531.0). cc:0=cc(yellow, 542.0). cc:1=cc(blue, 355.0). cc:1=cc(blue, 294.0). cc:2=cc(green, 6.0). cc:2=cc(cyan, 43.0). cc:3=cc(red, 4.0). cc:3=cc(green, 18.0). cc:4=cc(cyan, 4.0). cc:4=cc(red, 3.0). Training hard... Training hard... Training hard...  ___________________________________________________________  ___________________________________________________________ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ Ű ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ģ ģ ģ Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Į Į ij ij ij Į Į Į Į Į Į Į ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Į Į Į Į Į Į Į Į Į Į Į Į ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Ľ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ŵ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ł ł ł ł ł ł ł ł ł ł ł ŵ Ň Ň Ň Ň Ň ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ő ő ő Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɽ ɽ ɽ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ʂ ʂ ʠ ʇ ʇ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ŗ Ŗ Ŗ Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ʌ ʌ ʌ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ź ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ś ś ś ś ś ś ź š š š š š š š š š š ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ ū ū ū Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē  ___________________________________________________________  ___________________________________________________________ common(t('264363fd')*(tst+0)+in) common(t('264363fd')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(yellow, 531.0). cc:0=cc(yellow, 1084.0). cc:1=cc(blue, 355.0). cc:1=cc(blue, 588.0). cc:2=cc(green, 6.0). cc:2=cc(cyan, 86.0). cc:3=cc(red, 4.0). cc:3=cc(green, 36.0). cc:4=cc(cyan, 4.0). cc:4=cc(red, 6.0). compare_objs1([perfect]). % Point: Ű mass(1) color_count(red,1.0) size(1,1) loc_xy(7,10) point layer(in) nth(47) % Point: Ű mass(1) color_count(red,1.0) size(1,1) loc_xy(7,10) point layer(out) nth(47) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ŵ mass(1) color_count(red,1.0) size(1,1) loc_xy(24,18) point layer(in) nth(48) % Point: ŵ mass(1) color_count(red,1.0) size(1,1) loc_xy(24,18) point layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(19,25) point layer(in) nth(49) % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(19,25) point layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Outline: ɮ mass(531) color_count(yellow,531.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(97) % Outline: ɸ mass(236) color_count(blue,236.0) size(17,14) loc_xy(13,15) squares outline polygon layer(in) nth(99) % Outline: ɳ mass(119) color_count(blue,119.0) size(12,10) loc_xy(4,3) squares outline polygon layer(in) nth(98) % Squares: ʌ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,25) squares nonsquare filled_squared layer(in) nth(103) % Squares: ɽ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,23) squares nonsquare filled_squared layer(in) nth(100) % Squares: ʇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,24) squares nonsquare filled_squared layer(in) nth(102) % Squares: ʂ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,24) squares nonsquare filled_squared layer(in) nth(101) % Dots: ʠ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,24) dots layer(in) nth(107) _________________________________________________________________________________ groupB=22. % Squares: Ď mass(729) color_count(blue,282.0) color_count(cyan,43.0) color_count(green,18.0) color_count(red,3.0) color_count(yellow,383.0) size(27,27) loc_xy(4,4) squares rectangluar filled_squared layer(out) nth(28) % Outline: ē mass(542) color_count(yellow,542.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(29) % Outline: Ō mass(96) color_count(blue,96.0) size(17,6) loc_xy(13,19) rectangluar outline polygon layer(out) nth(40) % Outline: ĉ mass(81) color_count(yellow,81.0) size(3,27) loc_xy(1,4) nonsquare rectangluar outline filled_squared layer(out) nth(27) % Nonsquare: Ą mass(81) color_count(blue,12.0) color_count(yellow,69.0) size(27,3) loc_xy(4,1) nonsquare rectangluar filled_squared layer(out) nth(26) % Outline: Ę mass(81) color_count(blue,81.0) size(12,7) loc_xy(4,3) rectangluar outline polygon layer(out) nth(30) % Outline: ĸ mass(48) color_count(blue,48.0) size(17,3) loc_xy(13,15) rectangluar outline polygon layer(out) nth(36) % Outline: Ŧ mass(48) color_count(blue,48.0) size(17,3) loc_xy(13,26) rectangluar outline polygon layer(out) nth(45) % Polygon: Į mass(21) color_count(blue,21.0) size(12,2) loc_xy(4,11) rectangluar polygon layer(out) nth(34) % Hv_Line(h): ł mass(11) color_count(cyan,11.0) size(11,1) loc_xy(13,18) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Hv_Line(h): š mass(10) color_count(cyan,10.0) size(10,1) loc_xy(20,25) hv_line(h) nonsquare filled_squared layer(out) nth(44) % Keypad: ᓶ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(out) nth(25) % Hv_Line(h): ĩ mass(8) color_count(cyan,8.0) size(8,1) loc_xy(8,10) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Hv_Line(h): ś mass(6) color_count(cyan,6.0) size(6,1) loc_xy(13,25) hv_line(h) nonsquare filled_squared layer(out) nth(43) % Hv_Line(h): Ň mass(5) color_count(cyan,5.0) size(5,1) loc_xy(25,18) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Hv_Line(h): ĝ mass(3) color_count(green,3.0) size(3,1) loc_xy(6,9) hv_line(h) nonsquare filled_squared layer(out) nth(31) % Hv_Line(h): ģ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(4,10) hv_line(h) nonsquare filled_squared layer(out) nth(32) % Hv_Line(h): ij mass(3) color_count(green,3.0) size(3,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(35) % Hv_Line(h): Ľ mass(3) color_count(green,3.0) size(3,1) loc_xy(23,17) hv_line(h) nonsquare filled_squared layer(out) nth(37) % Hv_Line(h): ő mass(3) color_count(green,3.0) size(3,1) loc_xy(23,19) hv_line(h) nonsquare filled_squared layer(out) nth(41) % Hv_Line(h): Ŗ mass(3) color_count(green,3.0) size(3,1) loc_xy(18,24) hv_line(h) nonsquare filled_squared layer(out) nth(42) % Hv_Line(h): ū mass(3) color_count(green,3.0) size(3,1) loc_xy(18,26) hv_line(h) nonsquare filled_squared layer(out) nth(46) _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 14)). object_shape(diff((squares->hv_line(h)))). sameness. % Squares: ɽ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,23) squares nonsquare filled_squared layer(in) nth(100) % Hv_Line(h): ĝ mass(3) color_count(green,3.0) size(3,1) loc_xy(6,9) hv_line(h) nonsquare filled_squared layer(out) nth(31) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 14)). object_shape(diff((squares->hv_line(h)))). sameness. % Squares: ʌ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,25) squares nonsquare filled_squared layer(in) nth(103) % Hv_Line(h): ij mass(3) color_count(green,3.0) size(3,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(35) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ʠ', ' ʂ', ' ʇ', ' ɳ', ' ɸ', ' ɮ'], [ ' ģ', ' Ŗ', ' ū', ' Ľ', ' ő', ' Ň', ' ś', ' ĩ', ' ᓶ', ' š', ' ł', ' Į', ' ĸ', ' Ŧ', ' ĉ', ' Ę', ' Ą', ' Ō', ' ē', ' Ď']), change_obj(' ʌ', ' ij', [loc_xy(diff(- 3), diff(+ 14)), object_shape(diff((squares->hv_line(h))))]), change_obj(' ɽ', ' ĝ', [loc_xy(diff(- 3), diff(+ 14)), object_shape(diff((squares->hv_line(h))))])].  ___________________________________________________________  ___________________________________________________________ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ᓶ ᓶ ᓶ Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą Ą ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Ę Ę ĝ ĝ ĝ Ę Ę Ę Ę Ę Ę Ę ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ Ű ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ģ ģ ģ Ű ĩ ĩ ĩ ĩ ĩ ĩ ĩ ĩ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Į Į ij ij ij Į Į Į Į Į Į Į ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɳ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ Į Į Į Į Į Į Į Į Į Į Į Į ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ ĸ Ľ Ľ Ľ ĸ ĸ ĸ ĸ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ŵ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ł ł ł ł ł ł ł ł ł ł ł ŵ Ň Ň Ň Ň Ň ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ő ő ő Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ɽ ɽ ɽ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ʂ ʂ ʠ ʇ ʇ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ō Ō Ō Ō Ō Ŗ Ŗ Ŗ Ō Ō Ō Ō Ō Ō Ō Ō Ō ē ɮ ɮ ʌ ʌ ʌ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ź ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ś ś ś ś ś ś ź š š š š š š š š š š ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ ū ū ū Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɸ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ Ŧ ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ɮ ĉ ĉ ĉ ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē ē  ___________________________________________________________  ___________________________________________________________ better(t('264363fd')*(tst+0)+in) better(t('264363fd')*(tst+0)+out) IN OUT grid_dim=grid_size(30, 30). grid_dim=grid_size(30, 30). colors_count_size=5 colors_count_size=5 cc:0=cc(yellow, 531.0). cc:0=cc(yellow, 1084.0). cc:1=cc(blue, 355.0). cc:1=cc(blue, 588.0). cc:2=cc(green, 6.0). cc:2=cc(cyan, 86.0). cc:3=cc(red, 4.0). cc:3=cc(green, 36.0). cc:4=cc(cyan, 4.0). cc:4=cc(red, 6.0). compare_objs1([perfect]). % Point: Ű mass(1) color_count(red,1.0) size(1,1) loc_xy(7,10) point layer(in) nth(47) % Point: Ű mass(1) color_count(red,1.0) size(1,1) loc_xy(7,10) point layer(out) nth(47) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ŵ mass(1) color_count(red,1.0) size(1,1) loc_xy(24,18) point layer(in) nth(48) % Point: ŵ mass(1) color_count(red,1.0) size(1,1) loc_xy(24,18) point layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(19,25) point layer(in) nth(49) % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(19,25) point layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Dots: ʠ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,24) dots layer(in) nth(107) % Squares: ʇ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(5,24) squares nonsquare filled_squared layer(in) nth(102) % Squares: ʂ mass(2) color_count(cyan,2.0) size(2,1) loc_xy(2,24) squares nonsquare filled_squared layer(in) nth(101) % Squares: ʌ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,25) squares nonsquare filled_squared layer(in) nth(103) % Squares: ɽ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,23) squares nonsquare filled_squared layer(in) nth(100) % Outline: ɳ mass(119) color_count(blue,119.0) size(12,10) loc_xy(4,3) squares outline polygon layer(in) nth(98) % Outline: ɸ mass(236) color_count(blue,236.0) size(17,14) loc_xy(13,15) squares outline polygon layer(in) nth(99) % Outline: ɮ mass(531) color_count(yellow,531.0) size(30,30) loc_xy(1,1) squares outline polygon layer(in) nth(97) _________________________________________________________________________________ groupB=22. % Hv_Line(h): ĝ mass(3) color_count(green,3.0) size(3,1) loc_xy(6,9) hv_line(h) nonsquare filled_squared layer(out) nth(31) % Hv_Line(h): ģ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(4,10) hv_line(h) nonsquare filled_squared layer(out) nth(32) % Hv_Line(h): ij mass(3) color_count(green,3.0) size(3,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(35) % Hv_Line(h): Ľ mass(3) color_count(green,3.0) size(3,1) loc_xy(23,17) hv_line(h) nonsquare filled_squared layer(out) nth(37) % Hv_Line(h): ő mass(3) color_count(green,3.0) size(3,1) loc_xy(23,19) hv_line(h) nonsquare filled_squared layer(out) nth(41) % Hv_Line(h): Ŗ mass(3) color_count(green,3.0) size(3,1) loc_xy(18,24) hv_line(h) nonsquare filled_squared layer(out) nth(42) % Hv_Line(h): ū mass(3) color_count(green,3.0) size(3,1) loc_xy(18,26) hv_line(h) nonsquare filled_squared layer(out) nth(46) % Hv_Line(h): Ň mass(5) color_count(cyan,5.0) size(5,1) loc_xy(25,18) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Hv_Line(h): ś mass(6) color_count(cyan,6.0) size(6,1) loc_xy(13,25) hv_line(h) nonsquare filled_squared layer(out) nth(43) % Hv_Line(h): ĩ mass(8) color_count(cyan,8.0) size(8,1) loc_xy(8,10) hv_line(h) nonsquare filled_squared layer(out) nth(33) % Keypad: ᓶ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(out) nth(25) % Hv_Line(h): š mass(10) color_count(cyan,10.0) size(10,1) loc_xy(20,25) hv_line(h) nonsquare filled_squared layer(out) nth(44) % Hv_Line(h): ł mass(11) color_count(cyan,11.0) size(11,1) loc_xy(13,18) hv_line(h) nonsquare filled_squared layer(out) nth(38) % Polygon: Į mass(21) color_count(blue,21.0) size(12,2) loc_xy(4,11) rectangluar polygon layer(out) nth(34) % Outline: ĸ mass(48) color_count(blue,48.0) size(17,3) loc_xy(13,15) rectangluar outline polygon layer(out) nth(36) % Outline: Ŧ mass(48) color_count(blue,48.0) size(17,3) loc_xy(13,26) rectangluar outline polygon layer(out) nth(45) % Outline: ĉ mass(81) color_count(yellow,81.0) size(3,27) loc_xy(1,4) nonsquare rectangluar outline filled_squared layer(out) nth(27) % Nonsquare: Ą mass(81) color_count(blue,12.0) color_count(yellow,69.0) size(27,3) loc_xy(4,1) nonsquare rectangluar filled_squared layer(out) nth(26) % Outline: Ę mass(81) color_count(blue,81.0) size(12,7) loc_xy(4,3) rectangluar outline polygon layer(out) nth(30) % Outline: Ō mass(96) color_count(blue,96.0) size(17,6) loc_xy(13,19) rectangluar outline polygon layer(out) nth(40) % Outline: ē mass(542) color_count(yellow,542.0) size(30,30) loc_xy(1,1) rectangluar outline polygon layer(out) nth(29) % Squares: Ď mass(729) color_count(blue,282.0) color_count(cyan,43.0) color_count(green,18.0) color_count(red,3.0) color_count(yellow,383.0) size(27,27) loc_xy(4,4) squares rectangluar filled_squared layer(out) nth(28) _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 14)). object_shape(diff((squares->hv_line(h)))). sameness. % Squares: ɽ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,23) squares nonsquare filled_squared layer(in) nth(100) % Hv_Line(h): ĝ mass(3) color_count(green,3.0) size(3,1) loc_xy(6,9) hv_line(h) nonsquare filled_squared layer(out) nth(31) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 3), diff(+ 14)). object_shape(diff((squares->hv_line(h)))). sameness. % Squares: ʌ mass(3) color_count(green,3.0) size(3,1) loc_xy(3,25) squares nonsquare filled_squared layer(in) nth(103) % Hv_Line(h): ij mass(3) color_count(green,3.0) size(3,1) loc_xy(6,11) hv_line(h) nonsquare filled_squared layer(out) nth(35) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ʠ', ' ʂ', ' ʇ', ' ɳ', ' ɸ', ' ɮ'], [ ' ģ', ' Ŗ', ' ū', ' Ľ', ' ő', ' Ň', ' ś', ' ĩ', ' ᓶ', ' š', ' ł', ' Į', ' ĸ', ' Ŧ', ' ĉ', ' Ę', ' Ą', ' Ō', ' ē', ' Ď']), change_obj(' ʌ', ' ij', [loc_xy(diff(- 3), diff(+ 14)), object_shape(diff((squares->hv_line(h))))]), change_obj(' ɽ', ' ĝ', [loc_xy(diff(- 3), diff(+ 14)), object_shape(diff((squares->hv_line(h))))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t('7837ac64')) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('7837ac64'),[]) [ -mask_match, -shape_match, -rotation_match, -color_match, detect_grid, color_guessing, grid_coloring, crop, extrapolate_image_from_grid, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________________________________________________________  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(t('7837ac64')*(trn+0)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________________ test(t('7837ac64')*(trn+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(yellow, 429.0). cc:0=cc(black, 5.0). cc:1=cc(black, 400.0). cc:1=cc(blue, 3.0). cc:2=cc(blue, 8.0). cc:2=cc(green, 1.0). cc:3=cc(green, 4.0).  _________________________________________________________  _____ ʛ ʛ ϭ Ј Ј ϭ С С ϭ Ꮈ Ꮈ ϭ Ꮡ Ꮡ ϭ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ȱ Ɋ ʂ ʛ ʛ ϭ Ј Ј ϭ С С ϭ Ꮈ Ꮈ ϭ Ꮡ Ꮡ ϭ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ȱ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ȱ Ɋ Ɋ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ϭ ᓝ ᓝ ϭ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē  _____ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ϭ ᓝ ᓝ ϭ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē common(t('7837ac64')*(trn+0)+out) ϭ ϭ ϭ ϭ ϭ м Ę Ę с ĝ ĝ ц ģ ģ ы ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ĩ ĩ ϭ Į Į ij ĸ ĸ Ľ ł ł Ň Ō Ō ő Ŗ Ŗ ϭ ś ś ϭ š š ϭ Ŧ Ŧ ϭ ū ū ĩ ĩ ϭ Į Į ij ĸ ĸ Ľ ł ł Ň Ō Ō ő Ŗ Ŗ ϭ ś ś ϭ š š ϭ Ŧ Ŧ ϭ ū ū ϭ ϭ ϭ ϭ ϭ ѐ Ű Ű ѕ ŵ ŵ њ ź ź џ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ſ ſ ϭ Ƅ Ƅ Ɖ Ǝ Ǝ Ɠ Ƙ Ƙ ϭ Ɲ Ɲ ϭ Ƣ Ƣ ϭ Ƨ Ƨ ϭ Ƭ Ƭ ϭ Ʊ Ʊ ϭ ƶ ƶ ſ ſ ϭ Ƅ Ƅ Ɖ Ǝ Ǝ Ɠ Ƙ Ƙ ϭ Ɲ Ɲ ϭ Ƣ Ƣ ϭ Ƨ Ƨ ϭ Ƭ Ƭ ϭ Ʊ Ʊ ϭ ƶ ƶ ϭ ϭ ϭ ϭ ϭ ѥ ƻ ƻ Ѫ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ǀ ǀ ϭ Dž Dž NJ Ǐ Ǐ ǔ Ǚ Ǚ ϭ Ǟ Ǟ ϭ ǣ ǣ ϭ Ǩ Ǩ ϭ ǭ ǭ ϭ Dz Dz ϭ Ƿ Ƿ ǀ ǀ ϭ Dž Dž NJ Ǐ Ǐ ǔ Ǚ Ǚ ϭ Ǟ Ǟ ϭ ǣ ǣ ϭ Ǩ Ǩ ϭ ǭ ǭ ϭ Dz Dz ϭ Ƿ Ƿ ϭ ϭ ϭ ϭ ϭ ѯ Ǽ Ǽ Ѵ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȃ Ȃ ϭ ȇ ȇ ϭ Ȍ Ȍ ϭ ȑ ȑ ϭ Ȗ Ȗ ϭ ț ț ϭ Ƞ Ƞ ϭ Ȧ Ȧ ϭ Ȭ Ȭ ϭ ȱ ȱ Ȃ Ȃ ϭ ȇ ȇ ϭ Ȍ Ȍ ϭ ȑ ȑ ϭ Ȗ Ȗ ϭ ț ț ϭ Ƞ Ƞ ϭ Ȧ Ȧ ϭ Ȭ Ȭ ϭ ȱ ȱ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ȶ ȶ ϭ Ȼ Ȼ ϭ ɀ ɀ ϭ Ʌ Ʌ ϭ Ɋ Ɋ ϭ ɏ ɏ ϭ ɔ ɔ ϭ ə ə ϭ ɞ ɞ ϭ ɤ ɤ ȶ ȶ ϭ Ȼ Ȼ ϭ ɀ ɀ ϭ Ʌ Ʌ ϭ Ɋ Ɋ ϭ ɏ ɏ ϭ ɔ ɔ ϭ ə ə ϭ ɞ ɞ ϭ ɤ ɤ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɩ ɩ ϭ ɮ ɮ ϭ ɳ ɳ ϭ ɸ ɸ ϭ ɽ ɽ ϭ ʂ ʂ ϭ ʇ ʇ ϭ ʌ ʌ ϭ ʑ ʑ ϭ ʖ ʖ ɩ ɩ ϭ ɮ ɮ ϭ ɳ ɳ ϭ ɸ ɸ ϭ ɽ ɽ ϭ ʂ ʂ ϭ ʇ ʇ ϭ ʌ ʌ ϭ ʑ ʑ ϭ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʛ ʛ ϭ ʠ ʠ ϭ ʥ ʥ ϭ ʪ ʪ ϭ ʯ ʯ ϭ ϭ ϭ ϭ ϲ ϲ ϭ ϸ ϸ ϭ Ͻ Ͻ ϭ Ѓ Ѓ ʛ ʛ ϭ ʠ ʠ ϭ ʥ ʥ ϭ ʪ ʪ ϭ ʯ ʯ ϭ ϭ ϭ ϭ ϲ ϲ ϭ ϸ ϸ ϭ Ͻ Ͻ ϭ Ѓ Ѓ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ј ϭ Ѝ Ѝ ϭ В В ϭ З З ϭ М М ϭ С С ϭ Ш Ш ϭ Э Э ϭ в в ϭ з з Ј Ј ϭ Ѝ Ѝ ϭ В В ϭ З З ϭ М М ϭ С С ϭ Ш Ш ϭ Э Э ϭ в в ϭ з з  _________________________________________________________ common(t('7837ac64')*(trn+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(yellow, 429.0). cc:0=cc(black, 5.0). cc:1=cc(black, 400.0). cc:1=cc(blue, 3.0). cc:2=cc(blue, 8.0). cc:2=cc(green, 1.0). cc:3=cc(green, 4.0). groupA=129. % Outline: ϭ mass(397) color_count(yellow,397.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(10) % Squares: з mass(4) color_count(black,4.0) size(2,2) loc_xy(28,28) squares rectangluar filled_squared layer(in) nth(125) % Squares: в mass(4) color_count(black,4.0) size(2,2) loc_xy(25,28) squares rectangluar filled_squared layer(in) nth(124) % Squares: Э mass(4) color_count(black,4.0) size(2,2) loc_xy(22,28) squares rectangluar filled_squared layer(in) nth(123) % Squares: Ш mass(4) color_count(black,4.0) size(2,2) loc_xy(19,28) squares rectangluar filled_squared layer(in) nth(122) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(16,28) squares rectangluar filled_squared layer(in) nth(121) % Squares: М mass(4) color_count(black,4.0) size(2,2) loc_xy(13,28) squares rectangluar filled_squared layer(in) nth(120) % Squares: З mass(4) color_count(black,4.0) size(2,2) loc_xy(10,28) squares rectangluar filled_squared layer(in) nth(119) % Squares: В mass(4) color_count(black,4.0) size(2,2) loc_xy(7,28) squares rectangluar filled_squared layer(in) nth(118) % Squares: Ѝ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(in) nth(117) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(1,28) squares rectangluar filled_squared layer(in) nth(116) % Squares: Ѓ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,25) squares rectangluar filled_squared layer(in) nth(115) % Squares: Ͻ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,25) squares rectangluar filled_squared layer(in) nth(114) % Squares: ϸ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,25) squares rectangluar filled_squared layer(in) nth(113) % Squares: ϲ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,25) squares rectangluar filled_squared layer(in) nth(112) % Squares: ϭ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,25) squares rectangluar filled_squared layer(in) nth(111) % Squares: ʯ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,25) squares rectangluar filled_squared layer(in) nth(110) % Squares: ʪ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,25) squares rectangluar filled_squared layer(in) nth(109) % Squares: ʥ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,25) squares rectangluar filled_squared layer(in) nth(108) % Squares: ʠ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,25) squares rectangluar filled_squared layer(in) nth(107) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,25) squares rectangluar filled_squared layer(in) nth(106) % Squares: ʖ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,22) squares rectangluar filled_squared layer(in) nth(105) % Squares: ʑ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,22) squares rectangluar filled_squared layer(in) nth(104) % Squares: ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,22) squares rectangluar filled_squared layer(in) nth(103) % Squares: ʇ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,22) squares rectangluar filled_squared layer(in) nth(102) % Squares: ʂ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,22) squares rectangluar filled_squared layer(in) nth(101) % Squares: ɽ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,22) squares rectangluar filled_squared layer(in) nth(100) % Squares: ɸ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,22) squares rectangluar filled_squared layer(in) nth(99) % Squares: ɳ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,22) squares rectangluar filled_squared layer(in) nth(98) % Squares: ɮ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,22) squares rectangluar filled_squared layer(in) nth(97) % Squares: ɩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,22) squares rectangluar filled_squared layer(in) nth(96) % Squares: ɤ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,19) squares rectangluar filled_squared layer(in) nth(95) % Squares: ɞ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,19) squares rectangluar filled_squared layer(in) nth(94) % Squares: ə mass(4) color_count(black,4.0) size(2,2) loc_xy(22,19) squares rectangluar filled_squared layer(in) nth(93) % Squares: ɔ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,19) squares rectangluar filled_squared layer(in) nth(92) % Squares: ɏ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,19) squares rectangluar filled_squared layer(in) nth(91) % Squares: Ɋ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,19) squares rectangluar filled_squared layer(in) nth(90) % Squares: Ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,19) squares rectangluar filled_squared layer(in) nth(89) % Squares: ɀ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,19) squares rectangluar filled_squared layer(in) nth(88) % Squares: Ȼ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,19) squares rectangluar filled_squared layer(in) nth(87) % Squares: ȶ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,19) squares rectangluar filled_squared layer(in) nth(86) % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,16) squares rectangluar filled_squared layer(in) nth(85) % Squares: Ȭ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,16) squares rectangluar filled_squared layer(in) nth(84) % Squares: Ȧ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,16) squares rectangluar filled_squared layer(in) nth(83) % Squares: Ƞ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,16) squares rectangluar filled_squared layer(in) nth(82) % Squares: ț mass(4) color_count(black,4.0) size(2,2) loc_xy(16,16) squares rectangluar filled_squared layer(in) nth(81) % Squares: Ȗ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,16) squares rectangluar filled_squared layer(in) nth(80) % Squares: ȑ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,16) squares rectangluar filled_squared layer(in) nth(79) % Squares: Ȍ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,16) squares rectangluar filled_squared layer(in) nth(78) % Squares: ȇ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,16) squares rectangluar filled_squared layer(in) nth(77) % Squares: Ȃ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,16) squares rectangluar filled_squared layer(in) nth(76) % Squares: Ƿ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,13) squares rectangluar filled_squared layer(in) nth(74) % Squares: Dz mass(4) color_count(black,4.0) size(2,2) loc_xy(25,13) squares rectangluar filled_squared layer(in) nth(73) % Squares: ǭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,13) squares rectangluar filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,13) squares rectangluar filled_squared layer(in) nth(71) % Squares: ǣ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,13) squares rectangluar filled_squared layer(in) nth(70) % Squares: Ǟ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,13) squares rectangluar filled_squared layer(in) nth(69) % Squares: Ǚ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,13) squares rectangluar filled_squared layer(in) nth(68) % Squares: Ǐ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,13) squares rectangluar filled_squared layer(in) nth(66) % Squares: Dž mass(4) color_count(black,4.0) size(2,2) loc_xy(4,13) squares rectangluar filled_squared layer(in) nth(64) % Squares: ǀ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,13) squares rectangluar filled_squared layer(in) nth(63) % Squares: ƶ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,10) squares rectangluar filled_squared layer(in) nth(61) % Squares: Ʊ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,10) squares rectangluar filled_squared layer(in) nth(60) % Squares: Ƭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,10) squares rectangluar filled_squared layer(in) nth(59) % Squares: Ƨ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,10) squares rectangluar filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,10) squares rectangluar filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,10) squares rectangluar filled_squared layer(in) nth(56) % Squares: Ƙ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,10) squares rectangluar filled_squared layer(in) nth(55) % Squares: Ǝ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,10) squares rectangluar filled_squared layer(in) nth(53) % Squares: Ƅ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,10) squares rectangluar filled_squared layer(in) nth(51) % Squares: ſ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,10) squares rectangluar filled_squared layer(in) nth(50) % Squares: ū mass(4) color_count(black,4.0) size(2,2) loc_xy(28,7) squares rectangluar filled_squared layer(in) nth(46) % Squares: Ŧ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,7) squares rectangluar filled_squared layer(in) nth(45) % Squares: š mass(4) color_count(black,4.0) size(2,2) loc_xy(22,7) squares rectangluar filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(black,4.0) size(2,2) loc_xy(19,7) squares rectangluar filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,7) squares rectangluar filled_squared layer(in) nth(42) % Squares: Ō mass(4) color_count(black,4.0) size(2,2) loc_xy(13,7) squares rectangluar filled_squared layer(in) nth(40) % Squares: ł mass(4) color_count(black,4.0) size(2,2) loc_xy(10,7) squares rectangluar filled_squared layer(in) nth(38) % Squares: ĸ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,7) squares rectangluar filled_squared layer(in) nth(36) % Squares: Į mass(4) color_count(black,4.0) size(2,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(34) % Squares: ĩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,7) squares rectangluar filled_squared layer(in) nth(33) % Squares: ē mass(4) color_count(black,4.0) size(2,2) loc_xy(28,4) squares rectangluar filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(black,4.0) size(2,2) loc_xy(25,4) squares rectangluar filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,4) squares rectangluar filled_squared layer(in) nth(27) % Squares: Ą mass(4) color_count(black,4.0) size(2,2) loc_xy(19,4) squares rectangluar filled_squared layer(in) nth(26) % Squares: ᓶ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,4) squares rectangluar filled_squared layer(in) nth(25) % Squares: ᓝ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,4) squares rectangluar filled_squared layer(in) nth(24) % Squares: ᒿ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,4) squares rectangluar filled_squared layer(in) nth(23) % Squares: ᒦ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,4) squares rectangluar filled_squared layer(in) nth(22) % Squares: ᒍ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(in) nth(21) % Squares: ᑴ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,4) squares rectangluar filled_squared layer(in) nth(20) % Squares: ᑚ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,1) squares rectangluar filled_squared layer(in) nth(19) % Squares: ᑁ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,1) squares rectangluar filled_squared layer(in) nth(18) % Squares: ᐡ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,1) squares rectangluar filled_squared layer(in) nth(17) % Squares: ᐈ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(16) % Squares: Ꮺ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,1) squares rectangluar filled_squared layer(in) nth(15) % Squares: Ꮡ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,1) squares rectangluar filled_squared layer(in) nth(14) % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,1) squares rectangluar filled_squared layer(in) nth(13) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(7,1) squares rectangluar filled_squared layer(in) nth(12) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(4,1) squares rectangluar filled_squared layer(in) nth(11) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(9) % Squares: Ǽ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,15) squares nonsquare filled_squared layer(in) nth(75) % Hv_Line(v): ǔ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,13) squares hv_line(v) filled_squared layer(in) nth(67) % Hv_Line(v): NJ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,13) squares hv_line(v) filled_squared layer(in) nth(65) % Squares: ƻ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,12) squares nonsquare filled_squared layer(in) nth(62) % Hv_Line(v): Ɠ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,10) squares hv_line(v) filled_squared layer(in) nth(54) % Hv_Line(v): Ɖ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,10) squares hv_line(v) filled_squared layer(in) nth(52) % Squares: ź mass(2) color_count(yellow,2.0) size(2,1) loc_xy(13,9) squares nonsquare filled_squared layer(in) nth(49) % Squares: ŵ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(10,9) squares nonsquare filled_squared layer(in) nth(48) % Squares: Ű mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,9) squares nonsquare filled_squared layer(in) nth(47) % Hv_Line(v): ő mass(2) color_count(yellow,2.0) size(1,2) loc_xy(15,7) squares hv_line(v) filled_squared layer(in) nth(41) % Hv_Line(v): Ň mass(2) color_count(yellow,2.0) size(1,2) loc_xy(12,7) squares hv_line(v) filled_squared layer(in) nth(39) % Hv_Line(v): Ľ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,7) squares hv_line(v) filled_squared layer(in) nth(37) % Hv_Line(v): ij mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,7) squares hv_line(v) filled_squared layer(in) nth(35) % Squares: ģ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(13,6) squares nonsquare filled_squared layer(in) nth(32) % Squares: ĝ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(10,6) squares nonsquare filled_squared layer(in) nth(31) % Squares: Ę mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,6) squares nonsquare filled_squared layer(in) nth(30) % Dots: м mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(126) % Dots: с mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,6) dots layer(in) nth(127) % Dots: ц mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(128) % Dots: ы mass(1) color_count(green,1.0) size(1,1) loc_xy(15,6) dots layer(in) nth(129) % Dots: ѐ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,9) dots layer(in) nth(130) % Dots: ѕ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,9) dots layer(in) nth(131) % Dots: њ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(132) % Dots: џ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,9) dots layer(in) nth(133) % Dots: ѥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(134) % Dots: Ѫ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,12) dots layer(in) nth(135) % Dots: ѯ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,15) dots layer(in) nth(136) % Dots: Ѵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(137) _________________________________________________________________________________ groupB=3. % Polygon: Ɋ mass(5) color_count(black,5.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) % Hv_Line(v): ȱ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) % Dots: ʂ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(8) _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), diff(+ 5)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: м mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(126) % Dots: ʂ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(8) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ѐ', ' ѥ', ' ѯ', ' с', ' ѕ', ' Ѫ', ' Ѵ', ' ц', ' њ', ' ы', ' џ', ' ij', ' Ɖ', ' NJ', ' Ľ', ' Ɠ', ' ǔ', ' Ň', ' ő', ' Ę', ' Ű', ' ƻ', ' Ǽ', ' ĝ', ' ŵ', ' ģ', ' ź', ' ʛ', ' ᑴ', ' ĩ', ' ſ', ' ǀ', ' Ȃ', ' ȶ', ' ɩ', ' ʛ', ' Ј', ' Ј', ' ᒍ', ' Į', ' Ƅ', ' Dž', ' ȇ', ' Ȼ', ' ɮ', ' ʠ', ' Ѝ', ' С', ' ᒦ', ' ĸ', ' Ǝ', ' Ǐ', ' Ȍ', ' ɀ', ' ɳ', ' ʥ', ' В', ' Ꮈ', ' ᒿ', ' ł', ' Ƙ', ' Ǚ', ' ȑ', ' Ʌ', ' ɸ', ' ʪ', ' З', ' Ꮡ', ' ᓝ', ' Ō', ' Ɲ', ' Ǟ', ' Ȗ', ' Ɋ', ' ɽ', ' ʯ', ' М', ' Ꮺ', ' ᓶ', ' Ŗ', ' Ƣ', ' ǣ', ' ț', ' ɏ', ' ʂ', ' ϭ', ' С', ' ᐈ', ' Ą', ' ś', ' Ƨ', ' Ǩ', ' Ƞ', ' ɔ', ' ʇ', ' ϲ', ' Ш', ' ᐡ', ' ĉ', ' š', ' Ƭ', ' ǭ', ' Ȧ', ' ə', ' ʌ', ' ϸ', ' Э', ' ᑁ', ' Ď', ' Ŧ', ' Ʊ', ' Dz', ' Ȭ', ' ɞ', ' ʑ', ' Ͻ', ' в', ' ᑚ', ' ē', ' ū', ' ƶ', ' Ƿ', ' ȱ', ' ɤ', ' ʖ', ' Ѓ', ' з', ' ϭ'], [' ȱ', ' Ɋ']), change_obj(' м', ' ʂ', [loc_xy(diff(+ 3), diff(+ 5)), grid_size(diff(+ 26), diff(+ 26))])].  _________________________________________________________  _____ ʛ ʛ ϭ Ј Ј ϭ С С ϭ Ꮈ Ꮈ ϭ Ꮡ Ꮡ ϭ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ȱ Ɋ ʂ ʛ ʛ ϭ Ј Ј ϭ С С ϭ Ꮈ Ꮈ ϭ Ꮡ Ꮡ ϭ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ȱ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ȱ Ɋ Ɋ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ϭ ᓝ ᓝ ϭ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē  _____ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ϭ ᓝ ᓝ ϭ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē better(t('7837ac64')*(trn+0)+out) ϭ ϭ ϭ ϭ ϭ м Ę Ę с ĝ ĝ ц ģ ģ ы ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ĩ ĩ ϭ Į Į ij ĸ ĸ Ľ ł ł Ň Ō Ō ő Ŗ Ŗ ϭ ś ś ϭ š š ϭ Ŧ Ŧ ϭ ū ū ĩ ĩ ϭ Į Į ij ĸ ĸ Ľ ł ł Ň Ō Ō ő Ŗ Ŗ ϭ ś ś ϭ š š ϭ Ŧ Ŧ ϭ ū ū ϭ ϭ ϭ ϭ ϭ ѐ Ű Ű ѕ ŵ ŵ њ ź ź џ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ſ ſ ϭ Ƅ Ƅ Ɖ Ǝ Ǝ Ɠ Ƙ Ƙ ϭ Ɲ Ɲ ϭ Ƣ Ƣ ϭ Ƨ Ƨ ϭ Ƭ Ƭ ϭ Ʊ Ʊ ϭ ƶ ƶ ſ ſ ϭ Ƅ Ƅ Ɖ Ǝ Ǝ Ɠ Ƙ Ƙ ϭ Ɲ Ɲ ϭ Ƣ Ƣ ϭ Ƨ Ƨ ϭ Ƭ Ƭ ϭ Ʊ Ʊ ϭ ƶ ƶ ϭ ϭ ϭ ϭ ϭ ѥ ƻ ƻ Ѫ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ǀ ǀ ϭ Dž Dž NJ Ǐ Ǐ ǔ Ǚ Ǚ ϭ Ǟ Ǟ ϭ ǣ ǣ ϭ Ǩ Ǩ ϭ ǭ ǭ ϭ Dz Dz ϭ Ƿ Ƿ ǀ ǀ ϭ Dž Dž NJ Ǐ Ǐ ǔ Ǚ Ǚ ϭ Ǟ Ǟ ϭ ǣ ǣ ϭ Ǩ Ǩ ϭ ǭ ǭ ϭ Dz Dz ϭ Ƿ Ƿ ϭ ϭ ϭ ϭ ϭ ѯ Ǽ Ǽ Ѵ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȃ Ȃ ϭ ȇ ȇ ϭ Ȍ Ȍ ϭ ȑ ȑ ϭ Ȗ Ȗ ϭ ț ț ϭ Ƞ Ƞ ϭ Ȧ Ȧ ϭ Ȭ Ȭ ϭ ȱ ȱ Ȃ Ȃ ϭ ȇ ȇ ϭ Ȍ Ȍ ϭ ȑ ȑ ϭ Ȗ Ȗ ϭ ț ț ϭ Ƞ Ƞ ϭ Ȧ Ȧ ϭ Ȭ Ȭ ϭ ȱ ȱ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ȶ ȶ ϭ Ȼ Ȼ ϭ ɀ ɀ ϭ Ʌ Ʌ ϭ Ɋ Ɋ ϭ ɏ ɏ ϭ ɔ ɔ ϭ ə ə ϭ ɞ ɞ ϭ ɤ ɤ ȶ ȶ ϭ Ȼ Ȼ ϭ ɀ ɀ ϭ Ʌ Ʌ ϭ Ɋ Ɋ ϭ ɏ ɏ ϭ ɔ ɔ ϭ ə ə ϭ ɞ ɞ ϭ ɤ ɤ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɩ ɩ ϭ ɮ ɮ ϭ ɳ ɳ ϭ ɸ ɸ ϭ ɽ ɽ ϭ ʂ ʂ ϭ ʇ ʇ ϭ ʌ ʌ ϭ ʑ ʑ ϭ ʖ ʖ ɩ ɩ ϭ ɮ ɮ ϭ ɳ ɳ ϭ ɸ ɸ ϭ ɽ ɽ ϭ ʂ ʂ ϭ ʇ ʇ ϭ ʌ ʌ ϭ ʑ ʑ ϭ ʖ ʖ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʛ ʛ ϭ ʠ ʠ ϭ ʥ ʥ ϭ ʪ ʪ ϭ ʯ ʯ ϭ ϭ ϭ ϭ ϲ ϲ ϭ ϸ ϸ ϭ Ͻ Ͻ ϭ Ѓ Ѓ ʛ ʛ ϭ ʠ ʠ ϭ ʥ ʥ ϭ ʪ ʪ ϭ ʯ ʯ ϭ ϭ ϭ ϭ ϲ ϲ ϭ ϸ ϸ ϭ Ͻ Ͻ ϭ Ѓ Ѓ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ј Ј ϭ Ѝ Ѝ ϭ В В ϭ З З ϭ М М ϭ С С ϭ Ш Ш ϭ Э Э ϭ в в ϭ з з Ј Ј ϭ Ѝ Ѝ ϭ В В ϭ З З ϭ М М ϭ С С ϭ Ш Ш ϭ Э Э ϭ в в ϭ з з  _________________________________________________________ better(t('7837ac64')*(trn+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(yellow, 429.0). cc:0=cc(black, 5.0). cc:1=cc(black, 400.0). cc:1=cc(blue, 3.0). cc:2=cc(blue, 8.0). cc:2=cc(green, 1.0). cc:3=cc(green, 4.0). groupA=129. % Dots: м mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(126) % Dots: с mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,6) dots layer(in) nth(127) % Dots: ц mass(1) color_count(green,1.0) size(1,1) loc_xy(12,6) dots layer(in) nth(128) % Dots: ы mass(1) color_count(green,1.0) size(1,1) loc_xy(15,6) dots layer(in) nth(129) % Dots: ѐ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,9) dots layer(in) nth(130) % Dots: ѕ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,9) dots layer(in) nth(131) % Dots: њ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,9) dots layer(in) nth(132) % Dots: џ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,9) dots layer(in) nth(133) % Dots: ѥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,12) dots layer(in) nth(134) % Dots: Ѫ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,12) dots layer(in) nth(135) % Dots: ѯ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,15) dots layer(in) nth(136) % Dots: Ѵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(9,15) dots layer(in) nth(137) % Squares: Ǽ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,15) squares nonsquare filled_squared layer(in) nth(75) % Hv_Line(v): ǔ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,13) squares hv_line(v) filled_squared layer(in) nth(67) % Hv_Line(v): NJ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,13) squares hv_line(v) filled_squared layer(in) nth(65) % Squares: ƻ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,12) squares nonsquare filled_squared layer(in) nth(62) % Hv_Line(v): Ɠ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,10) squares hv_line(v) filled_squared layer(in) nth(54) % Hv_Line(v): Ɖ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,10) squares hv_line(v) filled_squared layer(in) nth(52) % Squares: ź mass(2) color_count(yellow,2.0) size(2,1) loc_xy(13,9) squares nonsquare filled_squared layer(in) nth(49) % Squares: ŵ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(10,9) squares nonsquare filled_squared layer(in) nth(48) % Squares: Ű mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,9) squares nonsquare filled_squared layer(in) nth(47) % Hv_Line(v): ő mass(2) color_count(yellow,2.0) size(1,2) loc_xy(15,7) squares hv_line(v) filled_squared layer(in) nth(41) % Hv_Line(v): Ň mass(2) color_count(yellow,2.0) size(1,2) loc_xy(12,7) squares hv_line(v) filled_squared layer(in) nth(39) % Hv_Line(v): Ľ mass(2) color_count(yellow,2.0) size(1,2) loc_xy(9,7) squares hv_line(v) filled_squared layer(in) nth(37) % Hv_Line(v): ij mass(2) color_count(yellow,2.0) size(1,2) loc_xy(6,7) squares hv_line(v) filled_squared layer(in) nth(35) % Squares: ģ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(13,6) squares nonsquare filled_squared layer(in) nth(32) % Squares: ĝ mass(2) color_count(yellow,2.0) size(2,1) loc_xy(10,6) squares nonsquare filled_squared layer(in) nth(31) % Squares: Ę mass(2) color_count(yellow,2.0) size(2,1) loc_xy(7,6) squares nonsquare filled_squared layer(in) nth(30) % Squares: з mass(4) color_count(black,4.0) size(2,2) loc_xy(28,28) squares rectangluar filled_squared layer(in) nth(125) % Squares: в mass(4) color_count(black,4.0) size(2,2) loc_xy(25,28) squares rectangluar filled_squared layer(in) nth(124) % Squares: Э mass(4) color_count(black,4.0) size(2,2) loc_xy(22,28) squares rectangluar filled_squared layer(in) nth(123) % Squares: Ш mass(4) color_count(black,4.0) size(2,2) loc_xy(19,28) squares rectangluar filled_squared layer(in) nth(122) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(16,28) squares rectangluar filled_squared layer(in) nth(121) % Squares: М mass(4) color_count(black,4.0) size(2,2) loc_xy(13,28) squares rectangluar filled_squared layer(in) nth(120) % Squares: З mass(4) color_count(black,4.0) size(2,2) loc_xy(10,28) squares rectangluar filled_squared layer(in) nth(119) % Squares: В mass(4) color_count(black,4.0) size(2,2) loc_xy(7,28) squares rectangluar filled_squared layer(in) nth(118) % Squares: Ѝ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(in) nth(117) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(1,28) squares rectangluar filled_squared layer(in) nth(116) % Squares: Ѓ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,25) squares rectangluar filled_squared layer(in) nth(115) % Squares: Ͻ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,25) squares rectangluar filled_squared layer(in) nth(114) % Squares: ϸ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,25) squares rectangluar filled_squared layer(in) nth(113) % Squares: ϲ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,25) squares rectangluar filled_squared layer(in) nth(112) % Squares: ϭ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,25) squares rectangluar filled_squared layer(in) nth(111) % Squares: ʯ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,25) squares rectangluar filled_squared layer(in) nth(110) % Squares: ʪ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,25) squares rectangluar filled_squared layer(in) nth(109) % Squares: ʥ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,25) squares rectangluar filled_squared layer(in) nth(108) % Squares: ʠ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,25) squares rectangluar filled_squared layer(in) nth(107) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,25) squares rectangluar filled_squared layer(in) nth(106) % Squares: ʖ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,22) squares rectangluar filled_squared layer(in) nth(105) % Squares: ʑ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,22) squares rectangluar filled_squared layer(in) nth(104) % Squares: ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,22) squares rectangluar filled_squared layer(in) nth(103) % Squares: ʇ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,22) squares rectangluar filled_squared layer(in) nth(102) % Squares: ʂ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,22) squares rectangluar filled_squared layer(in) nth(101) % Squares: ɽ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,22) squares rectangluar filled_squared layer(in) nth(100) % Squares: ɸ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,22) squares rectangluar filled_squared layer(in) nth(99) % Squares: ɳ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,22) squares rectangluar filled_squared layer(in) nth(98) % Squares: ɮ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,22) squares rectangluar filled_squared layer(in) nth(97) % Squares: ɩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,22) squares rectangluar filled_squared layer(in) nth(96) % Squares: ɤ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,19) squares rectangluar filled_squared layer(in) nth(95) % Squares: ɞ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,19) squares rectangluar filled_squared layer(in) nth(94) % Squares: ə mass(4) color_count(black,4.0) size(2,2) loc_xy(22,19) squares rectangluar filled_squared layer(in) nth(93) % Squares: ɔ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,19) squares rectangluar filled_squared layer(in) nth(92) % Squares: ɏ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,19) squares rectangluar filled_squared layer(in) nth(91) % Squares: Ɋ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,19) squares rectangluar filled_squared layer(in) nth(90) % Squares: Ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,19) squares rectangluar filled_squared layer(in) nth(89) % Squares: ɀ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,19) squares rectangluar filled_squared layer(in) nth(88) % Squares: Ȼ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,19) squares rectangluar filled_squared layer(in) nth(87) % Squares: ȶ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,19) squares rectangluar filled_squared layer(in) nth(86) % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,16) squares rectangluar filled_squared layer(in) nth(85) % Squares: Ȭ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,16) squares rectangluar filled_squared layer(in) nth(84) % Squares: Ȧ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,16) squares rectangluar filled_squared layer(in) nth(83) % Squares: Ƞ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,16) squares rectangluar filled_squared layer(in) nth(82) % Squares: ț mass(4) color_count(black,4.0) size(2,2) loc_xy(16,16) squares rectangluar filled_squared layer(in) nth(81) % Squares: Ȗ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,16) squares rectangluar filled_squared layer(in) nth(80) % Squares: ȑ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,16) squares rectangluar filled_squared layer(in) nth(79) % Squares: Ȍ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,16) squares rectangluar filled_squared layer(in) nth(78) % Squares: ȇ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,16) squares rectangluar filled_squared layer(in) nth(77) % Squares: Ȃ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,16) squares rectangluar filled_squared layer(in) nth(76) % Squares: Ƿ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,13) squares rectangluar filled_squared layer(in) nth(74) % Squares: Dz mass(4) color_count(black,4.0) size(2,2) loc_xy(25,13) squares rectangluar filled_squared layer(in) nth(73) % Squares: ǭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,13) squares rectangluar filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,13) squares rectangluar filled_squared layer(in) nth(71) % Squares: ǣ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,13) squares rectangluar filled_squared layer(in) nth(70) % Squares: Ǟ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,13) squares rectangluar filled_squared layer(in) nth(69) % Squares: Ǚ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,13) squares rectangluar filled_squared layer(in) nth(68) % Squares: Ǐ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,13) squares rectangluar filled_squared layer(in) nth(66) % Squares: Dž mass(4) color_count(black,4.0) size(2,2) loc_xy(4,13) squares rectangluar filled_squared layer(in) nth(64) % Squares: ǀ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,13) squares rectangluar filled_squared layer(in) nth(63) % Squares: ƶ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,10) squares rectangluar filled_squared layer(in) nth(61) % Squares: Ʊ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,10) squares rectangluar filled_squared layer(in) nth(60) % Squares: Ƭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,10) squares rectangluar filled_squared layer(in) nth(59) % Squares: Ƨ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,10) squares rectangluar filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,10) squares rectangluar filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,10) squares rectangluar filled_squared layer(in) nth(56) % Squares: Ƙ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,10) squares rectangluar filled_squared layer(in) nth(55) % Squares: Ǝ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,10) squares rectangluar filled_squared layer(in) nth(53) % Squares: Ƅ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,10) squares rectangluar filled_squared layer(in) nth(51) % Squares: ſ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,10) squares rectangluar filled_squared layer(in) nth(50) % Squares: ū mass(4) color_count(black,4.0) size(2,2) loc_xy(28,7) squares rectangluar filled_squared layer(in) nth(46) % Squares: Ŧ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,7) squares rectangluar filled_squared layer(in) nth(45) % Squares: š mass(4) color_count(black,4.0) size(2,2) loc_xy(22,7) squares rectangluar filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(black,4.0) size(2,2) loc_xy(19,7) squares rectangluar filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,7) squares rectangluar filled_squared layer(in) nth(42) % Squares: Ō mass(4) color_count(black,4.0) size(2,2) loc_xy(13,7) squares rectangluar filled_squared layer(in) nth(40) % Squares: ł mass(4) color_count(black,4.0) size(2,2) loc_xy(10,7) squares rectangluar filled_squared layer(in) nth(38) % Squares: ĸ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,7) squares rectangluar filled_squared layer(in) nth(36) % Squares: Į mass(4) color_count(black,4.0) size(2,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(34) % Squares: ĩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,7) squares rectangluar filled_squared layer(in) nth(33) % Squares: ē mass(4) color_count(black,4.0) size(2,2) loc_xy(28,4) squares rectangluar filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(black,4.0) size(2,2) loc_xy(25,4) squares rectangluar filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,4) squares rectangluar filled_squared layer(in) nth(27) % Squares: Ą mass(4) color_count(black,4.0) size(2,2) loc_xy(19,4) squares rectangluar filled_squared layer(in) nth(26) % Squares: ᓶ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,4) squares rectangluar filled_squared layer(in) nth(25) % Squares: ᓝ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,4) squares rectangluar filled_squared layer(in) nth(24) % Squares: ᒿ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,4) squares rectangluar filled_squared layer(in) nth(23) % Squares: ᒦ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,4) squares rectangluar filled_squared layer(in) nth(22) % Squares: ᒍ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(in) nth(21) % Squares: ᑴ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,4) squares rectangluar filled_squared layer(in) nth(20) % Squares: ᑚ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,1) squares rectangluar filled_squared layer(in) nth(19) % Squares: ᑁ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,1) squares rectangluar filled_squared layer(in) nth(18) % Squares: ᐡ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,1) squares rectangluar filled_squared layer(in) nth(17) % Squares: ᐈ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(16) % Squares: Ꮺ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,1) squares rectangluar filled_squared layer(in) nth(15) % Squares: Ꮡ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,1) squares rectangluar filled_squared layer(in) nth(14) % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,1) squares rectangluar filled_squared layer(in) nth(13) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(7,1) squares rectangluar filled_squared layer(in) nth(12) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(4,1) squares rectangluar filled_squared layer(in) nth(11) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(9) % Outline: ϭ mass(397) color_count(yellow,397.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(10) _________________________________________________________________________________ groupB=3. % Dots: ʂ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(8) % Hv_Line(v): ȱ mass(3) color_count(blue,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) % Polygon: Ɋ mass(5) color_count(black,5.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 3), diff(+ 5)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: м mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,6) dots layer(in) nth(126) % Dots: ʂ mass(1) color_count(green,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(8) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ѐ', ' ѥ', ' ѯ', ' с', ' ѕ', ' Ѫ', ' Ѵ', ' ц', ' њ', ' ы', ' џ', ' ij', ' Ɖ', ' NJ', ' Ľ', ' Ɠ', ' ǔ', ' Ň', ' ő', ' Ę', ' Ű', ' ƻ', ' Ǽ', ' ĝ', ' ŵ', ' ģ', ' ź', ' ʛ', ' ᑴ', ' ĩ', ' ſ', ' ǀ', ' Ȃ', ' ȶ', ' ɩ', ' ʛ', ' Ј', ' Ј', ' ᒍ', ' Į', ' Ƅ', ' Dž', ' ȇ', ' Ȼ', ' ɮ', ' ʠ', ' Ѝ', ' С', ' ᒦ', ' ĸ', ' Ǝ', ' Ǐ', ' Ȍ', ' ɀ', ' ɳ', ' ʥ', ' В', ' Ꮈ', ' ᒿ', ' ł', ' Ƙ', ' Ǚ', ' ȑ', ' Ʌ', ' ɸ', ' ʪ', ' З', ' Ꮡ', ' ᓝ', ' Ō', ' Ɲ', ' Ǟ', ' Ȗ', ' Ɋ', ' ɽ', ' ʯ', ' М', ' Ꮺ', ' ᓶ', ' Ŗ', ' Ƣ', ' ǣ', ' ț', ' ɏ', ' ʂ', ' ϭ', ' С', ' ᐈ', ' Ą', ' ś', ' Ƨ', ' Ǩ', ' Ƞ', ' ɔ', ' ʇ', ' ϲ', ' Ш', ' ᐡ', ' ĉ', ' š', ' Ƭ', ' ǭ', ' Ȧ', ' ə', ' ʌ', ' ϸ', ' Э', ' ᑁ', ' Ď', ' Ŧ', ' Ʊ', ' Dz', ' Ȭ', ' ɞ', ' ʑ', ' Ͻ', ' в', ' ᑚ', ' ē', ' ū', ' ƶ', ' Ƿ', ' ȱ', ' ɤ', ' ʖ', ' Ѓ', ' з', ' ϭ'], [' ȱ', ' Ɋ']), change_obj(' м', ' ʂ', [loc_xy(diff(+ 3), diff(+ 5)), grid_size(diff(+ 26), diff(+ 26))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('7837ac64'),[]) [ -mask_match, -shape_match, -rotation_match, -color_match, detect_grid, color_guessing, grid_coloring, crop, extrapolate_image_from_grid, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____________________________________________________  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(t('7837ac64')*(trn+1)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________________________ test(t('7837ac64')*(trn+1)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(black, 6.0). cc:1=cc(green, 277.0). cc:1=cc(red, 2.0). cc:2=cc(red, 7.0). cc:2=cc(cyan, 1.0). cc:3=cc(cyan, 4.0).  _____________________________________________________  _____ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ С Ј ϭ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ Ꮈ ϭ ϭ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ ϭ ϭ Ꮡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ  _____ ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē common(t('7837ac64')*(trn+1)+out) ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ț Ę Ę Ę Ƞ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň Ō Ō Ō Ȧ ő ő ő Ȭ Ŗ Ŗ Ŗ ȱ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ Ǝ Ǝ Ǝ ȶ Ɠ Ɠ Ɠ Ȼ Ƙ Ƙ Ƙ ɀ Ɲ Ɲ Ɲ Ʌ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ɋ Ǐ Ǐ Ǐ ɏ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ  _____________________________________________________ common(t('7837ac64')*(trn+1)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(black, 6.0). cc:1=cc(green, 277.0). cc:1=cc(red, 2.0). cc:2=cc(red, 7.0). cc:2=cc(cyan, 1.0). cc:3=cc(cyan, 4.0). groupA=77. % Outline: ᐈ mass(229) color_count(green,229.0) size(27,27) loc_xy(1,1) squares outline polygon layer(in) nth(16) % Keypad: Ȗ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,25) squares rectangluar outline keypad layer(in) nth(80) % Keypad: ȑ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,25) squares rectangluar outline keypad layer(in) nth(79) % Keypad: Ȍ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,25) squares rectangluar outline keypad layer(in) nth(78) % Keypad: ȇ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,25) squares rectangluar outline keypad layer(in) nth(77) % Keypad: Ȃ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,25) squares rectangluar outline keypad layer(in) nth(76) % Keypad: Ǽ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,25) squares rectangluar outline keypad layer(in) nth(75) % Keypad: Ƿ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,25) squares rectangluar outline keypad layer(in) nth(74) % Keypad: Dz mass(9) color_count(black,9.0) size(3,3) loc_xy(25,21) squares rectangluar outline keypad layer(in) nth(73) % Keypad: ǭ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,21) squares rectangluar outline keypad layer(in) nth(72) % Keypad: Ǩ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,21) squares rectangluar outline keypad layer(in) nth(71) % Keypad: ǣ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,21) squares rectangluar outline keypad layer(in) nth(70) % Keypad: Ǟ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,21) squares rectangluar outline keypad layer(in) nth(69) % Keypad: Ǚ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,21) squares rectangluar outline keypad layer(in) nth(68) % Keypad: ǔ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,21) squares rectangluar outline keypad layer(in) nth(67) % Keypad: NJ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,17) squares rectangluar outline keypad layer(in) nth(65) % Keypad: Dž mass(9) color_count(black,9.0) size(3,3) loc_xy(21,17) squares rectangluar outline keypad layer(in) nth(64) % Keypad: ǀ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,17) squares rectangluar outline keypad layer(in) nth(63) % Keypad: ƶ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,17) squares rectangluar outline keypad layer(in) nth(61) % Keypad: Ƭ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,17) squares rectangluar outline keypad layer(in) nth(59) % Keypad: Ƨ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,17) squares rectangluar outline keypad layer(in) nth(58) % Keypad: Ƣ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,17) squares rectangluar outline keypad layer(in) nth(57) % Keypad: Ɖ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,13) squares rectangluar outline keypad layer(in) nth(52) % Keypad: Ƅ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,13) squares rectangluar outline keypad layer(in) nth(51) % Keypad: ſ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,13) squares rectangluar outline keypad layer(in) nth(50) % Keypad: ź mass(9) color_count(black,9.0) size(3,3) loc_xy(13,13) squares rectangluar outline keypad layer(in) nth(49) % Keypad: Ű mass(9) color_count(black,9.0) size(3,3) loc_xy(9,13) squares rectangluar outline keypad layer(in) nth(47) % Keypad: Ŧ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,13) squares rectangluar outline keypad layer(in) nth(45) % Keypad: ś mass(9) color_count(black,9.0) size(3,3) loc_xy(1,13) squares rectangluar outline keypad layer(in) nth(43) % Keypad: Ň mass(9) color_count(black,9.0) size(3,3) loc_xy(25,9) squares rectangluar outline keypad layer(in) nth(39) % Keypad: ł mass(9) color_count(black,9.0) size(3,3) loc_xy(21,9) squares rectangluar outline keypad layer(in) nth(38) % Keypad: Ľ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,9) squares rectangluar outline keypad layer(in) nth(37) % Keypad: ĸ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,9) squares rectangluar outline keypad layer(in) nth(36) % Keypad: Į mass(9) color_count(black,9.0) size(3,3) loc_xy(9,9) squares rectangluar outline keypad layer(in) nth(34) % Keypad: ģ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,9) squares rectangluar outline keypad layer(in) nth(32) % Keypad: ĝ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,9) squares rectangluar outline keypad layer(in) nth(31) % Keypad: ē mass(9) color_count(black,9.0) size(3,3) loc_xy(25,5) squares rectangluar outline keypad layer(in) nth(29) % Keypad: Ď mass(9) color_count(black,9.0) size(3,3) loc_xy(21,5) squares rectangluar outline keypad layer(in) nth(28) % Keypad: ĉ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,5) squares rectangluar outline keypad layer(in) nth(27) % Keypad: Ą mass(9) color_count(black,9.0) size(3,3) loc_xy(13,5) squares rectangluar outline keypad layer(in) nth(26) % Keypad: ᓶ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,5) squares rectangluar outline keypad layer(in) nth(25) % Keypad: ᓝ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,5) squares rectangluar outline keypad layer(in) nth(24) % Keypad: ᒿ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,5) squares rectangluar outline keypad layer(in) nth(23) % Keypad: ᒦ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,1) squares rectangluar outline keypad layer(in) nth(22) % Keypad: ᒍ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,1) squares rectangluar outline keypad layer(in) nth(21) % Keypad: ᑴ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,1) squares rectangluar outline keypad layer(in) nth(20) % Keypad: ᑚ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,1) squares rectangluar outline keypad layer(in) nth(19) % Keypad: ᑁ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,1) squares rectangluar outline keypad layer(in) nth(18) % Keypad: ᐡ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,1) squares rectangluar outline keypad layer(in) nth(17) % Keypad: Ꮺ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(in) nth(15) % Squares: Ǐ mass(3) color_count(green,3.0) size(3,1) loc_xy(13,20) squares nonsquare filled_squared layer(in) nth(66) % Hv_Line(v): ƻ mass(3) color_count(green,3.0) size(1,3) loc_xy(16,17) squares hv_line(v) filled_squared layer(in) nth(62) % Hv_Line(v): Ʊ mass(3) color_count(green,3.0) size(1,3) loc_xy(12,17) squares hv_line(v) filled_squared layer(in) nth(60) % Squares: Ɲ mass(3) color_count(green,3.0) size(3,1) loc_xy(13,16) squares nonsquare filled_squared layer(in) nth(56) % Squares: Ƙ mass(3) color_count(green,3.0) size(3,1) loc_xy(9,16) squares nonsquare filled_squared layer(in) nth(55) % Squares: Ɠ mass(3) color_count(green,3.0) size(3,1) loc_xy(5,16) squares nonsquare filled_squared layer(in) nth(54) % Squares: Ǝ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,16) squares nonsquare filled_squared layer(in) nth(53) % Hv_Line(v): ŵ mass(3) color_count(green,3.0) size(1,3) loc_xy(12,13) squares hv_line(v) filled_squared layer(in) nth(48) % Hv_Line(v): ū mass(3) color_count(green,3.0) size(1,3) loc_xy(8,13) squares hv_line(v) filled_squared layer(in) nth(46) % Hv_Line(v): š mass(3) color_count(green,3.0) size(1,3) loc_xy(4,13) squares hv_line(v) filled_squared layer(in) nth(44) % Squares: Ŗ mass(3) color_count(green,3.0) size(3,1) loc_xy(9,12) squares nonsquare filled_squared layer(in) nth(42) % Squares: ő mass(3) color_count(green,3.0) size(3,1) loc_xy(5,12) squares nonsquare filled_squared layer(in) nth(41) % Squares: Ō mass(3) color_count(green,3.0) size(3,1) loc_xy(1,12) squares nonsquare filled_squared layer(in) nth(40) % Hv_Line(v): ij mass(3) color_count(green,3.0) size(1,3) loc_xy(12,9) squares hv_line(v) filled_squared layer(in) nth(35) % Hv_Line(v): ĩ mass(3) color_count(green,3.0) size(1,3) loc_xy(8,9) squares hv_line(v) filled_squared layer(in) nth(33) % Squares: Ę mass(3) color_count(green,3.0) size(3,1) loc_xy(9,8) squares nonsquare filled_squared layer(in) nth(30) % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(81) % Dots: Ƞ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(82) % Dots: Ȧ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(83) % Dots: Ȭ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(84) % Dots: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(91) _________________________________________________________________________________ groupB=5. % Polygon: ϭ mass(5) color_count(black,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(10) % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(11) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(12) % Dots: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,2) dots layer(out) nth(13) % Dots: Ꮡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) _________________________________________________________________________________ diffs. loc_xy(diff(+ 9), diff(+ 13)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: ɀ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(88) % Dots: Ꮡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 11), diff(+ 19)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(90) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 14)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ʌ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(89) % Dots: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,2) dots layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(+ 19)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: ɏ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(91) % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ȧ', ' ȶ', ' ț', ' Ȭ', ' Ȼ', ' Ƞ', ' ȱ', ' š', ' ĩ', ' ū', ' ij', ' ŵ', ' Ʊ', ' ƻ', ' Ō', ' Ǝ', ' ő', ' Ɠ', ' Ę', ' Ŗ', ' Ƙ', ' Ɲ', ' Ǐ', ' Ꮺ', ' ᒿ', ' ĝ', ' ś', ' Ƣ', ' ǔ', ' Ƿ', ' ᐡ', ' ᓝ', ' ģ', ' Ŧ', ' Ƨ', ' Ǚ', ' Ǽ', ' ᑁ', ' ᓶ', ' Į', ' Ű', ' Ƭ', ' Ǟ', ' Ȃ', ' ᑚ', ' Ą', ' ĸ', ' ź', ' ƶ', ' ǣ', ' ȇ', ' ᑴ', ' ĉ', ' Ľ', ' ſ', ' ǀ', ' Ǩ', ' Ȍ', ' ᒍ', ' Ď', ' ł', ' Ƅ', ' Dž', ' ǭ', ' ȑ', ' ᒦ', ' ē', ' Ň', ' Ɖ', ' NJ', ' Dz', ' Ȗ', ' ᐈ'], [' ϭ']), change_obj(' ɏ', ' Ј', [loc_xy(diff(+ 14), diff(+ 19)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' Ʌ', ' Ꮈ', [loc_xy(diff(+ 15), diff(+ 14)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' Ɋ', ' С', [loc_xy(diff(+ 11), diff(+ 19)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' ɀ', ' Ꮡ', [loc_xy(diff(+ 9), diff(+ 13)), grid_size(diff(+ 24), diff(+ 24))])].  _____________________________________________________  _____ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ С Ј ϭ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ Ꮈ ϭ ϭ Ꮺ Ꮺ Ꮺ ᐈ ᐡ ᐡ ᐡ ᐈ ᑁ ᑁ ᑁ ᐈ ᑚ ᑚ ᑚ ᐈ ᑴ ᑴ ᑴ ᐈ ᒍ ᒍ ᒍ ᐈ ᒦ ᒦ ᒦ ϭ ϭ Ꮡ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ  _____ ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē better(t('7837ac64')*(trn+1)+out) ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē ᒿ ᒿ ᒿ ᐈ ᓝ ᓝ ᓝ ᐈ ᓶ ᓶ ᓶ ᐈ Ą Ą Ą ᐈ ĉ ĉ ĉ ᐈ Ď Ď Ď ᐈ ē ē ē ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ț Ę Ę Ę Ƞ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň ĝ ĝ ĝ ᐈ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ᐈ Ľ Ľ Ľ ᐈ ł ł ł ᐈ Ň Ň Ň Ō Ō Ō Ȧ ő ő ő Ȭ Ŗ Ŗ Ŗ ȱ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ ś ś ś š Ŧ Ŧ Ŧ ū Ű Ű Ű ŵ ź ź ź ᐈ ſ ſ ſ ᐈ Ƅ Ƅ Ƅ ᐈ Ɖ Ɖ Ɖ Ǝ Ǝ Ǝ ȶ Ɠ Ɠ Ɠ Ȼ Ƙ Ƙ Ƙ ɀ Ɲ Ɲ Ɲ Ʌ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ Ƣ Ƣ Ƣ ᐈ Ƨ Ƨ Ƨ ᐈ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ᐈ Dž Dž Dž ᐈ NJ NJ NJ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ɋ Ǐ Ǐ Ǐ ɏ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ǔ ǔ ǔ ᐈ Ǚ Ǚ Ǚ ᐈ Ǟ Ǟ Ǟ ᐈ ǣ ǣ ǣ ᐈ Ǩ Ǩ Ǩ ᐈ ǭ ǭ ǭ ᐈ Dz Dz Dz ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ ᐈ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ Ƿ Ƿ Ƿ ᐈ Ǽ Ǽ Ǽ ᐈ Ȃ Ȃ Ȃ ᐈ ȇ ȇ ȇ ᐈ Ȍ Ȍ Ȍ ᐈ ȑ ȑ ȑ ᐈ Ȗ Ȗ Ȗ  _____________________________________________________ better(t('7837ac64')*(trn+1)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(black, 6.0). cc:1=cc(green, 277.0). cc:1=cc(red, 2.0). cc:2=cc(red, 7.0). cc:2=cc(cyan, 1.0). cc:3=cc(cyan, 4.0). groupA=77. % Dots: ț mass(1) color_count(red,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(81) % Dots: Ƞ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(82) % Dots: Ȧ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,12) dots layer(in) nth(83) % Dots: Ȭ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(84) % Dots: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(red,1.0) size(1,1) loc_xy(4,16) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(91) % Squares: Ǐ mass(3) color_count(green,3.0) size(3,1) loc_xy(13,20) squares nonsquare filled_squared layer(in) nth(66) % Hv_Line(v): ƻ mass(3) color_count(green,3.0) size(1,3) loc_xy(16,17) squares hv_line(v) filled_squared layer(in) nth(62) % Hv_Line(v): Ʊ mass(3) color_count(green,3.0) size(1,3) loc_xy(12,17) squares hv_line(v) filled_squared layer(in) nth(60) % Squares: Ɲ mass(3) color_count(green,3.0) size(3,1) loc_xy(13,16) squares nonsquare filled_squared layer(in) nth(56) % Squares: Ƙ mass(3) color_count(green,3.0) size(3,1) loc_xy(9,16) squares nonsquare filled_squared layer(in) nth(55) % Squares: Ɠ mass(3) color_count(green,3.0) size(3,1) loc_xy(5,16) squares nonsquare filled_squared layer(in) nth(54) % Squares: Ǝ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,16) squares nonsquare filled_squared layer(in) nth(53) % Hv_Line(v): ŵ mass(3) color_count(green,3.0) size(1,3) loc_xy(12,13) squares hv_line(v) filled_squared layer(in) nth(48) % Hv_Line(v): ū mass(3) color_count(green,3.0) size(1,3) loc_xy(8,13) squares hv_line(v) filled_squared layer(in) nth(46) % Hv_Line(v): š mass(3) color_count(green,3.0) size(1,3) loc_xy(4,13) squares hv_line(v) filled_squared layer(in) nth(44) % Squares: Ŗ mass(3) color_count(green,3.0) size(3,1) loc_xy(9,12) squares nonsquare filled_squared layer(in) nth(42) % Squares: ő mass(3) color_count(green,3.0) size(3,1) loc_xy(5,12) squares nonsquare filled_squared layer(in) nth(41) % Squares: Ō mass(3) color_count(green,3.0) size(3,1) loc_xy(1,12) squares nonsquare filled_squared layer(in) nth(40) % Hv_Line(v): ij mass(3) color_count(green,3.0) size(1,3) loc_xy(12,9) squares hv_line(v) filled_squared layer(in) nth(35) % Hv_Line(v): ĩ mass(3) color_count(green,3.0) size(1,3) loc_xy(8,9) squares hv_line(v) filled_squared layer(in) nth(33) % Squares: Ę mass(3) color_count(green,3.0) size(3,1) loc_xy(9,8) squares nonsquare filled_squared layer(in) nth(30) % Keypad: Ȗ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,25) squares rectangluar outline keypad layer(in) nth(80) % Keypad: ȑ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,25) squares rectangluar outline keypad layer(in) nth(79) % Keypad: Ȍ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,25) squares rectangluar outline keypad layer(in) nth(78) % Keypad: ȇ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,25) squares rectangluar outline keypad layer(in) nth(77) % Keypad: Ȃ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,25) squares rectangluar outline keypad layer(in) nth(76) % Keypad: Ǽ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,25) squares rectangluar outline keypad layer(in) nth(75) % Keypad: Ƿ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,25) squares rectangluar outline keypad layer(in) nth(74) % Keypad: Dz mass(9) color_count(black,9.0) size(3,3) loc_xy(25,21) squares rectangluar outline keypad layer(in) nth(73) % Keypad: ǭ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,21) squares rectangluar outline keypad layer(in) nth(72) % Keypad: Ǩ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,21) squares rectangluar outline keypad layer(in) nth(71) % Keypad: ǣ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,21) squares rectangluar outline keypad layer(in) nth(70) % Keypad: Ǟ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,21) squares rectangluar outline keypad layer(in) nth(69) % Keypad: Ǚ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,21) squares rectangluar outline keypad layer(in) nth(68) % Keypad: ǔ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,21) squares rectangluar outline keypad layer(in) nth(67) % Keypad: NJ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,17) squares rectangluar outline keypad layer(in) nth(65) % Keypad: Dž mass(9) color_count(black,9.0) size(3,3) loc_xy(21,17) squares rectangluar outline keypad layer(in) nth(64) % Keypad: ǀ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,17) squares rectangluar outline keypad layer(in) nth(63) % Keypad: ƶ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,17) squares rectangluar outline keypad layer(in) nth(61) % Keypad: Ƭ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,17) squares rectangluar outline keypad layer(in) nth(59) % Keypad: Ƨ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,17) squares rectangluar outline keypad layer(in) nth(58) % Keypad: Ƣ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,17) squares rectangluar outline keypad layer(in) nth(57) % Keypad: Ɖ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,13) squares rectangluar outline keypad layer(in) nth(52) % Keypad: Ƅ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,13) squares rectangluar outline keypad layer(in) nth(51) % Keypad: ſ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,13) squares rectangluar outline keypad layer(in) nth(50) % Keypad: ź mass(9) color_count(black,9.0) size(3,3) loc_xy(13,13) squares rectangluar outline keypad layer(in) nth(49) % Keypad: Ű mass(9) color_count(black,9.0) size(3,3) loc_xy(9,13) squares rectangluar outline keypad layer(in) nth(47) % Keypad: Ŧ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,13) squares rectangluar outline keypad layer(in) nth(45) % Keypad: ś mass(9) color_count(black,9.0) size(3,3) loc_xy(1,13) squares rectangluar outline keypad layer(in) nth(43) % Keypad: Ň mass(9) color_count(black,9.0) size(3,3) loc_xy(25,9) squares rectangluar outline keypad layer(in) nth(39) % Keypad: ł mass(9) color_count(black,9.0) size(3,3) loc_xy(21,9) squares rectangluar outline keypad layer(in) nth(38) % Keypad: Ľ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,9) squares rectangluar outline keypad layer(in) nth(37) % Keypad: ĸ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,9) squares rectangluar outline keypad layer(in) nth(36) % Keypad: Į mass(9) color_count(black,9.0) size(3,3) loc_xy(9,9) squares rectangluar outline keypad layer(in) nth(34) % Keypad: ģ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,9) squares rectangluar outline keypad layer(in) nth(32) % Keypad: ĝ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,9) squares rectangluar outline keypad layer(in) nth(31) % Keypad: ē mass(9) color_count(black,9.0) size(3,3) loc_xy(25,5) squares rectangluar outline keypad layer(in) nth(29) % Keypad: Ď mass(9) color_count(black,9.0) size(3,3) loc_xy(21,5) squares rectangluar outline keypad layer(in) nth(28) % Keypad: ĉ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,5) squares rectangluar outline keypad layer(in) nth(27) % Keypad: Ą mass(9) color_count(black,9.0) size(3,3) loc_xy(13,5) squares rectangluar outline keypad layer(in) nth(26) % Keypad: ᓶ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,5) squares rectangluar outline keypad layer(in) nth(25) % Keypad: ᓝ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,5) squares rectangluar outline keypad layer(in) nth(24) % Keypad: ᒿ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,5) squares rectangluar outline keypad layer(in) nth(23) % Keypad: ᒦ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,1) squares rectangluar outline keypad layer(in) nth(22) % Keypad: ᒍ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,1) squares rectangluar outline keypad layer(in) nth(21) % Keypad: ᑴ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,1) squares rectangluar outline keypad layer(in) nth(20) % Keypad: ᑚ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,1) squares rectangluar outline keypad layer(in) nth(19) % Keypad: ᑁ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,1) squares rectangluar outline keypad layer(in) nth(18) % Keypad: ᐡ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,1) squares rectangluar outline keypad layer(in) nth(17) % Keypad: Ꮺ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(in) nth(15) % Outline: ᐈ mass(229) color_count(green,229.0) size(27,27) loc_xy(1,1) squares outline polygon layer(in) nth(16) _________________________________________________________________________________ groupB=5. % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(11) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(12) % Dots: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,2) dots layer(out) nth(13) % Dots: Ꮡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) % Polygon: ϭ mass(5) color_count(black,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(10) _________________________________________________________________________________ diffs. loc_xy(diff(+ 9), diff(+ 13)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: ɀ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(88) % Dots: Ꮡ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 11), diff(+ 19)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ɋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(90) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(12) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 14)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ʌ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(89) % Dots: Ꮈ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,2) dots layer(out) nth(13) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 14), diff(+ 19)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: ɏ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(91) % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ȧ', ' ȶ', ' ț', ' Ȭ', ' Ȼ', ' Ƞ', ' ȱ', ' š', ' ĩ', ' ū', ' ij', ' ŵ', ' Ʊ', ' ƻ', ' Ō', ' Ǝ', ' ő', ' Ɠ', ' Ę', ' Ŗ', ' Ƙ', ' Ɲ', ' Ǐ', ' Ꮺ', ' ᒿ', ' ĝ', ' ś', ' Ƣ', ' ǔ', ' Ƿ', ' ᐡ', ' ᓝ', ' ģ', ' Ŧ', ' Ƨ', ' Ǚ', ' Ǽ', ' ᑁ', ' ᓶ', ' Į', ' Ű', ' Ƭ', ' Ǟ', ' Ȃ', ' ᑚ', ' Ą', ' ĸ', ' ź', ' ƶ', ' ǣ', ' ȇ', ' ᑴ', ' ĉ', ' Ľ', ' ſ', ' ǀ', ' Ǩ', ' Ȍ', ' ᒍ', ' Ď', ' ł', ' Ƅ', ' Dž', ' ǭ', ' ȑ', ' ᒦ', ' ē', ' Ň', ' Ɖ', ' NJ', ' Dz', ' Ȗ', ' ᐈ'], [' ϭ']), change_obj(' ɏ', ' Ј', [loc_xy(diff(+ 14), diff(+ 19)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' Ʌ', ' Ꮈ', [loc_xy(diff(+ 15), diff(+ 14)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' Ɋ', ' С', [loc_xy(diff(+ 11), diff(+ 19)), grid_size(diff(+ 24), diff(+ 24))]), change_obj(' ɀ', ' Ꮡ', [loc_xy(diff(+ 9), diff(+ 13)), grid_size(diff(+ 24), diff(+ 24))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('7837ac64'),[]) [ -mask_match, -shape_match, -rotation_match, -color_match, detect_grid, color_guessing, grid_coloring, crop, extrapolate_image_from_grid, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________________________________________________________  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(t('7837ac64')*(trn+2)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________________ test(t('7837ac64')*(trn+2)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(blue, 427.0). cc:0=cc(black, 4.0). cc:1=cc(black, 400.0). cc:1=cc(green, 3.0). cc:2=cc(green, 8.0). cc:2=cc(purple, 2.0). cc:3=cc(purple, 6.0). Training hard...  _________________________________________________________  _____ Ꮈ Ꮈ ʛ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ϭ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ȱ ȱ Ɋ Ꮈ Ꮈ ʛ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ϭ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʂ ʂ ʂ ᓝ ᓝ ʛ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē ϭ Ę Ę ϭ ĝ ĝ ϭ ģ ģ ϭ ĩ ĩ  _____ ᓝ ᓝ Ј ᓶ ᓶ Ꮡ Ą Ą Ꮡ ĉ ĉ Ꮡ Ď Ď Ꮡ ē ē Ꮡ Ę Ę Ꮡ ĝ ĝ Ꮡ ģ ģ Ꮡ ĩ ĩ common(t('7837ac64')*(trn+2)+out) Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Ј ij ij Ꮡ ĸ ĸ Ꮡ Ľ Ľ Ꮡ ł ł Ꮡ Ň Ň Ꮡ Ō Ō Ꮡ ő ő Ꮡ Ŗ Ŗ Ꮡ ś ś Į Į Ј ij ij Ꮡ ĸ ĸ Ꮡ Ľ Ľ Ꮡ ł ł Ꮡ Ň Ň Ꮡ Ō Ō Ꮡ ő ő Ꮡ Ŗ Ŗ Ꮡ ś ś Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ š š Ј Ŧ Ŧ Ꮡ ū ū Ꮡ Ű Ű Ꮡ ŵ ŵ Ꮡ ź ź Ꮡ ſ ſ Ꮡ Ƅ Ƅ Ꮡ Ɖ Ɖ Ꮡ Ǝ Ǝ š š Ј Ŧ Ŧ Ꮡ ū ū Ꮡ Ű Ű Ꮡ ŵ ŵ Ꮡ ź ź Ꮡ ſ ſ Ꮡ Ƅ Ƅ Ꮡ Ɖ Ɖ Ꮡ Ǝ Ǝ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ѥ Ɠ Ɠ Ѫ Ƙ Ƙ ѯ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɲ Ɲ Ј Ƣ Ƣ Ꮡ Ƨ Ƨ Ꮡ Ƭ Ƭ Ꮡ Ʊ Ʊ ƶ ƻ ƻ ǀ Dž Dž NJ Ǐ Ǐ Ꮡ ǔ ǔ Ꮡ Ǚ Ǚ Ɲ Ɲ Ј Ƣ Ƣ Ꮡ Ƨ Ƨ Ꮡ Ƭ Ƭ Ꮡ Ʊ Ʊ ƶ ƻ ƻ ǀ Dž Dž NJ Ǐ Ǐ Ꮡ ǔ ǔ Ꮡ Ǚ Ǚ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ѵ Ǟ Ǟ ѹ ǣ ǣ Ѿ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǩ Ǩ Ј ǭ ǭ Ꮡ Dz Dz Ꮡ Ƿ Ƿ Ꮡ Ǽ Ǽ Ȃ ȇ ȇ Ȍ ȑ ȑ Ȗ ț ț Ꮡ Ƞ Ƞ Ꮡ Ȧ Ȧ Ǩ Ǩ Ј ǭ ǭ Ꮡ Dz Dz Ꮡ Ƿ Ƿ Ꮡ Ǽ Ǽ Ȃ ȇ ȇ Ȍ ȑ ȑ Ȗ ț ț Ꮡ Ƞ Ƞ Ꮡ Ȧ Ȧ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ҋ Ȭ Ȭ Ґ ȱ ȱ ҕ ȶ ȶ Қ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ȼ Ȼ Ј ɀ ɀ Ꮡ Ʌ Ʌ Ꮡ Ɋ Ɋ Ꮡ ɏ ɏ ɔ ə ə ɞ ɤ ɤ ɩ ɮ ɮ ɳ ɸ ɸ Ꮡ ɽ ɽ Ȼ Ȼ Ј ɀ ɀ Ꮡ Ʌ Ʌ Ꮡ Ɋ Ɋ Ꮡ ɏ ɏ ɔ ə ə ɞ ɤ ɤ ɩ ɮ ɮ ɳ ɸ ɸ Ꮡ ɽ ɽ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ҟ ʂ ʂ Ҥ ʇ ʇ ҩ ʌ ʌ Ү Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ʑ ʑ Ј ʖ ʖ Ꮡ ʛ ʛ Ꮡ ʠ ʠ Ꮡ ʥ ʥ Ꮡ ʪ ʪ Ꮡ ʯ ʯ Ꮡ ϭ ϭ Ꮡ ϲ ϲ Ꮡ ϸ ϸ ʑ ʑ Ј ʖ ʖ Ꮡ ʛ ʛ Ꮡ ʠ ʠ Ꮡ ʥ ʥ Ꮡ ʪ ʪ Ꮡ ʯ ʯ Ꮡ ϭ ϭ Ꮡ ϲ ϲ Ꮡ ϸ ϸ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ͻ Ͻ Ј Ѓ Ѓ Ꮡ Ј Ј Ꮡ Ѝ Ѝ Ꮡ В В Ꮡ З З Ꮡ М М Ꮡ С С Ꮡ Ш Ш Ꮡ Э Э Ͻ Ͻ Ј Ѓ Ѓ Ꮡ Ј Ј Ꮡ Ѝ Ѝ Ꮡ В В Ꮡ З З Ꮡ М М Ꮡ С С Ꮡ Ш Ш Ꮡ Э Э Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ в в Ј з з Ꮡ м м Ꮡ с с Ꮡ ц ц Ꮡ ы ы Ꮡ ѐ ѐ Ꮡ ѕ ѕ Ꮡ њ њ Ꮡ џ џ в в Ј з з Ꮡ м м Ꮡ с с Ꮡ ц ц Ꮡ ы ы Ꮡ ѐ ѐ Ꮡ ѕ ѕ Ꮡ њ њ Ꮡ џ џ  _________________________________________________________ common(t('7837ac64')*(trn+2)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(blue, 854.0). cc:0=cc(black, 4.0). cc:1=cc(black, 800.0). cc:1=cc(green, 3.0). cc:2=cc(green, 16.0). cc:2=cc(purple, 2.0). cc:3=cc(purple, 12.0). groupA=139. % Pattern(cref_163,4,4,5,5): С mass(625) color_count(black,289.0) color_count(blue,322.0) color_count(green,8.0) color_count(purple,6.0) size(25,25) loc_xy(5,5) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(12) % Outline: Ꮡ mass(387) color_count(blue,387.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(14) % Pattern(cref_163,4,4,5,5): ϭ mass(100) color_count(black,51.0) color_count(blue,49.0) size(25,4) rotation(flipV) loc_xy(5,1) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(10) % Pattern(cref_163,4,4,5,5): Ј mass(100) color_count(black,51.0) color_count(blue,49.0) size(4,25) rotation(flipH) loc_xy(1,5) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(11) % Pattern(cref_163,4,4,5,5): ʛ mass(16) color_count(black,9.0) color_count(blue,7.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(9) % Squares: џ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,28) squares rectangluar filled_squared layer(in) nth(133) % Squares: њ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,28) squares rectangluar filled_squared layer(in) nth(132) % Squares: ѕ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,28) squares rectangluar filled_squared layer(in) nth(131) % Squares: ѐ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,28) squares rectangluar filled_squared layer(in) nth(130) % Squares: ы mass(4) color_count(black,4.0) size(2,2) loc_xy(16,28) squares rectangluar filled_squared layer(in) nth(129) % Squares: ц mass(4) color_count(black,4.0) size(2,2) loc_xy(13,28) squares rectangluar filled_squared layer(in) nth(128) % Squares: с mass(4) color_count(black,4.0) size(2,2) loc_xy(10,28) squares rectangluar filled_squared layer(in) nth(127) % Squares: м mass(4) color_count(black,4.0) size(2,2) loc_xy(7,28) squares rectangluar filled_squared layer(in) nth(126) % Squares: з mass(4) color_count(black,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(in) nth(125) % Squares: в mass(4) color_count(black,4.0) size(2,2) loc_xy(1,28) squares rectangluar filled_squared layer(in) nth(124) % Squares: Э mass(4) color_count(black,4.0) size(2,2) loc_xy(28,25) squares rectangluar filled_squared layer(in) nth(123) % Squares: Ш mass(4) color_count(black,4.0) size(2,2) loc_xy(25,25) squares rectangluar filled_squared layer(in) nth(122) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(22,25) squares rectangluar filled_squared layer(in) nth(121) % Squares: М mass(4) color_count(black,4.0) size(2,2) loc_xy(19,25) squares rectangluar filled_squared layer(in) nth(120) % Squares: З mass(4) color_count(black,4.0) size(2,2) loc_xy(16,25) squares rectangluar filled_squared layer(in) nth(119) % Squares: В mass(4) color_count(black,4.0) size(2,2) loc_xy(13,25) squares rectangluar filled_squared layer(in) nth(118) % Squares: Ѝ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,25) squares rectangluar filled_squared layer(in) nth(117) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(7,25) squares rectangluar filled_squared layer(in) nth(116) % Squares: Ѓ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,25) squares rectangluar filled_squared layer(in) nth(115) % Squares: Ͻ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,25) squares rectangluar filled_squared layer(in) nth(114) % Squares: ϸ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,22) squares rectangluar filled_squared layer(in) nth(113) % Squares: ϲ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,22) squares rectangluar filled_squared layer(in) nth(112) % Squares: ϭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,22) squares rectangluar filled_squared layer(in) nth(111) % Squares: ʯ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,22) squares rectangluar filled_squared layer(in) nth(110) % Squares: ʪ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,22) squares rectangluar filled_squared layer(in) nth(109) % Squares: ʥ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,22) squares rectangluar filled_squared layer(in) nth(108) % Squares: ʠ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,22) squares rectangluar filled_squared layer(in) nth(107) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,22) squares rectangluar filled_squared layer(in) nth(106) % Squares: ʖ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,22) squares rectangluar filled_squared layer(in) nth(105) % Squares: ʑ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,22) squares rectangluar filled_squared layer(in) nth(104) % Squares: ɽ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,19) squares rectangluar filled_squared layer(in) nth(100) % Squares: ɸ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,19) squares rectangluar filled_squared layer(in) nth(99) % Squares: ɮ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,19) squares rectangluar filled_squared layer(in) nth(97) % Squares: ɤ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,19) squares rectangluar filled_squared layer(in) nth(95) % Squares: ə mass(4) color_count(black,4.0) size(2,2) loc_xy(16,19) squares rectangluar filled_squared layer(in) nth(93) % Squares: ɏ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,19) squares rectangluar filled_squared layer(in) nth(91) % Squares: Ɋ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,19) squares rectangluar filled_squared layer(in) nth(90) % Squares: Ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,19) squares rectangluar filled_squared layer(in) nth(89) % Squares: ɀ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,19) squares rectangluar filled_squared layer(in) nth(88) % Squares: Ȼ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,19) squares rectangluar filled_squared layer(in) nth(87) % Squares: Ȧ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,16) squares rectangluar filled_squared layer(in) nth(83) % Squares: Ƞ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,16) squares rectangluar filled_squared layer(in) nth(82) % Squares: ț mass(4) color_count(black,4.0) size(2,2) loc_xy(22,16) squares rectangluar filled_squared layer(in) nth(81) % Squares: ȑ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,16) squares rectangluar filled_squared layer(in) nth(79) % Squares: ȇ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,16) squares rectangluar filled_squared layer(in) nth(77) % Squares: Ǽ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,16) squares rectangluar filled_squared layer(in) nth(75) % Squares: Ƿ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,16) squares rectangluar filled_squared layer(in) nth(74) % Squares: Dz mass(4) color_count(black,4.0) size(2,2) loc_xy(7,16) squares rectangluar filled_squared layer(in) nth(73) % Squares: ǭ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,16) squares rectangluar filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,16) squares rectangluar filled_squared layer(in) nth(71) % Squares: Ǚ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,13) squares rectangluar filled_squared layer(in) nth(68) % Squares: ǔ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,13) squares rectangluar filled_squared layer(in) nth(67) % Squares: Ǐ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,13) squares rectangluar filled_squared layer(in) nth(66) % Squares: Dž mass(4) color_count(black,4.0) size(2,2) loc_xy(19,13) squares rectangluar filled_squared layer(in) nth(64) % Squares: ƻ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,13) squares rectangluar filled_squared layer(in) nth(62) % Squares: Ʊ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,13) squares rectangluar filled_squared layer(in) nth(60) % Squares: Ƭ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,13) squares rectangluar filled_squared layer(in) nth(59) % Squares: Ƨ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,13) squares rectangluar filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,13) squares rectangluar filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,13) squares rectangluar filled_squared layer(in) nth(56) % Squares: Ǝ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,10) squares rectangluar filled_squared layer(in) nth(53) % Squares: Ɖ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,10) squares rectangluar filled_squared layer(in) nth(52) % Squares: Ƅ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,10) squares rectangluar filled_squared layer(in) nth(51) % Squares: ſ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,10) squares rectangluar filled_squared layer(in) nth(50) % Squares: ź mass(4) color_count(black,4.0) size(2,2) loc_xy(16,10) squares rectangluar filled_squared layer(in) nth(49) % Squares: ŵ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,10) squares rectangluar filled_squared layer(in) nth(48) % Squares: Ű mass(4) color_count(black,4.0) size(2,2) loc_xy(10,10) squares rectangluar filled_squared layer(in) nth(47) % Squares: ū mass(4) color_count(black,4.0) size(2,2) loc_xy(7,10) squares rectangluar filled_squared layer(in) nth(46) % Squares: Ŧ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,10) squares rectangluar filled_squared layer(in) nth(45) % Squares: š mass(4) color_count(black,4.0) size(2,2) loc_xy(1,10) squares rectangluar filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(black,4.0) size(2,2) loc_xy(28,7) squares rectangluar filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,7) squares rectangluar filled_squared layer(in) nth(42) % Squares: ő mass(4) color_count(black,4.0) size(2,2) loc_xy(22,7) squares rectangluar filled_squared layer(in) nth(41) % Squares: Ō mass(4) color_count(black,4.0) size(2,2) loc_xy(19,7) squares rectangluar filled_squared layer(in) nth(40) % Squares: Ň mass(4) color_count(black,4.0) size(2,2) loc_xy(16,7) squares rectangluar filled_squared layer(in) nth(39) % Squares: ł mass(4) color_count(black,4.0) size(2,2) loc_xy(13,7) squares rectangluar filled_squared layer(in) nth(38) % Squares: Ľ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,7) squares rectangluar filled_squared layer(in) nth(37) % Squares: ĸ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,7) squares rectangluar filled_squared layer(in) nth(36) % Squares: ij mass(4) color_count(black,4.0) size(2,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(35) % Squares: Į mass(4) color_count(black,4.0) size(2,2) loc_xy(1,7) squares rectangluar filled_squared layer(in) nth(34) % Squares: ĩ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,4) squares rectangluar filled_squared layer(in) nth(33) % Squares: ģ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,4) squares rectangluar filled_squared layer(in) nth(32) % Squares: ĝ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,4) squares rectangluar filled_squared layer(in) nth(31) % Squares: Ę mass(4) color_count(black,4.0) size(2,2) loc_xy(19,4) squares rectangluar filled_squared layer(in) nth(30) % Squares: ē mass(4) color_count(black,4.0) size(2,2) loc_xy(16,4) squares rectangluar filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(black,4.0) size(2,2) loc_xy(13,4) squares rectangluar filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,4) squares rectangluar filled_squared layer(in) nth(27) % Squares: Ą mass(4) color_count(black,4.0) size(2,2) loc_xy(7,4) squares rectangluar filled_squared layer(in) nth(26) % Squares: ᓶ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(in) nth(25) % Squares: ᓝ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,4) squares rectangluar filled_squared layer(in) nth(24) % Squares: ᒿ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,1) squares rectangluar filled_squared layer(in) nth(23) % Squares: ᒦ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,1) squares rectangluar filled_squared layer(in) nth(22) % Squares: ᒍ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,1) squares rectangluar filled_squared layer(in) nth(21) % Squares: ᑴ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(20) % Squares: ᑚ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,1) squares rectangluar filled_squared layer(in) nth(19) % Squares: ᑁ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,1) squares rectangluar filled_squared layer(in) nth(18) % Squares: ᐡ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,1) squares rectangluar filled_squared layer(in) nth(17) % Squares: ᐈ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,1) squares rectangluar filled_squared layer(in) nth(16) % Squares: Ꮺ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,1) squares rectangluar filled_squared layer(in) nth(15) % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(13) % Squares: ʌ mass(2) color_count(blue,2.0) size(2,1) loc_xy(22,21) squares nonsquare filled_squared layer(in) nth(103) % Squares: ʇ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,21) squares nonsquare filled_squared layer(in) nth(102) % Squares: ʂ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,21) squares nonsquare filled_squared layer(in) nth(101) % Hv_Line(v): ɳ mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,19) squares hv_line(v) filled_squared layer(in) nth(98) % Hv_Line(v): ɩ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,19) squares hv_line(v) filled_squared layer(in) nth(96) % Hv_Line(v): ɞ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,19) squares hv_line(v) filled_squared layer(in) nth(94) % Hv_Line(v): ɔ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,19) squares hv_line(v) filled_squared layer(in) nth(92) % Squares: ȶ mass(2) color_count(blue,2.0) size(2,1) loc_xy(22,18) squares nonsquare filled_squared layer(in) nth(86) % Squares: ȱ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,18) squares nonsquare filled_squared layer(in) nth(85) % Squares: Ȭ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,18) squares nonsquare filled_squared layer(in) nth(84) % Hv_Line(v): Ȗ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,16) squares hv_line(v) filled_squared layer(in) nth(80) % Hv_Line(v): Ȍ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,16) squares hv_line(v) filled_squared layer(in) nth(78) % Hv_Line(v): Ȃ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,16) squares hv_line(v) filled_squared layer(in) nth(76) % Squares: ǣ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,15) squares nonsquare filled_squared layer(in) nth(70) % Squares: Ǟ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,15) squares nonsquare filled_squared layer(in) nth(69) % Hv_Line(v): NJ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,13) squares hv_line(v) filled_squared layer(in) nth(65) % Hv_Line(v): ǀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,13) squares hv_line(v) filled_squared layer(in) nth(63) % Hv_Line(v): ƶ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,13) squares hv_line(v) filled_squared layer(in) nth(61) % Squares: Ƙ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,12) squares nonsquare filled_squared layer(in) nth(55) % Squares: Ɠ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,12) squares nonsquare filled_squared layer(in) nth(54) % Dots: ѥ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) dots layer(in) nth(134) % Dots: Ѫ mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(135) % Dots: ѯ mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,12) dots layer(in) nth(136) % Dots: Ѵ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(137) % Dots: ѹ mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,15) dots layer(in) nth(138) % Dots: Ѿ mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,15) dots layer(in) nth(139) % Dots: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,18) dots layer(in) nth(140) % Dots: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(141) % Dots: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(21,18) dots layer(in) nth(142) % Dots: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(24,18) dots layer(in) nth(143) % Dots: ҟ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,21) dots layer(in) nth(144) % Dots: Ҥ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,21) dots layer(in) nth(145) % Dots: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(21,21) dots layer(in) nth(146) % Dots: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) dots layer(in) nth(147) _________________________________________________________________________________ groupB=3. % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(7) % Squares: ʂ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,3) squares nonsquare filled_squared layer(out) nth(8) % Squares: ȱ mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,1) squares nonsquare filled_squared layer(out) nth(6) _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 11)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Squares: Ɠ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,12) squares nonsquare filled_squared layer(in) nth(54) % Squares: ȱ mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,1) squares nonsquare filled_squared layer(out) nth(6) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), 0). object_shape(diff((rectangluar->polygon))). object_shape(diff((filled_squared->polygon))). grid_size(diff(+ 26), diff(+ 26)). sameness. % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(13) % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ [ disjointed( [ ' ҋ', ' ҟ', ' Ґ', ' Ҥ', ' ҕ', ' ҩ', ' Қ', ' Ү', ' ѥ', ' Ѵ', ' Ѫ', ' ѹ', ' ѯ', ' Ѿ', ' ƶ', ' Ȃ', ' ɔ', ' ǀ', ' Ȍ', ' ɞ', ' NJ', ' Ȗ', ' ɩ', ' ɳ', ' Ǟ', ' Ȭ', ' ʂ', ' Ƙ', ' ǣ', ' ȱ', ' ʇ', ' ȶ', ' ʌ', ' ᓝ', ' Į', ' š', ' Ɲ', ' Ǩ', ' Ȼ', ' ʑ', ' Ͻ', ' в', ' Ꮺ', ' ᓶ', ' ij', ' Ŧ', ' Ƣ', ' ǭ', ' ɀ', ' ʖ', ' Ѓ', ' з', ' ᐈ', ' Ą', ' ĸ', ' ū', ' Ƨ', ' Dz', ' Ʌ', ' ʛ', ' Ј', ' м', ' ᐡ', ' ĉ', ' Ľ', ' Ű', ' Ƭ', ' Ƿ', ' Ɋ', ' ʠ', ' Ѝ', ' с', ' ᑁ', ' Ď', ' ł', ' ŵ', ' Ʊ', ' Ǽ', ' ɏ', ' ʥ', ' В', ' ц', ' ᑚ', ' ē', ' Ň', ' ź', ' ƻ', ' ȇ', ' ə', ' ʪ', ' З', ' ы', ' ᑴ', ' Ę', ' Ō', ' ſ', ' Dž', ' ȑ', ' ɤ', ' ʯ', ' М', ' ѐ', ' ᒍ', ' ĝ', ' ő', ' Ƅ', ' Ǐ', ' ț', ' ɮ', ' ϭ', ' С', ' ѕ', ' ᒦ', ' ģ', ' Ŗ', ' Ɖ', ' ǔ', ' Ƞ', ' ɸ', ' ϲ', ' Ш', ' њ', ' ᒿ', ' ĩ', ' ś', ' Ǝ', ' Ǚ', ' Ȧ', ' ɽ', ' ϸ', ' Э', ' џ', ' ʛ', ' Ј', ' ϭ', ' Ꮡ', ' С'], [' ʂ']), change_obj( ' Ꮈ', ' Ɋ', [ visual_hw(diff(- 1), 0), object_shape(diff((rectangluar->polygon))), object_shape(diff((filled_squared->polygon))), grid_size(diff(+ 26), diff(+ 26))]), change_obj(' Ɠ', ' ȱ', [loc_xy(diff(+ 15), diff(+ 11)), grid_size(diff(+ 26), diff(+ 26))])].  _________________________________________________________  _____ Ꮈ Ꮈ ʛ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ϭ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ ȱ ȱ Ɋ Ꮈ Ꮈ ʛ Ꮺ Ꮺ ϭ ᐈ ᐈ ϭ ᐡ ᐡ ϭ ᑁ ᑁ ϭ ᑚ ᑚ ϭ ᑴ ᑴ ϭ ᒍ ᒍ ϭ ᒦ ᒦ ϭ ᒿ ᒿ Ɋ Ɋ Ɋ ʛ ʛ ʛ ʛ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ʂ ʂ ʂ ᓝ ᓝ ʛ ᓶ ᓶ ϭ Ą Ą ϭ ĉ ĉ ϭ Ď Ď ϭ ē ē ϭ Ę Ę ϭ ĝ ĝ ϭ ģ ģ ϭ ĩ ĩ  _____ ᓝ ᓝ Ј ᓶ ᓶ Ꮡ Ą Ą Ꮡ ĉ ĉ Ꮡ Ď Ď Ꮡ ē ē Ꮡ Ę Ę Ꮡ ĝ ĝ Ꮡ ģ ģ Ꮡ ĩ ĩ better(t('7837ac64')*(trn+2)+out) Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Į Į Ј ij ij Ꮡ ĸ ĸ Ꮡ Ľ Ľ Ꮡ ł ł Ꮡ Ň Ň Ꮡ Ō Ō Ꮡ ő ő Ꮡ Ŗ Ŗ Ꮡ ś ś Į Į Ј ij ij Ꮡ ĸ ĸ Ꮡ Ľ Ľ Ꮡ ł ł Ꮡ Ň Ň Ꮡ Ō Ō Ꮡ ő ő Ꮡ Ŗ Ŗ Ꮡ ś ś Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ š š Ј Ŧ Ŧ Ꮡ ū ū Ꮡ Ű Ű Ꮡ ŵ ŵ Ꮡ ź ź Ꮡ ſ ſ Ꮡ Ƅ Ƅ Ꮡ Ɖ Ɖ Ꮡ Ǝ Ǝ š š Ј Ŧ Ŧ Ꮡ ū ū Ꮡ Ű Ű Ꮡ ŵ ŵ Ꮡ ź ź Ꮡ ſ ſ Ꮡ Ƅ Ƅ Ꮡ Ɖ Ɖ Ꮡ Ǝ Ǝ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ѥ Ɠ Ɠ Ѫ Ƙ Ƙ ѯ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ɲ Ɲ Ј Ƣ Ƣ Ꮡ Ƨ Ƨ Ꮡ Ƭ Ƭ Ꮡ Ʊ Ʊ ƶ ƻ ƻ ǀ Dž Dž NJ Ǐ Ǐ Ꮡ ǔ ǔ Ꮡ Ǚ Ǚ Ɲ Ɲ Ј Ƣ Ƣ Ꮡ Ƨ Ƨ Ꮡ Ƭ Ƭ Ꮡ Ʊ Ʊ ƶ ƻ ƻ ǀ Dž Dž NJ Ǐ Ǐ Ꮡ ǔ ǔ Ꮡ Ǚ Ǚ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ѵ Ǟ Ǟ ѹ ǣ ǣ Ѿ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ǩ Ǩ Ј ǭ ǭ Ꮡ Dz Dz Ꮡ Ƿ Ƿ Ꮡ Ǽ Ǽ Ȃ ȇ ȇ Ȍ ȑ ȑ Ȗ ț ț Ꮡ Ƞ Ƞ Ꮡ Ȧ Ȧ Ǩ Ǩ Ј ǭ ǭ Ꮡ Dz Dz Ꮡ Ƿ Ƿ Ꮡ Ǽ Ǽ Ȃ ȇ ȇ Ȍ ȑ ȑ Ȗ ț ț Ꮡ Ƞ Ƞ Ꮡ Ȧ Ȧ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ҋ Ȭ Ȭ Ґ ȱ ȱ ҕ ȶ ȶ Қ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ȼ Ȼ Ј ɀ ɀ Ꮡ Ʌ Ʌ Ꮡ Ɋ Ɋ Ꮡ ɏ ɏ ɔ ə ə ɞ ɤ ɤ ɩ ɮ ɮ ɳ ɸ ɸ Ꮡ ɽ ɽ Ȼ Ȼ Ј ɀ ɀ Ꮡ Ʌ Ʌ Ꮡ Ɋ Ɋ Ꮡ ɏ ɏ ɔ ə ə ɞ ɤ ɤ ɩ ɮ ɮ ɳ ɸ ɸ Ꮡ ɽ ɽ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ҟ ʂ ʂ Ҥ ʇ ʇ ҩ ʌ ʌ Ү Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ ʑ ʑ Ј ʖ ʖ Ꮡ ʛ ʛ Ꮡ ʠ ʠ Ꮡ ʥ ʥ Ꮡ ʪ ʪ Ꮡ ʯ ʯ Ꮡ ϭ ϭ Ꮡ ϲ ϲ Ꮡ ϸ ϸ ʑ ʑ Ј ʖ ʖ Ꮡ ʛ ʛ Ꮡ ʠ ʠ Ꮡ ʥ ʥ Ꮡ ʪ ʪ Ꮡ ʯ ʯ Ꮡ ϭ ϭ Ꮡ ϲ ϲ Ꮡ ϸ ϸ Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ͻ Ͻ Ј Ѓ Ѓ Ꮡ Ј Ј Ꮡ Ѝ Ѝ Ꮡ В В Ꮡ З З Ꮡ М М Ꮡ С С Ꮡ Ш Ш Ꮡ Э Э Ͻ Ͻ Ј Ѓ Ѓ Ꮡ Ј Ј Ꮡ Ѝ Ѝ Ꮡ В В Ꮡ З З Ꮡ М М Ꮡ С С Ꮡ Ш Ш Ꮡ Э Э Ј Ј Ј Ј Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ Ꮡ в в Ј з з Ꮡ м м Ꮡ с с Ꮡ ц ц Ꮡ ы ы Ꮡ ѐ ѐ Ꮡ ѕ ѕ Ꮡ њ њ Ꮡ џ џ в в Ј з з Ꮡ м м Ꮡ с с Ꮡ ц ц Ꮡ ы ы Ꮡ ѐ ѐ Ꮡ ѕ ѕ Ꮡ њ њ Ꮡ џ џ  _________________________________________________________ better(t('7837ac64')*(trn+2)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(blue, 854.0). cc:0=cc(black, 4.0). cc:1=cc(black, 800.0). cc:1=cc(green, 3.0). cc:2=cc(green, 16.0). cc:2=cc(purple, 2.0). cc:3=cc(purple, 12.0). groupA=139. % Dots: ѥ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,12) dots layer(in) nth(134) % Dots: Ѫ mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,12) dots layer(in) nth(135) % Dots: ѯ mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,12) dots layer(in) nth(136) % Dots: Ѵ mass(1) color_count(purple,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(137) % Dots: ѹ mass(1) color_count(purple,1.0) size(1,1) loc_xy(18,15) dots layer(in) nth(138) % Dots: Ѿ mass(1) color_count(purple,1.0) size(1,1) loc_xy(21,15) dots layer(in) nth(139) % Dots: ҋ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,18) dots layer(in) nth(140) % Dots: Ґ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,18) dots layer(in) nth(141) % Dots: ҕ mass(1) color_count(green,1.0) size(1,1) loc_xy(21,18) dots layer(in) nth(142) % Dots: Қ mass(1) color_count(green,1.0) size(1,1) loc_xy(24,18) dots layer(in) nth(143) % Dots: ҟ mass(1) color_count(green,1.0) size(1,1) loc_xy(15,21) dots layer(in) nth(144) % Dots: Ҥ mass(1) color_count(green,1.0) size(1,1) loc_xy(18,21) dots layer(in) nth(145) % Dots: ҩ mass(1) color_count(green,1.0) size(1,1) loc_xy(21,21) dots layer(in) nth(146) % Dots: Ү mass(1) color_count(green,1.0) size(1,1) loc_xy(24,21) dots layer(in) nth(147) % Squares: ʌ mass(2) color_count(blue,2.0) size(2,1) loc_xy(22,21) squares nonsquare filled_squared layer(in) nth(103) % Squares: ʇ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,21) squares nonsquare filled_squared layer(in) nth(102) % Squares: ʂ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,21) squares nonsquare filled_squared layer(in) nth(101) % Hv_Line(v): ɳ mass(2) color_count(blue,2.0) size(1,2) loc_xy(24,19) squares hv_line(v) filled_squared layer(in) nth(98) % Hv_Line(v): ɩ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,19) squares hv_line(v) filled_squared layer(in) nth(96) % Hv_Line(v): ɞ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,19) squares hv_line(v) filled_squared layer(in) nth(94) % Hv_Line(v): ɔ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,19) squares hv_line(v) filled_squared layer(in) nth(92) % Squares: ȶ mass(2) color_count(blue,2.0) size(2,1) loc_xy(22,18) squares nonsquare filled_squared layer(in) nth(86) % Squares: ȱ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,18) squares nonsquare filled_squared layer(in) nth(85) % Squares: Ȭ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,18) squares nonsquare filled_squared layer(in) nth(84) % Hv_Line(v): Ȗ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,16) squares hv_line(v) filled_squared layer(in) nth(80) % Hv_Line(v): Ȍ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,16) squares hv_line(v) filled_squared layer(in) nth(78) % Hv_Line(v): Ȃ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,16) squares hv_line(v) filled_squared layer(in) nth(76) % Squares: ǣ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,15) squares nonsquare filled_squared layer(in) nth(70) % Squares: Ǟ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,15) squares nonsquare filled_squared layer(in) nth(69) % Hv_Line(v): NJ mass(2) color_count(blue,2.0) size(1,2) loc_xy(21,13) squares hv_line(v) filled_squared layer(in) nth(65) % Hv_Line(v): ǀ mass(2) color_count(blue,2.0) size(1,2) loc_xy(18,13) squares hv_line(v) filled_squared layer(in) nth(63) % Hv_Line(v): ƶ mass(2) color_count(blue,2.0) size(1,2) loc_xy(15,13) squares hv_line(v) filled_squared layer(in) nth(61) % Squares: Ƙ mass(2) color_count(blue,2.0) size(2,1) loc_xy(19,12) squares nonsquare filled_squared layer(in) nth(55) % Squares: Ɠ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,12) squares nonsquare filled_squared layer(in) nth(54) % Squares: џ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,28) squares rectangluar filled_squared layer(in) nth(133) % Squares: њ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,28) squares rectangluar filled_squared layer(in) nth(132) % Squares: ѕ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,28) squares rectangluar filled_squared layer(in) nth(131) % Squares: ѐ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,28) squares rectangluar filled_squared layer(in) nth(130) % Squares: ы mass(4) color_count(black,4.0) size(2,2) loc_xy(16,28) squares rectangluar filled_squared layer(in) nth(129) % Squares: ц mass(4) color_count(black,4.0) size(2,2) loc_xy(13,28) squares rectangluar filled_squared layer(in) nth(128) % Squares: с mass(4) color_count(black,4.0) size(2,2) loc_xy(10,28) squares rectangluar filled_squared layer(in) nth(127) % Squares: м mass(4) color_count(black,4.0) size(2,2) loc_xy(7,28) squares rectangluar filled_squared layer(in) nth(126) % Squares: з mass(4) color_count(black,4.0) size(2,2) loc_xy(4,28) squares rectangluar filled_squared layer(in) nth(125) % Squares: в mass(4) color_count(black,4.0) size(2,2) loc_xy(1,28) squares rectangluar filled_squared layer(in) nth(124) % Squares: Э mass(4) color_count(black,4.0) size(2,2) loc_xy(28,25) squares rectangluar filled_squared layer(in) nth(123) % Squares: Ш mass(4) color_count(black,4.0) size(2,2) loc_xy(25,25) squares rectangluar filled_squared layer(in) nth(122) % Squares: С mass(4) color_count(black,4.0) size(2,2) loc_xy(22,25) squares rectangluar filled_squared layer(in) nth(121) % Squares: М mass(4) color_count(black,4.0) size(2,2) loc_xy(19,25) squares rectangluar filled_squared layer(in) nth(120) % Squares: З mass(4) color_count(black,4.0) size(2,2) loc_xy(16,25) squares rectangluar filled_squared layer(in) nth(119) % Squares: В mass(4) color_count(black,4.0) size(2,2) loc_xy(13,25) squares rectangluar filled_squared layer(in) nth(118) % Squares: Ѝ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,25) squares rectangluar filled_squared layer(in) nth(117) % Squares: Ј mass(4) color_count(black,4.0) size(2,2) loc_xy(7,25) squares rectangluar filled_squared layer(in) nth(116) % Squares: Ѓ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,25) squares rectangluar filled_squared layer(in) nth(115) % Squares: Ͻ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,25) squares rectangluar filled_squared layer(in) nth(114) % Squares: ϸ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,22) squares rectangluar filled_squared layer(in) nth(113) % Squares: ϲ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,22) squares rectangluar filled_squared layer(in) nth(112) % Squares: ϭ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,22) squares rectangluar filled_squared layer(in) nth(111) % Squares: ʯ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,22) squares rectangluar filled_squared layer(in) nth(110) % Squares: ʪ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,22) squares rectangluar filled_squared layer(in) nth(109) % Squares: ʥ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,22) squares rectangluar filled_squared layer(in) nth(108) % Squares: ʠ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,22) squares rectangluar filled_squared layer(in) nth(107) % Squares: ʛ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,22) squares rectangluar filled_squared layer(in) nth(106) % Squares: ʖ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,22) squares rectangluar filled_squared layer(in) nth(105) % Squares: ʑ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,22) squares rectangluar filled_squared layer(in) nth(104) % Squares: ɽ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,19) squares rectangluar filled_squared layer(in) nth(100) % Squares: ɸ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,19) squares rectangluar filled_squared layer(in) nth(99) % Squares: ɮ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,19) squares rectangluar filled_squared layer(in) nth(97) % Squares: ɤ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,19) squares rectangluar filled_squared layer(in) nth(95) % Squares: ə mass(4) color_count(black,4.0) size(2,2) loc_xy(16,19) squares rectangluar filled_squared layer(in) nth(93) % Squares: ɏ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,19) squares rectangluar filled_squared layer(in) nth(91) % Squares: Ɋ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,19) squares rectangluar filled_squared layer(in) nth(90) % Squares: Ʌ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,19) squares rectangluar filled_squared layer(in) nth(89) % Squares: ɀ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,19) squares rectangluar filled_squared layer(in) nth(88) % Squares: Ȼ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,19) squares rectangluar filled_squared layer(in) nth(87) % Squares: Ȧ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,16) squares rectangluar filled_squared layer(in) nth(83) % Squares: Ƞ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,16) squares rectangluar filled_squared layer(in) nth(82) % Squares: ț mass(4) color_count(black,4.0) size(2,2) loc_xy(22,16) squares rectangluar filled_squared layer(in) nth(81) % Squares: ȑ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,16) squares rectangluar filled_squared layer(in) nth(79) % Squares: ȇ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,16) squares rectangluar filled_squared layer(in) nth(77) % Squares: Ǽ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,16) squares rectangluar filled_squared layer(in) nth(75) % Squares: Ƿ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,16) squares rectangluar filled_squared layer(in) nth(74) % Squares: Dz mass(4) color_count(black,4.0) size(2,2) loc_xy(7,16) squares rectangluar filled_squared layer(in) nth(73) % Squares: ǭ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,16) squares rectangluar filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,16) squares rectangluar filled_squared layer(in) nth(71) % Squares: Ǚ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,13) squares rectangluar filled_squared layer(in) nth(68) % Squares: ǔ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,13) squares rectangluar filled_squared layer(in) nth(67) % Squares: Ǐ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,13) squares rectangluar filled_squared layer(in) nth(66) % Squares: Dž mass(4) color_count(black,4.0) size(2,2) loc_xy(19,13) squares rectangluar filled_squared layer(in) nth(64) % Squares: ƻ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,13) squares rectangluar filled_squared layer(in) nth(62) % Squares: Ʊ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,13) squares rectangluar filled_squared layer(in) nth(60) % Squares: Ƭ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,13) squares rectangluar filled_squared layer(in) nth(59) % Squares: Ƨ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,13) squares rectangluar filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,13) squares rectangluar filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,13) squares rectangluar filled_squared layer(in) nth(56) % Squares: Ǝ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,10) squares rectangluar filled_squared layer(in) nth(53) % Squares: Ɖ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,10) squares rectangluar filled_squared layer(in) nth(52) % Squares: Ƅ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,10) squares rectangluar filled_squared layer(in) nth(51) % Squares: ſ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,10) squares rectangluar filled_squared layer(in) nth(50) % Squares: ź mass(4) color_count(black,4.0) size(2,2) loc_xy(16,10) squares rectangluar filled_squared layer(in) nth(49) % Squares: ŵ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,10) squares rectangluar filled_squared layer(in) nth(48) % Squares: Ű mass(4) color_count(black,4.0) size(2,2) loc_xy(10,10) squares rectangluar filled_squared layer(in) nth(47) % Squares: ū mass(4) color_count(black,4.0) size(2,2) loc_xy(7,10) squares rectangluar filled_squared layer(in) nth(46) % Squares: Ŧ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,10) squares rectangluar filled_squared layer(in) nth(45) % Squares: š mass(4) color_count(black,4.0) size(2,2) loc_xy(1,10) squares rectangluar filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(black,4.0) size(2,2) loc_xy(28,7) squares rectangluar filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,7) squares rectangluar filled_squared layer(in) nth(42) % Squares: ő mass(4) color_count(black,4.0) size(2,2) loc_xy(22,7) squares rectangluar filled_squared layer(in) nth(41) % Squares: Ō mass(4) color_count(black,4.0) size(2,2) loc_xy(19,7) squares rectangluar filled_squared layer(in) nth(40) % Squares: Ň mass(4) color_count(black,4.0) size(2,2) loc_xy(16,7) squares rectangluar filled_squared layer(in) nth(39) % Squares: ł mass(4) color_count(black,4.0) size(2,2) loc_xy(13,7) squares rectangluar filled_squared layer(in) nth(38) % Squares: Ľ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,7) squares rectangluar filled_squared layer(in) nth(37) % Squares: ĸ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,7) squares rectangluar filled_squared layer(in) nth(36) % Squares: ij mass(4) color_count(black,4.0) size(2,2) loc_xy(4,7) squares rectangluar filled_squared layer(in) nth(35) % Squares: Į mass(4) color_count(black,4.0) size(2,2) loc_xy(1,7) squares rectangluar filled_squared layer(in) nth(34) % Squares: ĩ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,4) squares rectangluar filled_squared layer(in) nth(33) % Squares: ģ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,4) squares rectangluar filled_squared layer(in) nth(32) % Squares: ĝ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,4) squares rectangluar filled_squared layer(in) nth(31) % Squares: Ę mass(4) color_count(black,4.0) size(2,2) loc_xy(19,4) squares rectangluar filled_squared layer(in) nth(30) % Squares: ē mass(4) color_count(black,4.0) size(2,2) loc_xy(16,4) squares rectangluar filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(black,4.0) size(2,2) loc_xy(13,4) squares rectangluar filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,4) squares rectangluar filled_squared layer(in) nth(27) % Squares: Ą mass(4) color_count(black,4.0) size(2,2) loc_xy(7,4) squares rectangluar filled_squared layer(in) nth(26) % Squares: ᓶ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,4) squares rectangluar filled_squared layer(in) nth(25) % Squares: ᓝ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,4) squares rectangluar filled_squared layer(in) nth(24) % Squares: ᒿ mass(4) color_count(black,4.0) size(2,2) loc_xy(28,1) squares rectangluar filled_squared layer(in) nth(23) % Squares: ᒦ mass(4) color_count(black,4.0) size(2,2) loc_xy(25,1) squares rectangluar filled_squared layer(in) nth(22) % Squares: ᒍ mass(4) color_count(black,4.0) size(2,2) loc_xy(22,1) squares rectangluar filled_squared layer(in) nth(21) % Squares: ᑴ mass(4) color_count(black,4.0) size(2,2) loc_xy(19,1) squares rectangluar filled_squared layer(in) nth(20) % Squares: ᑚ mass(4) color_count(black,4.0) size(2,2) loc_xy(16,1) squares rectangluar filled_squared layer(in) nth(19) % Squares: ᑁ mass(4) color_count(black,4.0) size(2,2) loc_xy(13,1) squares rectangluar filled_squared layer(in) nth(18) % Squares: ᐡ mass(4) color_count(black,4.0) size(2,2) loc_xy(10,1) squares rectangluar filled_squared layer(in) nth(17) % Squares: ᐈ mass(4) color_count(black,4.0) size(2,2) loc_xy(7,1) squares rectangluar filled_squared layer(in) nth(16) % Squares: Ꮺ mass(4) color_count(black,4.0) size(2,2) loc_xy(4,1) squares rectangluar filled_squared layer(in) nth(15) % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(13) % Pattern(cref_163,4,4,5,5): ʛ mass(16) color_count(black,9.0) color_count(blue,7.0) size(4,4) rotation(flipHV) loc_xy(1,1) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(9) % Pattern(cref_163,4,4,5,5): ϭ mass(100) color_count(black,51.0) color_count(blue,49.0) size(25,4) rotation(flipV) loc_xy(5,1) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(10) % Pattern(cref_163,4,4,5,5): Ј mass(100) color_count(black,51.0) color_count(blue,49.0) size(4,25) rotation(flipH) loc_xy(1,5) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(11) % Outline: Ꮡ mass(387) color_count(blue,387.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(14) % Pattern(cref_163,4,4,5,5): С mass(625) color_count(black,289.0) color_count(blue,322.0) color_count(green,8.0) color_count(purple,6.0) size(25,25) loc_xy(5,5) center_info('CRef_163',4,4,5,5) pattern(CRef_163,4,4,5,5) rectangluar filled_squared layer(in) nth(12) _________________________________________________________________________________ groupB=3. % Squares: ȱ mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,1) squares nonsquare filled_squared layer(out) nth(6) % Squares: ʂ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,3) squares nonsquare filled_squared layer(out) nth(8) % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 15), diff(+ 11)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Squares: Ɠ mass(2) color_count(blue,2.0) size(2,1) loc_xy(16,12) squares nonsquare filled_squared layer(in) nth(54) % Squares: ȱ mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,1) squares nonsquare filled_squared layer(out) nth(6) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), 0). object_shape(diff((rectangluar->polygon))). object_shape(diff((filled_squared->polygon))). grid_size(diff(+ 26), diff(+ 26)). sameness. % Squares: Ꮈ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(13) % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ [ disjointed( [ ' ҋ', ' ҟ', ' Ґ', ' Ҥ', ' ҕ', ' ҩ', ' Қ', ' Ү', ' ѥ', ' Ѵ', ' Ѫ', ' ѹ', ' ѯ', ' Ѿ', ' ƶ', ' Ȃ', ' ɔ', ' ǀ', ' Ȍ', ' ɞ', ' NJ', ' Ȗ', ' ɩ', ' ɳ', ' Ǟ', ' Ȭ', ' ʂ', ' Ƙ', ' ǣ', ' ȱ', ' ʇ', ' ȶ', ' ʌ', ' ᓝ', ' Į', ' š', ' Ɲ', ' Ǩ', ' Ȼ', ' ʑ', ' Ͻ', ' в', ' Ꮺ', ' ᓶ', ' ij', ' Ŧ', ' Ƣ', ' ǭ', ' ɀ', ' ʖ', ' Ѓ', ' з', ' ᐈ', ' Ą', ' ĸ', ' ū', ' Ƨ', ' Dz', ' Ʌ', ' ʛ', ' Ј', ' м', ' ᐡ', ' ĉ', ' Ľ', ' Ű', ' Ƭ', ' Ƿ', ' Ɋ', ' ʠ', ' Ѝ', ' с', ' ᑁ', ' Ď', ' ł', ' ŵ', ' Ʊ', ' Ǽ', ' ɏ', ' ʥ', ' В', ' ц', ' ᑚ', ' ē', ' Ň', ' ź', ' ƻ', ' ȇ', ' ə', ' ʪ', ' З', ' ы', ' ᑴ', ' Ę', ' Ō', ' ſ', ' Dž', ' ȑ', ' ɤ', ' ʯ', ' М', ' ѐ', ' ᒍ', ' ĝ', ' ő', ' Ƅ', ' Ǐ', ' ț', ' ɮ', ' ϭ', ' С', ' ѕ', ' ᒦ', ' ģ', ' Ŗ', ' Ɖ', ' ǔ', ' Ƞ', ' ɸ', ' ϲ', ' Ш', ' њ', ' ᒿ', ' ĩ', ' ś', ' Ǝ', ' Ǚ', ' Ȧ', ' ɽ', ' ϸ', ' Э', ' џ', ' ʛ', ' Ј', ' ϭ', ' Ꮡ', ' С'], [' ʂ']), change_obj( ' Ꮈ', ' Ɋ', [ visual_hw(diff(- 1), 0), object_shape(diff((rectangluar->polygon))), object_shape(diff((filled_squared->polygon))), grid_size(diff(+ 26), diff(+ 26))]), change_obj(' Ɠ', ' ȱ', [loc_xy(diff(+ 15), diff(+ 11)), grid_size(diff(+ 26), diff(+ 26))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('7837ac64'),[]) [ -mask_match, -shape_match, -rotation_match, -color_match, detect_grid, color_guessing, grid_coloring, crop, extrapolate_image_from_grid, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____________________________________________________  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(t('7837ac64')*(trn+3)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____________________________________________________ test(t('7837ac64')*(trn+3)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(red, 5.0). cc:1=cc(cyan, 272.0). cc:1=cc(black, 3.0). cc:2=cc(red, 12.0). cc:2=cc(blue, 1.0). cc:3=cc(blue, 4.0).  _____________________________________________________  _____ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ ʂ ȱ Ɋ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ ȱ ȱ Ɋ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ Ɋ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  _____ ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ common(t('7837ac64')*(trn+3)+out) ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȧ ᓝ ᓝ ᓝ Ȭ ᓶ ᓶ ᓶ ȱ Ą Ą Ą ȶ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȼ ł ł ł ɀ Ň Ň Ň Ʌ Ō Ō Ō Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɏ Ɖ Ɖ Ɖ ɔ Ǝ Ǝ Ǝ ə Ɠ Ɠ Ɠ ɞ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɤ Ǐ Ǐ Ǐ ɩ ǔ ǔ ǔ ɮ Ǚ Ǚ Ǚ ɳ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ  _____________________________________________________ common(t('7837ac64')*(trn+3)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(red, 5.0). cc:1=cc(cyan, 272.0). cc:1=cc(black, 3.0). cc:2=cc(red, 12.0). cc:2=cc(blue, 1.0). cc:3=cc(blue, 4.0). groupA=90. % Outline: ϭ mass(200) color_count(cyan,200.0) size(27,27) loc_xy(1,1) squares outline polygon layer(in) nth(10) % Keypad: Ƞ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,25) squares rectangluar outline keypad layer(in) nth(82) % Keypad: ț mass(9) color_count(black,9.0) size(3,3) loc_xy(21,25) squares rectangluar outline keypad layer(in) nth(81) % Keypad: Ȗ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,25) squares rectangluar outline keypad layer(in) nth(80) % Keypad: ȑ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,25) squares rectangluar outline keypad layer(in) nth(79) % Keypad: Ȍ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,25) squares rectangluar outline keypad layer(in) nth(78) % Keypad: ȇ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,25) squares rectangluar outline keypad layer(in) nth(77) % Keypad: Ȃ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,25) squares rectangluar outline keypad layer(in) nth(76) % Keypad: Ǽ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,21) squares rectangluar outline keypad layer(in) nth(75) % Keypad: Ƿ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,21) squares rectangluar outline keypad layer(in) nth(74) % Keypad: Dz mass(9) color_count(black,9.0) size(3,3) loc_xy(17,21) squares rectangluar outline keypad layer(in) nth(73) % Keypad: ǭ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,21) squares rectangluar outline keypad layer(in) nth(72) % Keypad: Ǩ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,21) squares rectangluar outline keypad layer(in) nth(71) % Keypad: ǣ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,21) squares rectangluar outline keypad layer(in) nth(70) % Keypad: Ǟ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,21) squares rectangluar outline keypad layer(in) nth(69) % Keypad: NJ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,17) squares rectangluar outline keypad layer(in) nth(65) % Keypad: Dž mass(9) color_count(black,9.0) size(3,3) loc_xy(21,17) squares rectangluar outline keypad layer(in) nth(64) % Keypad: ƻ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,17) squares rectangluar outline keypad layer(in) nth(62) % Keypad: Ʊ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,17) squares rectangluar outline keypad layer(in) nth(60) % Keypad: Ƨ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,17) squares rectangluar outline keypad layer(in) nth(58) % Keypad: Ɲ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,17) squares rectangluar outline keypad layer(in) nth(56) % Keypad: Ƙ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,17) squares rectangluar outline keypad layer(in) nth(55) % Keypad: Ƅ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,13) squares rectangluar outline keypad layer(in) nth(51) % Keypad: ſ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,13) squares rectangluar outline keypad layer(in) nth(50) % Keypad: ŵ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,13) squares rectangluar outline keypad layer(in) nth(48) % Keypad: ū mass(9) color_count(black,9.0) size(3,3) loc_xy(13,13) squares rectangluar outline keypad layer(in) nth(46) % Keypad: š mass(9) color_count(black,9.0) size(3,3) loc_xy(9,13) squares rectangluar outline keypad layer(in) nth(44) % Keypad: Ŗ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,13) squares rectangluar outline keypad layer(in) nth(42) % Keypad: ő mass(9) color_count(black,9.0) size(3,3) loc_xy(1,13) squares rectangluar outline keypad layer(in) nth(41) % Keypad: Ľ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,9) squares rectangluar outline keypad layer(in) nth(37) % Keypad: ĸ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,9) squares rectangluar outline keypad layer(in) nth(36) % Keypad: Į mass(9) color_count(black,9.0) size(3,3) loc_xy(17,9) squares rectangluar outline keypad layer(in) nth(34) % Keypad: ģ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,9) squares rectangluar outline keypad layer(in) nth(32) % Keypad: Ę mass(9) color_count(black,9.0) size(3,3) loc_xy(9,9) squares rectangluar outline keypad layer(in) nth(30) % Keypad: Ď mass(9) color_count(black,9.0) size(3,3) loc_xy(5,9) squares rectangluar outline keypad layer(in) nth(28) % Keypad: ĉ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,9) squares rectangluar outline keypad layer(in) nth(27) % Keypad: ᒿ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,5) squares rectangluar outline keypad layer(in) nth(23) % Keypad: ᒦ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,5) squares rectangluar outline keypad layer(in) nth(22) % Keypad: ᒍ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,5) squares rectangluar outline keypad layer(in) nth(21) % Keypad: ᑴ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,5) squares rectangluar outline keypad layer(in) nth(20) % Keypad: ᑚ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,5) squares rectangluar outline keypad layer(in) nth(19) % Keypad: ᑁ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,5) squares rectangluar outline keypad layer(in) nth(18) % Keypad: ᐡ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,5) squares rectangluar outline keypad layer(in) nth(17) % Keypad: ᐈ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,1) squares rectangluar outline keypad layer(in) nth(16) % Keypad: Ꮺ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,1) squares rectangluar outline keypad layer(in) nth(15) % Keypad: Ꮡ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,1) squares rectangluar outline keypad layer(in) nth(14) % Keypad: Ꮈ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,1) squares rectangluar outline keypad layer(in) nth(13) % Keypad: С mass(9) color_count(black,9.0) size(3,3) loc_xy(9,1) squares rectangluar outline keypad layer(in) nth(12) % Keypad: Ј mass(9) color_count(black,9.0) size(3,3) loc_xy(5,1) squares rectangluar outline keypad layer(in) nth(11) % Keypad: ʛ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(in) nth(9) % Squares: Ǚ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,20) squares nonsquare filled_squared layer(in) nth(68) % Squares: ǔ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,20) squares nonsquare filled_squared layer(in) nth(67) % Squares: Ǐ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,20) squares nonsquare filled_squared layer(in) nth(66) % Hv_Line(v): ǀ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,17) squares hv_line(v) filled_squared layer(in) nth(63) % Hv_Line(v): ƶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,17) squares hv_line(v) filled_squared layer(in) nth(61) % Hv_Line(v): Ƭ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,17) squares hv_line(v) filled_squared layer(in) nth(59) % Hv_Line(v): Ƣ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,17) squares hv_line(v) filled_squared layer(in) nth(57) % Squares: Ɠ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,16) squares nonsquare filled_squared layer(in) nth(54) % Squares: Ǝ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,16) squares nonsquare filled_squared layer(in) nth(53) % Squares: Ɖ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,16) squares nonsquare filled_squared layer(in) nth(52) % Hv_Line(v): ź mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,13) squares hv_line(v) filled_squared layer(in) nth(49) % Hv_Line(v): Ű mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,13) squares hv_line(v) filled_squared layer(in) nth(47) % Hv_Line(v): Ŧ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,13) squares hv_line(v) filled_squared layer(in) nth(45) % Hv_Line(v): ś mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,13) squares hv_line(v) filled_squared layer(in) nth(43) % Squares: Ō mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,12) squares nonsquare filled_squared layer(in) nth(40) % Squares: Ň mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,12) squares nonsquare filled_squared layer(in) nth(39) % Squares: ł mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,12) squares nonsquare filled_squared layer(in) nth(38) % Hv_Line(v): ij mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,9) squares hv_line(v) filled_squared layer(in) nth(35) % Hv_Line(v): ĩ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,9) squares hv_line(v) filled_squared layer(in) nth(33) % Hv_Line(v): ĝ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,9) squares hv_line(v) filled_squared layer(in) nth(31) % Hv_Line(v): ē mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,9) squares hv_line(v) filled_squared layer(in) nth(29) % Squares: Ą mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,8) squares nonsquare filled_squared layer(in) nth(26) % Squares: ᓶ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,8) squares nonsquare filled_squared layer(in) nth(25) % Squares: ᓝ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,8) squares nonsquare filled_squared layer(in) nth(24) % Dots: Ȧ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(83) % Dots: Ȭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(84) % Dots: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(91) % Dots: ɔ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(92) % Dots: ə mass(1) color_count(red,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(93) % Dots: ɞ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(94) % Dots: ɤ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(98) _________________________________________________________________________________ groupB=3. % Polygon: Ɋ mass(5) color_count(red,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(7) % Polygon: ȱ mass(3) color_count(black,3.0) size(2,2) loc_xy(1,1) squares polygon layer(out) nth(6) % Dots: ʂ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(8) _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), diff(+ 7)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ȧ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(83) % Dots: ʂ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ȼ', ' Ȭ', ' ɀ', ' ɏ', ' ɤ', ' ɔ', ' ɩ', ' ȱ', ' Ʌ', ' ə', ' ɮ', ' ȶ', ' Ɋ', ' ɞ', ' ɳ', ' ē', ' ś', ' Ƣ', ' ĝ', ' Ŧ', ' Ƭ', ' ĩ', ' Ű', ' ƶ', ' ij', ' ź', ' ǀ', ' ᓝ', ' ł', ' Ɖ', ' Ǐ', ' ᓶ', ' Ň', ' Ǝ', ' ǔ', ' Ą', ' Ō', ' Ɠ', ' Ǚ', ' ʛ', ' ᐡ', ' ĉ', ' ő', ' Ƙ', ' Ǟ', ' Ȃ', ' Ј', ' ᑁ', ' Ď', ' Ŗ', ' Ɲ', ' ǣ', ' ȇ', ' С', ' ᑚ', ' Ę', ' š', ' Ƨ', ' Ǩ', ' Ȍ', ' Ꮈ', ' ᑴ', ' ģ', ' ū', ' Ʊ', ' ǭ', ' ȑ', ' Ꮡ', ' ᒍ', ' Į', ' ŵ', ' ƻ', ' Dz', ' Ȗ', ' Ꮺ', ' ᒦ', ' ĸ', ' ſ', ' Dž', ' Ƿ', ' ț', ' ᐈ', ' ᒿ', ' Ľ', ' Ƅ', ' NJ', ' Ǽ', ' Ƞ', ' ϭ'], [' ȱ', ' Ɋ']), change_obj(' Ȧ', ' ʂ', [loc_xy(diff(+ 7), diff(+ 7)), grid_size(diff(+ 24), diff(+ 24))])].  _____________________________________________________  _____ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ ʂ ȱ Ɋ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ ȱ ȱ Ɋ ʛ ʛ ʛ ϭ Ј Ј Ј ϭ С С С ϭ Ꮈ Ꮈ Ꮈ ϭ Ꮡ Ꮡ Ꮡ ϭ Ꮺ Ꮺ Ꮺ ϭ ᐈ ᐈ ᐈ Ɋ Ɋ Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ  _____ ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ better(t('7837ac64')*(trn+3)+out) ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ ᐡ ᐡ ᐡ ϭ ᑁ ᑁ ᑁ ϭ ᑚ ᑚ ᑚ ϭ ᑴ ᑴ ᑴ ϭ ᒍ ᒍ ᒍ ϭ ᒦ ᒦ ᒦ ϭ ᒿ ᒿ ᒿ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȧ ᓝ ᓝ ᓝ Ȭ ᓶ ᓶ ᓶ ȱ Ą Ą Ą ȶ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ĉ ĉ ĉ ϭ Ď Ď Ď ē Ę Ę Ę ĝ ģ ģ ģ ĩ Į Į Į ij ĸ ĸ ĸ ϭ Ľ Ľ Ľ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȼ ł ł ł ɀ Ň Ň Ň Ʌ Ō Ō Ō Ɋ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ő ő ő ϭ Ŗ Ŗ Ŗ ś š š š Ŧ ū ū ū Ű ŵ ŵ ŵ ź ſ ſ ſ ϭ Ƅ Ƅ Ƅ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɏ Ɖ Ɖ Ɖ ɔ Ǝ Ǝ Ǝ ə Ɠ Ɠ Ɠ ɞ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ Ƙ Ƙ Ƙ ϭ Ɲ Ɲ Ɲ Ƣ Ƨ Ƨ Ƨ Ƭ Ʊ Ʊ Ʊ ƶ ƻ ƻ ƻ ǀ Dž Dž Dž ϭ NJ NJ NJ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ɤ Ǐ Ǐ Ǐ ɩ ǔ ǔ ǔ ɮ Ǚ Ǚ Ǚ ɳ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ Ǟ Ǟ Ǟ ϭ ǣ ǣ ǣ ϭ Ǩ Ǩ Ǩ ϭ ǭ ǭ ǭ ϭ Dz Dz Dz ϭ Ƿ Ƿ Ƿ ϭ Ǽ Ǽ Ǽ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ ϭ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ Ȃ Ȃ Ȃ ϭ ȇ ȇ ȇ ϭ Ȍ Ȍ Ȍ ϭ ȑ ȑ ȑ ϭ Ȗ Ȗ Ȗ ϭ ț ț ț ϭ Ƞ Ƞ Ƞ  _____________________________________________________ better(t('7837ac64')*(trn+3)+in) IN OUT grid_dim=grid_size(27, 27). grid_dim=grid_size(3, 3). colors_count_size=4 colors_count_size=3 cc:0=cc(black, 441.0). cc:0=cc(red, 5.0). cc:1=cc(cyan, 272.0). cc:1=cc(black, 3.0). cc:2=cc(red, 12.0). cc:2=cc(blue, 1.0). cc:3=cc(blue, 4.0). groupA=90. % Dots: Ȧ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(83) % Dots: Ȭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,8) dots layer(in) nth(84) % Dots: ȱ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,8) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,8) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,12) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(blue,1.0) size(1,1) loc_xy(12,12) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,12) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,12) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,16) dots layer(in) nth(91) % Dots: ɔ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,16) dots layer(in) nth(92) % Dots: ə mass(1) color_count(red,1.0) size(1,1) loc_xy(16,16) dots layer(in) nth(93) % Dots: ɞ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,16) dots layer(in) nth(94) % Dots: ɤ mass(1) color_count(red,1.0) size(1,1) loc_xy(8,20) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(red,1.0) size(1,1) loc_xy(12,20) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(red,1.0) size(1,1) loc_xy(16,20) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(red,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(98) % Squares: Ǚ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,20) squares nonsquare filled_squared layer(in) nth(68) % Squares: ǔ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,20) squares nonsquare filled_squared layer(in) nth(67) % Squares: Ǐ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,20) squares nonsquare filled_squared layer(in) nth(66) % Hv_Line(v): ǀ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,17) squares hv_line(v) filled_squared layer(in) nth(63) % Hv_Line(v): ƶ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,17) squares hv_line(v) filled_squared layer(in) nth(61) % Hv_Line(v): Ƭ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,17) squares hv_line(v) filled_squared layer(in) nth(59) % Hv_Line(v): Ƣ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,17) squares hv_line(v) filled_squared layer(in) nth(57) % Squares: Ɠ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,16) squares nonsquare filled_squared layer(in) nth(54) % Squares: Ǝ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,16) squares nonsquare filled_squared layer(in) nth(53) % Squares: Ɖ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,16) squares nonsquare filled_squared layer(in) nth(52) % Hv_Line(v): ź mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,13) squares hv_line(v) filled_squared layer(in) nth(49) % Hv_Line(v): Ű mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,13) squares hv_line(v) filled_squared layer(in) nth(47) % Hv_Line(v): Ŧ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,13) squares hv_line(v) filled_squared layer(in) nth(45) % Hv_Line(v): ś mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,13) squares hv_line(v) filled_squared layer(in) nth(43) % Squares: Ō mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,12) squares nonsquare filled_squared layer(in) nth(40) % Squares: Ň mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,12) squares nonsquare filled_squared layer(in) nth(39) % Squares: ł mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,12) squares nonsquare filled_squared layer(in) nth(38) % Hv_Line(v): ij mass(3) color_count(cyan,3.0) size(1,3) loc_xy(20,9) squares hv_line(v) filled_squared layer(in) nth(35) % Hv_Line(v): ĩ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(16,9) squares hv_line(v) filled_squared layer(in) nth(33) % Hv_Line(v): ĝ mass(3) color_count(cyan,3.0) size(1,3) loc_xy(12,9) squares hv_line(v) filled_squared layer(in) nth(31) % Hv_Line(v): ē mass(3) color_count(cyan,3.0) size(1,3) loc_xy(8,9) squares hv_line(v) filled_squared layer(in) nth(29) % Squares: Ą mass(3) color_count(cyan,3.0) size(3,1) loc_xy(17,8) squares nonsquare filled_squared layer(in) nth(26) % Squares: ᓶ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(13,8) squares nonsquare filled_squared layer(in) nth(25) % Squares: ᓝ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(9,8) squares nonsquare filled_squared layer(in) nth(24) % Keypad: Ƞ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,25) squares rectangluar outline keypad layer(in) nth(82) % Keypad: ț mass(9) color_count(black,9.0) size(3,3) loc_xy(21,25) squares rectangluar outline keypad layer(in) nth(81) % Keypad: Ȗ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,25) squares rectangluar outline keypad layer(in) nth(80) % Keypad: ȑ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,25) squares rectangluar outline keypad layer(in) nth(79) % Keypad: Ȍ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,25) squares rectangluar outline keypad layer(in) nth(78) % Keypad: ȇ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,25) squares rectangluar outline keypad layer(in) nth(77) % Keypad: Ȃ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,25) squares rectangluar outline keypad layer(in) nth(76) % Keypad: Ǽ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,21) squares rectangluar outline keypad layer(in) nth(75) % Keypad: Ƿ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,21) squares rectangluar outline keypad layer(in) nth(74) % Keypad: Dz mass(9) color_count(black,9.0) size(3,3) loc_xy(17,21) squares rectangluar outline keypad layer(in) nth(73) % Keypad: ǭ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,21) squares rectangluar outline keypad layer(in) nth(72) % Keypad: Ǩ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,21) squares rectangluar outline keypad layer(in) nth(71) % Keypad: ǣ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,21) squares rectangluar outline keypad layer(in) nth(70) % Keypad: Ǟ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,21) squares rectangluar outline keypad layer(in) nth(69) % Keypad: NJ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,17) squares rectangluar outline keypad layer(in) nth(65) % Keypad: Dž mass(9) color_count(black,9.0) size(3,3) loc_xy(21,17) squares rectangluar outline keypad layer(in) nth(64) % Keypad: ƻ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,17) squares rectangluar outline keypad layer(in) nth(62) % Keypad: Ʊ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,17) squares rectangluar outline keypad layer(in) nth(60) % Keypad: Ƨ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,17) squares rectangluar outline keypad layer(in) nth(58) % Keypad: Ɲ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,17) squares rectangluar outline keypad layer(in) nth(56) % Keypad: Ƙ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,17) squares rectangluar outline keypad layer(in) nth(55) % Keypad: Ƅ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,13) squares rectangluar outline keypad layer(in) nth(51) % Keypad: ſ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,13) squares rectangluar outline keypad layer(in) nth(50) % Keypad: ŵ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,13) squares rectangluar outline keypad layer(in) nth(48) % Keypad: ū mass(9) color_count(black,9.0) size(3,3) loc_xy(13,13) squares rectangluar outline keypad layer(in) nth(46) % Keypad: š mass(9) color_count(black,9.0) size(3,3) loc_xy(9,13) squares rectangluar outline keypad layer(in) nth(44) % Keypad: Ŗ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,13) squares rectangluar outline keypad layer(in) nth(42) % Keypad: ő mass(9) color_count(black,9.0) size(3,3) loc_xy(1,13) squares rectangluar outline keypad layer(in) nth(41) % Keypad: Ľ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,9) squares rectangluar outline keypad layer(in) nth(37) % Keypad: ĸ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,9) squares rectangluar outline keypad layer(in) nth(36) % Keypad: Į mass(9) color_count(black,9.0) size(3,3) loc_xy(17,9) squares rectangluar outline keypad layer(in) nth(34) % Keypad: ģ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,9) squares rectangluar outline keypad layer(in) nth(32) % Keypad: Ę mass(9) color_count(black,9.0) size(3,3) loc_xy(9,9) squares rectangluar outline keypad layer(in) nth(30) % Keypad: Ď mass(9) color_count(black,9.0) size(3,3) loc_xy(5,9) squares rectangluar outline keypad layer(in) nth(28) % Keypad: ĉ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,9) squares rectangluar outline keypad layer(in) nth(27) % Keypad: ᒿ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,5) squares rectangluar outline keypad layer(in) nth(23) % Keypad: ᒦ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,5) squares rectangluar outline keypad layer(in) nth(22) % Keypad: ᒍ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,5) squares rectangluar outline keypad layer(in) nth(21) % Keypad: ᑴ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,5) squares rectangluar outline keypad layer(in) nth(20) % Keypad: ᑚ mass(9) color_count(black,9.0) size(3,3) loc_xy(9,5) squares rectangluar outline keypad layer(in) nth(19) % Keypad: ᑁ mass(9) color_count(black,9.0) size(3,3) loc_xy(5,5) squares rectangluar outline keypad layer(in) nth(18) % Keypad: ᐡ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,5) squares rectangluar outline keypad layer(in) nth(17) % Keypad: ᐈ mass(9) color_count(black,9.0) size(3,3) loc_xy(25,1) squares rectangluar outline keypad layer(in) nth(16) % Keypad: Ꮺ mass(9) color_count(black,9.0) size(3,3) loc_xy(21,1) squares rectangluar outline keypad layer(in) nth(15) % Keypad: Ꮡ mass(9) color_count(black,9.0) size(3,3) loc_xy(17,1) squares rectangluar outline keypad layer(in) nth(14) % Keypad: Ꮈ mass(9) color_count(black,9.0) size(3,3) loc_xy(13,1) squares rectangluar outline keypad layer(in) nth(13) % Keypad: С mass(9) color_count(black,9.0) size(3,3) loc_xy(9,1) squares rectangluar outline keypad layer(in) nth(12) % Keypad: Ј mass(9) color_count(black,9.0) size(3,3) loc_xy(5,1) squares rectangluar outline keypad layer(in) nth(11) % Keypad: ʛ mass(9) color_count(black,9.0) size(3,3) loc_xy(1,1) squares rectangluar outline keypad layer(in) nth(9) % Outline: ϭ mass(200) color_count(cyan,200.0) size(27,27) loc_xy(1,1) squares outline polygon layer(in) nth(10) _________________________________________________________________________________ groupB=3. % Dots: ʂ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(8) % Polygon: ȱ mass(3) color_count(black,3.0) size(2,2) loc_xy(1,1) squares polygon layer(out) nth(6) % Polygon: Ɋ mass(5) color_count(red,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(7) _________________________________________________________________________________ diffs. loc_xy(diff(+ 7), diff(+ 7)). grid_size(diff(+ 24), diff(+ 24)). sameness. % Dots: Ȧ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,8) dots layer(in) nth(83) % Dots: ʂ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' Ȼ', ' Ȭ', ' ɀ', ' ɏ', ' ɤ', ' ɔ', ' ɩ', ' ȱ', ' Ʌ', ' ə', ' ɮ', ' ȶ', ' Ɋ', ' ɞ', ' ɳ', ' ē', ' ś', ' Ƣ', ' ĝ', ' Ŧ', ' Ƭ', ' ĩ', ' Ű', ' ƶ', ' ij', ' ź', ' ǀ', ' ᓝ', ' ł', ' Ɖ', ' Ǐ', ' ᓶ', ' Ň', ' Ǝ', ' ǔ', ' Ą', ' Ō', ' Ɠ', ' Ǚ', ' ʛ', ' ᐡ', ' ĉ', ' ő', ' Ƙ', ' Ǟ', ' Ȃ', ' Ј', ' ᑁ', ' Ď', ' Ŗ', ' Ɲ', ' ǣ', ' ȇ', ' С', ' ᑚ', ' Ę', ' š', ' Ƨ', ' Ǩ', ' Ȍ', ' Ꮈ', ' ᑴ', ' ģ', ' ū', ' Ʊ', ' ǭ', ' ȑ', ' Ꮡ', ' ᒍ', ' Į', ' ŵ', ' ƻ', ' Dz', ' Ȗ', ' Ꮺ', ' ᒦ', ' ĸ', ' ſ', ' Dž', ' Ƿ', ' ț', ' ᐈ', ' ᒿ', ' Ľ', ' Ƅ', ' NJ', ' Ǽ', ' Ƞ', ' ϭ'], [' ȱ', ' Ɋ']), change_obj(' Ȧ', ' ʂ', [loc_xy(diff(+ 7), diff(+ 7)), grid_size(diff(+ 24), diff(+ 24))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t('7837ac64'),[]) [ -mask_match, -shape_match, -rotation_match, -color_match, detect_grid, color_guessing, grid_coloring, crop, extrapolate_image_from_grid, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________________________________________________________  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® test(t('7837ac64')*(tst+0)+out) ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________________________________________ test(t('7837ac64')*(tst+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=5 colors_count_size=4 cc:0=cc(black, 576.0). cc:0=cc(black, 4.0). cc:1=cc(red, 249.0). cc:1=cc(cyan, 3.0). cc:2=cc(cyan, 8.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 4.0). cc:3=cc(blue, 1.0). cc:4=cc(blue, 4.0). Training hard...  _________________________________________________________  _____ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ϭ ʂ Ј ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ʂ ʂ ʂ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ʛ ʛ ʛ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą  _____ ĉ ĉ ĉ ĉ ȱ Ď Ď Ď Ď ȶ ē ē ē ē Ȼ Ę Ę Ę Ę ɀ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ common(t('7837ac64')*(tst+0)+out) ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ő ő ő ő Ʌ Ŗ Ŗ Ŗ Ŗ Ɋ ś ś ś ś ɏ š š š š ɔ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ƙ Ƙ Ƙ Ƙ ə Ɲ Ɲ Ɲ Ɲ ɞ Ƣ Ƣ Ƣ Ƣ ɤ Ƨ Ƨ Ƨ Ƨ ɩ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ǟ Ǟ Ǟ Ǟ ɮ ǣ ǣ ǣ ǣ ɳ Ǩ Ǩ Ǩ Ǩ ɸ ǭ ǭ ǭ ǭ ɽ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ  _________________________________________________________ common(t('7837ac64')*(tst+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=5 colors_count_size=4 cc:0=cc(black, 1152.0). cc:0=cc(black, 4.0). cc:1=cc(red, 498.0). cc:1=cc(cyan, 3.0). cc:2=cc(cyan, 16.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 8.0). cc:3=cc(blue, 1.0). cc:4=cc(blue, 8.0). groupA=89. % Pattern(cref_165,7,7,8,8): Ꮺ mass(484) color_count(black,324.0) color_count(blue,1.0) color_count(cyan,6.0) color_count(red,151.0) color_count(yellow,2.0) size(22,22) loc_xy(8,8) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(15) % Pattern(cref_165,7,7,8,8): Ꮈ mass(154) color_count(black,108.0) color_count(blue,1.0) color_count(red,43.0) color_count(yellow,2.0) size(22,7) rotation(flipV) loc_xy(8,1) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(13) % Pattern(cref_165,7,7,8,8): Ꮡ mass(154) color_count(black,108.0) color_count(blue,1.0) color_count(cyan,2.0) color_count(red,43.0) size(7,22) rotation(flipH) loc_xy(1,8) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(14) % Outline: ᓶ mass(121) color_count(red,121.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(25) % Pattern(cref_165,7,7,8,8): С mass(49) color_count(black,36.0) color_count(blue,1.0) color_count(red,12.0) size(7,7) rotation(flipHV) loc_xy(1,1) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(12) % Outline: Ȭ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(in) nth(84) % Outline: Ȧ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,26) squares rectangluar outline filled_squared layer(in) nth(83) % Outline: Ƞ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,26) squares rectangluar outline filled_squared layer(in) nth(82) % Outline: ț mass(16) color_count(black,16.0) size(4,4) loc_xy(11,26) squares rectangluar outline filled_squared layer(in) nth(81) % Outline: Ȗ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,26) squares rectangluar outline filled_squared layer(in) nth(80) % Outline: ȑ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,26) squares rectangluar outline filled_squared layer(in) nth(79) % Outline: Ȍ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,21) squares rectangluar outline filled_squared layer(in) nth(78) % Outline: ȇ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,21) squares rectangluar outline filled_squared layer(in) nth(77) % Outline: Ȃ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,21) squares rectangluar outline filled_squared layer(in) nth(76) % Outline: Ǽ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,21) squares rectangluar outline filled_squared layer(in) nth(75) % Outline: Ƿ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,21) squares rectangluar outline filled_squared layer(in) nth(74) % Outline: Dz mass(16) color_count(black,16.0) size(4,4) loc_xy(1,21) squares rectangluar outline filled_squared layer(in) nth(73) % Outline: Ǚ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,16) squares rectangluar outline filled_squared layer(in) nth(68) % Outline: ǔ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,16) squares rectangluar outline filled_squared layer(in) nth(67) % Outline: NJ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,16) squares rectangluar outline filled_squared layer(in) nth(65) % Outline: ǀ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,16) squares rectangluar outline filled_squared layer(in) nth(63) % Outline: ƶ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,16) squares rectangluar outline filled_squared layer(in) nth(61) % Outline: Ƭ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,16) squares rectangluar outline filled_squared layer(in) nth(59) % Outline: Ɠ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,11) squares rectangluar outline filled_squared layer(in) nth(54) % Outline: Ǝ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,11) squares rectangluar outline filled_squared layer(in) nth(53) % Outline: Ƅ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,11) squares rectangluar outline filled_squared layer(in) nth(51) % Outline: ź mass(16) color_count(black,16.0) size(4,4) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(49) % Outline: Ű mass(16) color_count(black,16.0) size(4,4) loc_xy(6,11) squares rectangluar outline filled_squared layer(in) nth(47) % Outline: Ŧ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(45) % Outline: Ō mass(16) color_count(black,16.0) size(4,4) loc_xy(26,6) squares rectangluar outline filled_squared layer(in) nth(40) % Outline: Ň mass(16) color_count(black,16.0) size(4,4) loc_xy(21,6) squares rectangluar outline filled_squared layer(in) nth(39) % Outline: Ľ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,6) squares rectangluar outline filled_squared layer(in) nth(37) % Outline: ij mass(16) color_count(black,16.0) size(4,4) loc_xy(11,6) squares rectangluar outline filled_squared layer(in) nth(35) % Outline: ĩ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,6) squares rectangluar outline filled_squared layer(in) nth(33) % Outline: ĝ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,6) squares rectangluar outline filled_squared layer(in) nth(31) % Outline: Ą mass(16) color_count(black,16.0) size(4,4) loc_xy(26,1) squares rectangluar outline filled_squared layer(in) nth(26) % Outline: ᓝ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,1) squares rectangluar outline filled_squared layer(in) nth(24) % Outline: ᒦ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,1) squares rectangluar outline filled_squared layer(in) nth(22) % Outline: ᑴ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,1) squares rectangluar outline filled_squared layer(in) nth(20) % Outline: ᑁ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,1) squares rectangluar outline filled_squared layer(in) nth(18) % Outline: ᐈ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(16) % Squares: ǭ mass(4) color_count(red,4.0) size(4,1) loc_xy(16,20) squares nonsquare filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,20) squares nonsquare filled_squared layer(in) nth(71) % Squares: ǣ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,20) squares nonsquare filled_squared layer(in) nth(70) % Squares: Ǟ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,20) squares nonsquare filled_squared layer(in) nth(69) % Hv_Line(v): Ǐ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,16) squares hv_line(v) filled_squared layer(in) nth(66) % Hv_Line(v): Dž mass(4) color_count(red,4.0) size(1,4) loc_xy(15,16) squares hv_line(v) filled_squared layer(in) nth(64) % Hv_Line(v): ƻ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,16) squares hv_line(v) filled_squared layer(in) nth(62) % Hv_Line(v): Ʊ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,16) squares hv_line(v) filled_squared layer(in) nth(60) % Squares: Ƨ mass(4) color_count(red,4.0) size(4,1) loc_xy(16,15) squares nonsquare filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,15) squares nonsquare filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,15) squares nonsquare filled_squared layer(in) nth(56) % Squares: Ƙ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,15) squares nonsquare filled_squared layer(in) nth(55) % Hv_Line(v): Ɖ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,11) squares hv_line(v) filled_squared layer(in) nth(52) % Hv_Line(v): ſ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,11) squares hv_line(v) filled_squared layer(in) nth(50) % Hv_Line(v): ŵ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,11) squares hv_line(v) filled_squared layer(in) nth(48) % Hv_Line(v): ū mass(4) color_count(red,4.0) size(1,4) loc_xy(5,11) squares hv_line(v) filled_squared layer(in) nth(46) % Squares: š mass(4) color_count(red,4.0) size(4,1) loc_xy(16,10) squares nonsquare filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(red,4.0) size(4,1) loc_xy(11,10) squares nonsquare filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,10) squares nonsquare filled_squared layer(in) nth(42) % Squares: ő mass(4) color_count(red,4.0) size(4,1) loc_xy(1,10) squares nonsquare filled_squared layer(in) nth(41) % Hv_Line(v): ł mass(4) color_count(red,4.0) size(1,4) loc_xy(20,6) squares hv_line(v) filled_squared layer(in) nth(38) % Hv_Line(v): ĸ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,6) squares hv_line(v) filled_squared layer(in) nth(36) % Hv_Line(v): Į mass(4) color_count(red,4.0) size(1,4) loc_xy(10,6) squares hv_line(v) filled_squared layer(in) nth(34) % Hv_Line(v): ģ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,6) squares hv_line(v) filled_squared layer(in) nth(32) % Squares: Ę mass(4) color_count(red,4.0) size(4,1) loc_xy(16,5) squares nonsquare filled_squared layer(in) nth(30) % Squares: ē mass(4) color_count(red,4.0) size(4,1) loc_xy(11,5) squares nonsquare filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(red,4.0) size(4,1) loc_xy(6,5) squares nonsquare filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,5) squares nonsquare filled_squared layer(in) nth(27) % Hv_Line(v): ᒿ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,1) squares hv_line(v) filled_squared layer(in) nth(23) % Hv_Line(v): ᒍ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,1) squares hv_line(v) filled_squared layer(in) nth(21) % Hv_Line(v): ᑚ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,1) squares hv_line(v) filled_squared layer(in) nth(19) % Hv_Line(v): ᐡ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,1) squares hv_line(v) filled_squared layer(in) nth(17) % Dots: ȱ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,5) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,10) dots layer(in) nth(91) % Dots: ɔ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(92) % Dots: ə mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) dots layer(in) nth(93) % Dots: ɞ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,15) dots layer(in) nth(94) % Dots: ɤ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,15) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,20) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(98) % Dots: ɸ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,20) dots layer(in) nth(99) % Dots: ɽ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(100) _________________________________________________________________________________ groupB=4. % Polygon: ʂ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(8) % Squares: ʛ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(1,3) squares nonsquare filled_squared layer(out) nth(9) % Dots: ϭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(10) % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(11) _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 4)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: ȱ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) dots layer(in) nth(85) % Dots: ϭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: Ʌ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) dots layer(in) nth(89) % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ȶ', ' Ɋ', ' ə', ' ɮ', ' ɞ', ' ɳ', ' ɤ', ' ɸ', ' ɩ', ' ɽ', ' Ȼ', ' ɏ', ' ɀ', ' ɔ', ' ᐡ', ' ģ', ' ū', ' Ʊ', ' ᑚ', ' Į', ' ŵ', ' ƻ', ' ᒍ', ' ĸ', ' ſ', ' Dž', ' ᒿ', ' ł', ' Ɖ', ' Ǐ', ' ĉ', ' ő', ' Ƙ', ' Ǟ', ' Ď', ' Ŗ', ' Ɲ', ' ǣ', ' ē', ' ś', ' Ƣ', ' Ǩ', ' Ę', ' š', ' Ƨ', ' ǭ', ' ᐈ', ' ĝ', ' Ŧ', ' Ƭ', ' Dz', ' ȑ', ' ᑁ', ' ĩ', ' Ű', ' ƶ', ' Ƿ', ' Ȗ', ' ᑴ', ' ij', ' ź', ' ǀ', ' Ǽ', ' ț', ' ᒦ', ' Ľ', ' Ƅ', ' NJ', ' Ȃ', ' Ƞ', ' ᓝ', ' Ň', ' Ǝ', ' ǔ', ' ȇ', ' Ȧ', ' Ą', ' Ō', ' Ɠ', ' Ǚ', ' Ȍ', ' Ȭ', ' С', ' ᓶ', ' Ꮡ', ' Ꮈ', ' Ꮺ'], [' ʛ', ' ʂ']), change_obj(' Ʌ', ' Ј', [loc_xy(diff(+ 2), diff(+ 9)), grid_size(diff(+ 26), diff(+ 26))]), change_obj(' ȱ', ' ϭ', [loc_xy(diff(+ 4), diff(+ 4)), grid_size(diff(+ 26), diff(+ 26))])].  _________________________________________________________  _____ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ϭ ʂ Ј ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ʂ ʂ ʂ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą ʛ ʛ ʛ ᐈ ᐈ ᐈ ᐈ ᐡ ᑁ ᑁ ᑁ ᑁ ᑚ ᑴ ᑴ ᑴ ᑴ ᒍ ᒦ ᒦ ᒦ ᒦ ᒿ ᓝ ᓝ ᓝ ᓝ ᓶ Ą Ą Ą Ą  _____ ĉ ĉ ĉ ĉ ȱ Ď Ď Ď Ď ȶ ē ē ē ē Ȼ Ę Ę Ę Ę ɀ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ better(t('7837ac64')*(tst+0)+out) ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ Į ij ij ij ij ĸ Ľ Ľ Ľ Ľ ł Ň Ň Ň Ň ᓶ Ō Ō Ō Ō ő ő ő ő Ʌ Ŗ Ŗ Ŗ Ŗ Ɋ ś ś ś ś ɏ š š š š ɔ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ŧ Ŧ Ŧ Ŧ ū Ű Ű Ű Ű ŵ ź ź ź ź ſ Ƅ Ƅ Ƅ Ƅ Ɖ Ǝ Ǝ Ǝ Ǝ ᓶ Ɠ Ɠ Ɠ Ɠ Ƙ Ƙ Ƙ Ƙ ə Ɲ Ɲ Ɲ Ɲ ɞ Ƣ Ƣ Ƣ Ƣ ɤ Ƨ Ƨ Ƨ Ƨ ɩ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ƭ Ƭ Ƭ Ƭ Ʊ ƶ ƶ ƶ ƶ ƻ ǀ ǀ ǀ ǀ Dž NJ NJ NJ NJ Ǐ ǔ ǔ ǔ ǔ ᓶ Ǚ Ǚ Ǚ Ǚ Ǟ Ǟ Ǟ Ǟ ɮ ǣ ǣ ǣ ǣ ɳ Ǩ Ǩ Ǩ Ǩ ɸ ǭ ǭ ǭ ǭ ɽ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ Dz Dz Dz Dz ᓶ Ƿ Ƿ Ƿ Ƿ ᓶ Ǽ Ǽ Ǽ Ǽ ᓶ Ȃ Ȃ Ȃ Ȃ ᓶ ȇ ȇ ȇ ȇ ᓶ Ȍ Ȍ Ȍ Ȍ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ᓶ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ ȑ ȑ ȑ ȑ ᓶ Ȗ Ȗ Ȗ Ȗ ᓶ ț ț ț ț ᓶ Ƞ Ƞ Ƞ Ƞ ᓶ Ȧ Ȧ Ȧ Ȧ ᓶ Ȭ Ȭ Ȭ Ȭ  _________________________________________________________ better(t('7837ac64')*(tst+0)+in) IN OUT grid_dim=grid_size(29, 29). grid_dim=grid_size(3, 3). colors_count_size=5 colors_count_size=4 cc:0=cc(black, 1152.0). cc:0=cc(black, 4.0). cc:1=cc(red, 498.0). cc:1=cc(cyan, 3.0). cc:2=cc(cyan, 16.0). cc:2=cc(yellow, 1.0). cc:3=cc(yellow, 8.0). cc:3=cc(blue, 1.0). cc:4=cc(blue, 8.0). groupA=89. % Dots: ȱ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) dots layer(in) nth(85) % Dots: ȶ mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,5) dots layer(in) nth(86) % Dots: Ȼ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,5) dots layer(in) nth(87) % Dots: ɀ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,5) dots layer(in) nth(88) % Dots: Ʌ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) dots layer(in) nth(89) % Dots: Ɋ mass(1) color_count(blue,1.0) size(1,1) loc_xy(10,10) dots layer(in) nth(90) % Dots: ɏ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(15,10) dots layer(in) nth(91) % Dots: ɔ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(20,10) dots layer(in) nth(92) % Dots: ə mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,15) dots layer(in) nth(93) % Dots: ɞ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,15) dots layer(in) nth(94) % Dots: ɤ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,15) dots layer(in) nth(95) % Dots: ɩ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,15) dots layer(in) nth(96) % Dots: ɮ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(5,20) dots layer(in) nth(97) % Dots: ɳ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(10,20) dots layer(in) nth(98) % Dots: ɸ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(15,20) dots layer(in) nth(99) % Dots: ɽ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(20,20) dots layer(in) nth(100) % Squares: ǭ mass(4) color_count(red,4.0) size(4,1) loc_xy(16,20) squares nonsquare filled_squared layer(in) nth(72) % Squares: Ǩ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,20) squares nonsquare filled_squared layer(in) nth(71) % Squares: ǣ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,20) squares nonsquare filled_squared layer(in) nth(70) % Squares: Ǟ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,20) squares nonsquare filled_squared layer(in) nth(69) % Hv_Line(v): Ǐ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,16) squares hv_line(v) filled_squared layer(in) nth(66) % Hv_Line(v): Dž mass(4) color_count(red,4.0) size(1,4) loc_xy(15,16) squares hv_line(v) filled_squared layer(in) nth(64) % Hv_Line(v): ƻ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,16) squares hv_line(v) filled_squared layer(in) nth(62) % Hv_Line(v): Ʊ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,16) squares hv_line(v) filled_squared layer(in) nth(60) % Squares: Ƨ mass(4) color_count(red,4.0) size(4,1) loc_xy(16,15) squares nonsquare filled_squared layer(in) nth(58) % Squares: Ƣ mass(4) color_count(red,4.0) size(4,1) loc_xy(11,15) squares nonsquare filled_squared layer(in) nth(57) % Squares: Ɲ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,15) squares nonsquare filled_squared layer(in) nth(56) % Squares: Ƙ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,15) squares nonsquare filled_squared layer(in) nth(55) % Hv_Line(v): Ɖ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,11) squares hv_line(v) filled_squared layer(in) nth(52) % Hv_Line(v): ſ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,11) squares hv_line(v) filled_squared layer(in) nth(50) % Hv_Line(v): ŵ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,11) squares hv_line(v) filled_squared layer(in) nth(48) % Hv_Line(v): ū mass(4) color_count(red,4.0) size(1,4) loc_xy(5,11) squares hv_line(v) filled_squared layer(in) nth(46) % Squares: š mass(4) color_count(red,4.0) size(4,1) loc_xy(16,10) squares nonsquare filled_squared layer(in) nth(44) % Squares: ś mass(4) color_count(red,4.0) size(4,1) loc_xy(11,10) squares nonsquare filled_squared layer(in) nth(43) % Squares: Ŗ mass(4) color_count(red,4.0) size(4,1) loc_xy(6,10) squares nonsquare filled_squared layer(in) nth(42) % Squares: ő mass(4) color_count(red,4.0) size(4,1) loc_xy(1,10) squares nonsquare filled_squared layer(in) nth(41) % Hv_Line(v): ł mass(4) color_count(red,4.0) size(1,4) loc_xy(20,6) squares hv_line(v) filled_squared layer(in) nth(38) % Hv_Line(v): ĸ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,6) squares hv_line(v) filled_squared layer(in) nth(36) % Hv_Line(v): Į mass(4) color_count(red,4.0) size(1,4) loc_xy(10,6) squares hv_line(v) filled_squared layer(in) nth(34) % Hv_Line(v): ģ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,6) squares hv_line(v) filled_squared layer(in) nth(32) % Squares: Ę mass(4) color_count(red,4.0) size(4,1) loc_xy(16,5) squares nonsquare filled_squared layer(in) nth(30) % Squares: ē mass(4) color_count(red,4.0) size(4,1) loc_xy(11,5) squares nonsquare filled_squared layer(in) nth(29) % Squares: Ď mass(4) color_count(red,4.0) size(4,1) loc_xy(6,5) squares nonsquare filled_squared layer(in) nth(28) % Squares: ĉ mass(4) color_count(red,4.0) size(4,1) loc_xy(1,5) squares nonsquare filled_squared layer(in) nth(27) % Hv_Line(v): ᒿ mass(4) color_count(red,4.0) size(1,4) loc_xy(20,1) squares hv_line(v) filled_squared layer(in) nth(23) % Hv_Line(v): ᒍ mass(4) color_count(red,4.0) size(1,4) loc_xy(15,1) squares hv_line(v) filled_squared layer(in) nth(21) % Hv_Line(v): ᑚ mass(4) color_count(red,4.0) size(1,4) loc_xy(10,1) squares hv_line(v) filled_squared layer(in) nth(19) % Hv_Line(v): ᐡ mass(4) color_count(red,4.0) size(1,4) loc_xy(5,1) squares hv_line(v) filled_squared layer(in) nth(17) % Outline: Ȭ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,26) squares rectangluar outline filled_squared layer(in) nth(84) % Outline: Ȧ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,26) squares rectangluar outline filled_squared layer(in) nth(83) % Outline: Ƞ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,26) squares rectangluar outline filled_squared layer(in) nth(82) % Outline: ț mass(16) color_count(black,16.0) size(4,4) loc_xy(11,26) squares rectangluar outline filled_squared layer(in) nth(81) % Outline: Ȗ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,26) squares rectangluar outline filled_squared layer(in) nth(80) % Outline: ȑ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,26) squares rectangluar outline filled_squared layer(in) nth(79) % Outline: Ȍ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,21) squares rectangluar outline filled_squared layer(in) nth(78) % Outline: ȇ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,21) squares rectangluar outline filled_squared layer(in) nth(77) % Outline: Ȃ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,21) squares rectangluar outline filled_squared layer(in) nth(76) % Outline: Ǽ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,21) squares rectangluar outline filled_squared layer(in) nth(75) % Outline: Ƿ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,21) squares rectangluar outline filled_squared layer(in) nth(74) % Outline: Dz mass(16) color_count(black,16.0) size(4,4) loc_xy(1,21) squares rectangluar outline filled_squared layer(in) nth(73) % Outline: Ǚ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,16) squares rectangluar outline filled_squared layer(in) nth(68) % Outline: ǔ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,16) squares rectangluar outline filled_squared layer(in) nth(67) % Outline: NJ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,16) squares rectangluar outline filled_squared layer(in) nth(65) % Outline: ǀ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,16) squares rectangluar outline filled_squared layer(in) nth(63) % Outline: ƶ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,16) squares rectangluar outline filled_squared layer(in) nth(61) % Outline: Ƭ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,16) squares rectangluar outline filled_squared layer(in) nth(59) % Outline: Ɠ mass(16) color_count(black,16.0) size(4,4) loc_xy(26,11) squares rectangluar outline filled_squared layer(in) nth(54) % Outline: Ǝ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,11) squares rectangluar outline filled_squared layer(in) nth(53) % Outline: Ƅ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,11) squares rectangluar outline filled_squared layer(in) nth(51) % Outline: ź mass(16) color_count(black,16.0) size(4,4) loc_xy(11,11) squares rectangluar outline filled_squared layer(in) nth(49) % Outline: Ű mass(16) color_count(black,16.0) size(4,4) loc_xy(6,11) squares rectangluar outline filled_squared layer(in) nth(47) % Outline: Ŧ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,11) squares rectangluar outline filled_squared layer(in) nth(45) % Outline: Ō mass(16) color_count(black,16.0) size(4,4) loc_xy(26,6) squares rectangluar outline filled_squared layer(in) nth(40) % Outline: Ň mass(16) color_count(black,16.0) size(4,4) loc_xy(21,6) squares rectangluar outline filled_squared layer(in) nth(39) % Outline: Ľ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,6) squares rectangluar outline filled_squared layer(in) nth(37) % Outline: ij mass(16) color_count(black,16.0) size(4,4) loc_xy(11,6) squares rectangluar outline filled_squared layer(in) nth(35) % Outline: ĩ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,6) squares rectangluar outline filled_squared layer(in) nth(33) % Outline: ĝ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,6) squares rectangluar outline filled_squared layer(in) nth(31) % Outline: Ą mass(16) color_count(black,16.0) size(4,4) loc_xy(26,1) squares rectangluar outline filled_squared layer(in) nth(26) % Outline: ᓝ mass(16) color_count(black,16.0) size(4,4) loc_xy(21,1) squares rectangluar outline filled_squared layer(in) nth(24) % Outline: ᒦ mass(16) color_count(black,16.0) size(4,4) loc_xy(16,1) squares rectangluar outline filled_squared layer(in) nth(22) % Outline: ᑴ mass(16) color_count(black,16.0) size(4,4) loc_xy(11,1) squares rectangluar outline filled_squared layer(in) nth(20) % Outline: ᑁ mass(16) color_count(black,16.0) size(4,4) loc_xy(6,1) squares rectangluar outline filled_squared layer(in) nth(18) % Outline: ᐈ mass(16) color_count(black,16.0) size(4,4) loc_xy(1,1) squares rectangluar outline filled_squared layer(in) nth(16) % Pattern(cref_165,7,7,8,8): С mass(49) color_count(black,36.0) color_count(blue,1.0) color_count(red,12.0) size(7,7) rotation(flipHV) loc_xy(1,1) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(12) % Outline: ᓶ mass(121) color_count(red,121.0) size(29,29) loc_xy(1,1) squares outline polygon layer(in) nth(25) % Pattern(cref_165,7,7,8,8): Ꮈ mass(154) color_count(black,108.0) color_count(blue,1.0) color_count(red,43.0) color_count(yellow,2.0) size(22,7) rotation(flipV) loc_xy(8,1) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(13) % Pattern(cref_165,7,7,8,8): Ꮡ mass(154) color_count(black,108.0) color_count(blue,1.0) color_count(cyan,2.0) color_count(red,43.0) size(7,22) rotation(flipH) loc_xy(1,8) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(14) % Pattern(cref_165,7,7,8,8): Ꮺ mass(484) color_count(black,324.0) color_count(blue,1.0) color_count(cyan,6.0) color_count(red,151.0) color_count(yellow,2.0) size(22,22) loc_xy(8,8) center_info('CRef_165',7,7,8,8) pattern(CRef_165,7,7,8,8) rectangluar filled_squared layer(in) nth(15) _________________________________________________________________________________ groupB=4. % Dots: ϭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(10) % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(11) % Squares: ʛ mass(3) color_count(cyan,3.0) size(3,1) loc_xy(1,3) squares nonsquare filled_squared layer(out) nth(9) % Polygon: ʂ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(8) _________________________________________________________________________________ diffs. loc_xy(diff(+ 4), diff(+ 4)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: ȱ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,5) dots layer(in) nth(85) % Dots: ϭ mass(1) color_count(blue,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(+ 2), diff(+ 9)). grid_size(diff(+ 26), diff(+ 26)). sameness. % Dots: Ʌ mass(1) color_count(blue,1.0) size(1,1) loc_xy(5,10) dots layer(in) nth(89) % Dots: Ј mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(11) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' ȶ', ' Ɋ', ' ə', ' ɮ', ' ɞ', ' ɳ', ' ɤ', ' ɸ', ' ɩ', ' ɽ', ' Ȼ', ' ɏ', ' ɀ', ' ɔ', ' ᐡ', ' ģ', ' ū', ' Ʊ', ' ᑚ', ' Į', ' ŵ', ' ƻ', ' ᒍ', ' ĸ', ' ſ', ' Dž', ' ᒿ', ' ł', ' Ɖ', ' Ǐ', ' ĉ', ' ő', ' Ƙ', ' Ǟ', ' Ď', ' Ŗ', ' Ɲ', ' ǣ', ' ē', ' ś', ' Ƣ', ' Ǩ', ' Ę', ' š', ' Ƨ', ' ǭ', ' ᐈ', ' ĝ', ' Ŧ', ' Ƭ', ' Dz', ' ȑ', ' ᑁ', ' ĩ', ' Ű', ' ƶ', ' Ƿ', ' Ȗ', ' ᑴ', ' ij', ' ź', ' ǀ', ' Ǽ', ' ț', ' ᒦ', ' Ľ', ' Ƅ', ' NJ', ' Ȃ', ' Ƞ', ' ᓝ', ' Ň', ' Ǝ', ' ǔ', ' ȇ', ' Ȧ', ' Ą', ' Ō', ' Ɠ', ' Ǚ', ' Ȍ', ' Ȭ', ' С', ' ᓶ', ' Ꮡ', ' Ꮈ', ' Ꮺ'], [' ʛ', ' ʂ']), change_obj(' Ʌ', ' Ј', [loc_xy(diff(+ 2), diff(+ 9)), grid_size(diff(+ 26), diff(+ 26))]), change_obj(' ȱ', ' ϭ', [loc_xy(diff(+ 4), diff(+ 4)), grid_size(diff(+ 26), diff(+ 26))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t(f76d97a5)) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(f76d97a5),[was__lmDSL([compute_max_color(_14439436),compute_next_color(_14439446),blacken_color(_14439436),subst_color(_14439446,_14439436)])]) [ +shape_match, -mask_match, -rotation_match, -color_match, take_negative, recoloring, associate_colors_to_colors, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(f76d97a5)*(trn+0)+in) test(t(f76d97a5)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(silver, 5.0). cc:0=cc(yellow, 5.0). cc:1=cc(yellow, 4.0). cc:1=cc(black, 4.0).  _____  _____ ᐈ Ꮺ ᐡ Ј ϭ С Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ᑁ Ꮺ ᑚ Ꮈ ϭ Ꮡ  _____  _____ common(t(f76d97a5)*(trn+0)+in) common(t(f76d97a5)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(silver, 5.0). cc:0=cc(yellow, 5.0). cc:1=cc(yellow, 4.0). cc:1=cc(black, 4.0). groupA=5. % Polygon: Ꮺ mass(5) color_count(silver,5.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(15) % Dots: ᐈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(16) % Dots: ᐡ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(in) nth(17) % Dots: ᑁ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(18) % Dots: ᑚ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,3) dots layer(in) nth(19) _________________________________________________________________________________ groupB=5. % Polygon: ϭ mass(5) color_count(yellow,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(10) % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(11) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(12) % Dots: Ꮈ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(out) nth(13) % Dots: Ꮡ mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) _________________________________________________________________________________ [].  _____  _____ ᐈ Ꮺ ᐡ Ј ϭ С Ꮺ Ꮺ Ꮺ ϭ ϭ ϭ ᑁ Ꮺ ᑚ Ꮈ ϭ Ꮡ  _____  _____ better(t(f76d97a5)*(trn+0)+in) better(t(f76d97a5)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(silver, 5.0). cc:0=cc(yellow, 5.0). cc:1=cc(yellow, 4.0). cc:1=cc(black, 4.0). groupA=5. % Dots: ᐈ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(16) % Dots: ᐡ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,1) dots layer(in) nth(17) % Dots: ᑁ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(18) % Dots: ᑚ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(3,3) dots layer(in) nth(19) % Polygon: Ꮺ mass(5) color_count(silver,5.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(15) _________________________________________________________________________________ groupB=5. % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(1,1) dots layer(out) nth(11) % Dots: С mass(1) color_count(black,1.0) size(1,1) loc_xy(3,1) dots layer(out) nth(12) % Dots: Ꮈ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(out) nth(13) % Dots: Ꮡ mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(14) % Polygon: ϭ mass(5) color_count(yellow,5.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(10) _________________________________________________________________________________ []. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(f76d97a5),[was__lmDSL([compute_max_color(_15132190),compute_next_color(_15132200),blacken_color(_15132190),subst_color(_15132200,_15132190)])]) [ +shape_match, -mask_match, -rotation_match, -color_match, take_negative, recoloring, associate_colors_to_colors, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________  _________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________  _________ test(t(f76d97a5)*(trn+1)+in) test(t(f76d97a5)*(trn+1)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 15.0). cc:0=cc(black, 15.0). cc:1=cc(silver, 10.0). cc:1=cc(purple, 10.0).  _________  _________ С С Ꮈ Ꮈ Ꮈ ʂ ʂ ʛ ʛ ʛ Ꮡ С С Ꮈ Ꮈ ϭ ʂ ʂ ʛ ʛ Ꮡ Ꮡ С С Ꮈ ϭ ϭ ʂ ʂ ʛ Ꮡ Ꮡ Ꮡ С С ϭ ϭ ϭ ʂ ʂ Ꮺ Ꮡ Ꮡ Ꮡ С Ј ϭ ϭ ϭ ʂ  _________  _________ common(t(f76d97a5)*(trn+1)+in) common(t(f76d97a5)*(trn+1)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 15.0). cc:0=cc(black, 15.0). cc:1=cc(silver, 10.0). cc:1=cc(purple, 10.0). groupA=4. % Outline: Ꮡ mass(9) color_count(purple,9.0) size(4,4) loc_xy(1,2) squares outline polygon layer(in) nth(14) % Outline: С mass(9) color_count(silver,9.0) size(5,5) loc_xy(1,1) squares outline polygon layer(in) nth(12) % Polygon: Ꮈ mass(6) color_count(purple,6.0) size(3,3) loc_xy(3,1) squares polygon layer(in) nth(13) % Dots: Ꮺ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,5) dots layer(in) nth(15) _________________________________________________________________________________ groupB=4. % Outline: ϭ mass(9) color_count(black,9.0) size(4,4) loc_xy(1,2) squares outline polygon layer(out) nth(10) % Outline: ʂ mass(9) color_count(purple,9.0) size(5,5) loc_xy(1,1) squares outline polygon layer(out) nth(8) % Polygon: ʛ mass(6) color_count(black,6.0) size(3,3) loc_xy(3,1) squares polygon layer(out) nth(9) % Dots: Ј mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,5) dots layer(out) nth(11) _________________________________________________________________________________ [].  _________  _________ С С Ꮈ Ꮈ Ꮈ ʂ ʂ ʛ ʛ ʛ Ꮡ С С Ꮈ Ꮈ ϭ ʂ ʂ ʛ ʛ Ꮡ Ꮡ С С Ꮈ ϭ ϭ ʂ ʂ ʛ Ꮡ Ꮡ Ꮡ С С ϭ ϭ ϭ ʂ ʂ Ꮺ Ꮡ Ꮡ Ꮡ С Ј ϭ ϭ ϭ ʂ  _________  _________ better(t(f76d97a5)*(trn+1)+in) better(t(f76d97a5)*(trn+1)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 15.0). cc:0=cc(black, 15.0). cc:1=cc(silver, 10.0). cc:1=cc(purple, 10.0). groupA=4. % Dots: Ꮺ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,5) dots layer(in) nth(15) % Polygon: Ꮈ mass(6) color_count(purple,6.0) size(3,3) loc_xy(3,1) squares polygon layer(in) nth(13) % Outline: Ꮡ mass(9) color_count(purple,9.0) size(4,4) loc_xy(1,2) squares outline polygon layer(in) nth(14) % Outline: С mass(9) color_count(silver,9.0) size(5,5) loc_xy(1,1) squares outline polygon layer(in) nth(12) _________________________________________________________________________________ groupB=4. % Dots: Ј mass(1) color_count(purple,1.0) size(1,1) loc_xy(1,5) dots layer(out) nth(11) % Polygon: ʛ mass(6) color_count(black,6.0) size(3,3) loc_xy(3,1) squares polygon layer(out) nth(9) % Outline: ϭ mass(9) color_count(black,9.0) size(4,4) loc_xy(1,2) squares outline polygon layer(out) nth(10) % Outline: ʂ mass(9) color_count(purple,9.0) size(5,5) loc_xy(1,1) squares outline polygon layer(out) nth(8) _________________________________________________________________________________ []. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(f76d97a5),[was__lmDSL([compute_max_color(_12228746),compute_next_color(_12228756),blacken_color(_12228746),subst_color(_12228756,_12228746)])]) [ +shape_match, -mask_match, -rotation_match, -color_match, take_negative, recoloring, associate_colors_to_colors, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________  _________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________  _________ test(t(f76d97a5)*(trn+2)+in) test(t(f76d97a5)*(trn+2)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 18.0). cc:0=cc(black, 18.0). cc:1=cc(silver, 7.0). cc:1=cc(brown, 7.0).  _________  _________ ᒍ Ą ᒦ ᒦ ᒦ Ꮡ ᑚ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒿ ᒿ ᒦ Ꮡ Ꮡ ᐈ ᐈ Ꮺ ᒍ ᓶ ᒦ ᒦ ᒦ Ꮡ ᑁ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ĉ ᒦ ᒦ Ꮡ Ꮡ ᑴ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᓝ ᓝ Ꮡ Ꮡ Ꮡ ᐡ ᐡ  _________  _________ common(t(f76d97a5)*(trn+2)+in) common(t(f76d97a5)*(trn+2)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 18.0). cc:0=cc(black, 18.0). cc:1=cc(silver, 7.0). cc:1=cc(brown, 7.0). groupA=7. % Outline: ᒦ mass(9) color_count(brown,9.0) size(3,4) loc_xy(3,1) squares outline polygon layer(in) nth(22) % Outline: ᒍ mass(9) color_count(brown,9.0) size(3,5) loc_xy(1,1) squares outline polygon layer(in) nth(21) % Squares: ᓝ mass(2) color_count(silver,2.0) size(2,1) loc_xy(4,5) squares nonsquare filled_squared layer(in) nth(24) % Squares: ᒿ mass(2) color_count(silver,2.0) size(2,1) loc_xy(3,2) squares nonsquare filled_squared layer(in) nth(23) % Dots: ᓶ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,1) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(silver,1.0) size(1,1) loc_xy(3,4) dots layer(in) nth(27) _________________________________________________________________________________ groupB=7. % Outline: Ꮺ mass(9) color_count(black,9.0) size(3,4) loc_xy(3,1) squares outline polygon layer(out) nth(15) % Outline: Ꮡ mass(9) color_count(black,9.0) size(3,5) loc_xy(1,1) squares outline polygon layer(out) nth(14) % Squares: ᐡ mass(2) color_count(brown,2.0) size(2,1) loc_xy(4,5) squares nonsquare filled_squared layer(out) nth(17) % Squares: ᐈ mass(2) color_count(brown,2.0) size(2,1) loc_xy(3,2) squares nonsquare filled_squared layer(out) nth(16) % Dots: ᑁ mass(1) color_count(brown,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(18) % Dots: ᑚ mass(1) color_count(brown,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(19) % Dots: ᑴ mass(1) color_count(brown,1.0) size(1,1) loc_xy(3,4) dots layer(out) nth(20) _________________________________________________________________________________ [].  _________  _________ ᒍ Ą ᒦ ᒦ ᒦ Ꮡ ᑚ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ᒿ ᒿ ᒦ Ꮡ Ꮡ ᐈ ᐈ Ꮺ ᒍ ᓶ ᒦ ᒦ ᒦ Ꮡ ᑁ Ꮺ Ꮺ Ꮺ ᒍ ᒍ ĉ ᒦ ᒦ Ꮡ Ꮡ ᑴ Ꮺ Ꮺ ᒍ ᒍ ᒍ ᓝ ᓝ Ꮡ Ꮡ Ꮡ ᐡ ᐡ  _________  _________ better(t(f76d97a5)*(trn+2)+in) better(t(f76d97a5)*(trn+2)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 18.0). cc:0=cc(black, 18.0). cc:1=cc(silver, 7.0). cc:1=cc(brown, 7.0). groupA=7. % Dots: ᓶ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,1) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(silver,1.0) size(1,1) loc_xy(3,4) dots layer(in) nth(27) % Squares: ᓝ mass(2) color_count(silver,2.0) size(2,1) loc_xy(4,5) squares nonsquare filled_squared layer(in) nth(24) % Squares: ᒿ mass(2) color_count(silver,2.0) size(2,1) loc_xy(3,2) squares nonsquare filled_squared layer(in) nth(23) % Outline: ᒦ mass(9) color_count(brown,9.0) size(3,4) loc_xy(3,1) squares outline polygon layer(in) nth(22) % Outline: ᒍ mass(9) color_count(brown,9.0) size(3,5) loc_xy(1,1) squares outline polygon layer(in) nth(21) _________________________________________________________________________________ groupB=7. % Dots: ᑁ mass(1) color_count(brown,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(18) % Dots: ᑚ mass(1) color_count(brown,1.0) size(1,1) loc_xy(2,1) dots layer(out) nth(19) % Dots: ᑴ mass(1) color_count(brown,1.0) size(1,1) loc_xy(3,4) dots layer(out) nth(20) % Squares: ᐡ mass(2) color_count(brown,2.0) size(2,1) loc_xy(4,5) squares nonsquare filled_squared layer(out) nth(17) % Squares: ᐈ mass(2) color_count(brown,2.0) size(2,1) loc_xy(3,2) squares nonsquare filled_squared layer(out) nth(16) % Outline: Ꮺ mass(9) color_count(black,9.0) size(3,4) loc_xy(3,1) squares outline polygon layer(out) nth(15) % Outline: Ꮡ mass(9) color_count(black,9.0) size(3,5) loc_xy(1,1) squares outline polygon layer(out) nth(14) _________________________________________________________________________________ []. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(f76d97a5),[was__lmDSL([compute_max_color(_19758180),compute_next_color(_19758190),blacken_color(_19758180),subst_color(_19758190,_19758180)])]) [ +shape_match, -mask_match, -rotation_match, -color_match, take_negative, recoloring, associate_colors_to_colors, training, '(3, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _________  _________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________  _________ test(t(f76d97a5)*(tst+0)+in) test(t(f76d97a5)*(tst+0)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(green, 16.0). cc:0=cc(black, 16.0). cc:1=cc(silver, 9.0). cc:1=cc(green, 9.0).  _________  _________ ᒍ ᒍ ᒍ Ą ᒍ Ꮡ Ꮡ Ꮡ ᑚ Ꮡ ᒍ ᒦ ᒍ ᒍ ᒍ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ ᒍ ᒦ ᒦ ᒍ ᓶ Ꮡ Ꮺ Ꮺ Ꮡ ᑁ ᒍ ᒍ ᒍ ĉ ᒿ Ꮡ Ꮡ Ꮡ ᑴ ᐈ ᓝ ᓝ ᓝ ᒿ ᒿ ᐡ ᐡ ᐡ ᐈ ᐈ  _________  _________ common(t(f76d97a5)*(tst+0)+in) common(t(f76d97a5)*(tst+0)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(green, 16.0). cc:0=cc(black, 16.0). cc:1=cc(silver, 9.0). cc:1=cc(green, 9.0). groupA=7. % Outline: ᒍ mass(13) color_count(green,13.0) size(5,4) loc_xy(1,1) squares outline polygon layer(in) nth(21) % Squares: ᓝ mass(3) color_count(silver,3.0) size(3,1) loc_xy(1,5) squares nonsquare filled_squared layer(in) nth(24) % Polygon: ᒿ mass(3) color_count(green,3.0) size(2,2) loc_xy(4,4) squares polygon layer(in) nth(23) % Polygon: ᒦ mass(3) color_count(silver,3.0) size(2,2) loc_xy(2,2) squares polygon layer(in) nth(22) % Dots: ᓶ mass(1) color_count(silver,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(4,1) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(silver,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(27) _________________________________________________________________________________ groupB=7. % Outline: Ꮡ mass(13) color_count(black,13.0) size(5,4) loc_xy(1,1) squares outline polygon layer(out) nth(14) % Squares: ᐡ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,5) squares nonsquare filled_squared layer(out) nth(17) % Polygon: ᐈ mass(3) color_count(black,3.0) size(2,2) loc_xy(4,4) squares polygon layer(out) nth(16) % Polygon: Ꮺ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) squares polygon layer(out) nth(15) % Dots: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) dots layer(out) nth(18) % Dots: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,1) dots layer(out) nth(19) % Dots: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) dots layer(out) nth(20) _________________________________________________________________________________ [].  _________  _________ ᒍ ᒍ ᒍ Ą ᒍ Ꮡ Ꮡ Ꮡ ᑚ Ꮡ ᒍ ᒦ ᒍ ᒍ ᒍ Ꮡ Ꮺ Ꮡ Ꮡ Ꮡ ᒍ ᒦ ᒦ ᒍ ᓶ Ꮡ Ꮺ Ꮺ Ꮡ ᑁ ᒍ ᒍ ᒍ ĉ ᒿ Ꮡ Ꮡ Ꮡ ᑴ ᐈ ᓝ ᓝ ᓝ ᒿ ᒿ ᐡ ᐡ ᐡ ᐈ ᐈ  _________  _________ better(t(f76d97a5)*(tst+0)+in) better(t(f76d97a5)*(tst+0)+out) IN OUT grid_dim=grid_size(5, 5). grid_dim=grid_size(5, 5). colors_count_size=2 colors_count_size=2 cc:0=cc(green, 16.0). cc:0=cc(black, 16.0). cc:1=cc(silver, 9.0). cc:1=cc(green, 9.0). groupA=7. % Dots: ᓶ mass(1) color_count(silver,1.0) size(1,1) loc_xy(5,3) dots layer(in) nth(25) % Dots: Ą mass(1) color_count(silver,1.0) size(1,1) loc_xy(4,1) dots layer(in) nth(26) % Dots: ĉ mass(1) color_count(silver,1.0) size(1,1) loc_xy(4,4) dots layer(in) nth(27) % Squares: ᓝ mass(3) color_count(silver,3.0) size(3,1) loc_xy(1,5) squares nonsquare filled_squared layer(in) nth(24) % Polygon: ᒿ mass(3) color_count(green,3.0) size(2,2) loc_xy(4,4) squares polygon layer(in) nth(23) % Polygon: ᒦ mass(3) color_count(silver,3.0) size(2,2) loc_xy(2,2) squares polygon layer(in) nth(22) % Outline: ᒍ mass(13) color_count(green,13.0) size(5,4) loc_xy(1,1) squares outline polygon layer(in) nth(21) _________________________________________________________________________________ groupB=7. % Dots: ᑁ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,3) dots layer(out) nth(18) % Dots: ᑚ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,1) dots layer(out) nth(19) % Dots: ᑴ mass(1) color_count(green,1.0) size(1,1) loc_xy(4,4) dots layer(out) nth(20) % Squares: ᐡ mass(3) color_count(green,3.0) size(3,1) loc_xy(1,5) squares nonsquare filled_squared layer(out) nth(17) % Polygon: ᐈ mass(3) color_count(black,3.0) size(2,2) loc_xy(4,4) squares polygon layer(out) nth(16) % Polygon: Ꮺ mass(3) color_count(green,3.0) size(2,2) loc_xy(2,2) squares polygon layer(out) nth(15) % Outline: Ꮡ mass(13) color_count(black,13.0) size(5,4) loc_xy(1,1) squares outline polygon layer(out) nth(14) _________________________________________________________________________________ []. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(t(ed36ccf7)) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(ed36ccf7),[lmDSL([rot270])]) [ +shape_match, +color_match, -mask_match, -rotation_match, image_rotation, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(ed36ccf7)*(tst+0)+in) test(t(ed36ccf7)*(tst+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(black, 6.0). cc:0=cc(black, 6.0). cc:1=cc(silver, 3.0). cc:1=cc(silver, 3.0).  _____  _____ С С С ʂ ʂ ʛ Ꮡ С С ʂ ʂ ʛ Ꮺ Ꮈ Ꮈ ʂ ϭ Ј  _____  _____ common(t(ed36ccf7)*(tst+0)+in) common(t(ed36ccf7)*(tst+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(black, 6.0). cc:0=cc(black, 6.0). cc:1=cc(silver, 3.0). cc:1=cc(silver, 3.0). groupA=4. % Polygon: С mass(5) color_count(black,5.0) size(3,2) loc_xy(1,1) squares polygon layer(in) nth(12) % Squares: Ꮈ mass(2) color_count(silver,2.0) size(2,1) loc_xy(2,3) squares nonsquare filled_squared layer(in) nth(13) % Dots: Ꮡ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,2) dots layer(in) nth(14) % Dots: Ꮺ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(15) _________________________________________________________________________________ groupB=4. % Polygon: ʂ mass(5) color_count(black,5.0) size(2,3) loc_xy(1,1) squares polygon layer(out) nth(8) % Hv_Line(v): ʛ mass(2) color_count(silver,2.0) size(1,2) loc_xy(3,1) squares hv_line(v) filled_squared layer(out) nth(9) % Dots: ϭ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(10) % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(11) _________________________________________________________________________________ diffs. loc_xy(diff(- 2), 0). sameness. % Dots: Ꮺ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(15) % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(- 1)). sameness. % Dots: Ꮡ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,2) dots layer(in) nth(14) % Dots: ϭ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 1), diff(+ 2)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ꮈ mass(2) color_count(silver,2.0) size(2,1) loc_xy(2,3) squares nonsquare filled_squared layer(in) nth(13) % Hv_Line(v): ʛ mass(2) color_count(silver,2.0) size(1,2) loc_xy(3,1) squares hv_line(v) filled_squared layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). sameness. % Polygon: С mass(5) color_count(black,5.0) size(3,2) loc_xy(1,1) squares polygon layer(in) nth(12) % Polygon: ʂ mass(5) color_count(black,5.0) size(2,3) loc_xy(1,1) squares polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj(' С', ' ʂ', [visual_hw(diff(+ 1), diff(- 1))]), change_obj( ' Ꮈ', ' ʛ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 1), diff(+ 2)), object_shape(diff((nonsquare->hv_line(v))))]), change_obj(' Ꮡ', ' ϭ', [loc_xy(diff(- 1), diff(- 1))]), change_obj(' Ꮺ', ' Ј', [loc_xy(diff(- 2), 0)])].  _____  _____ С С С ʂ ʂ ʛ Ꮡ С С ʂ ʂ ʛ Ꮺ Ꮈ Ꮈ ʂ ϭ Ј  _____  _____ better(t(ed36ccf7)*(tst+0)+in) better(t(ed36ccf7)*(tst+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(black, 6.0). cc:0=cc(black, 6.0). cc:1=cc(silver, 3.0). cc:1=cc(silver, 3.0). groupA=4. % Dots: Ꮡ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,2) dots layer(in) nth(14) % Dots: Ꮺ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(15) % Squares: Ꮈ mass(2) color_count(silver,2.0) size(2,1) loc_xy(2,3) squares nonsquare filled_squared layer(in) nth(13) % Polygon: С mass(5) color_count(black,5.0) size(3,2) loc_xy(1,1) squares polygon layer(in) nth(12) _________________________________________________________________________________ groupB=4. % Dots: ϭ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(10) % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(11) % Hv_Line(v): ʛ mass(2) color_count(silver,2.0) size(1,2) loc_xy(3,1) squares hv_line(v) filled_squared layer(out) nth(9) % Polygon: ʂ mass(5) color_count(black,5.0) size(2,3) loc_xy(1,1) squares polygon layer(out) nth(8) _________________________________________________________________________________ diffs. loc_xy(diff(- 2), 0). sameness. % Dots: Ꮺ mass(1) color_count(black,1.0) size(1,1) loc_xy(1,3) dots layer(in) nth(15) % Dots: Ј mass(1) color_count(black,1.0) size(1,1) loc_xy(3,3) dots layer(out) nth(11) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(- 1)). sameness. % Dots: Ꮡ mass(1) color_count(silver,1.0) size(1,1) loc_xy(1,2) dots layer(in) nth(14) % Dots: ϭ mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,3) dots layer(out) nth(10) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 1), diff(+ 2)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ꮈ mass(2) color_count(silver,2.0) size(2,1) loc_xy(2,3) squares nonsquare filled_squared layer(in) nth(13) % Hv_Line(v): ʛ mass(2) color_count(silver,2.0) size(1,2) loc_xy(3,1) squares hv_line(v) filled_squared layer(out) nth(9) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). sameness. % Polygon: С mass(5) color_count(black,5.0) size(3,2) loc_xy(1,1) squares polygon layer(in) nth(12) % Polygon: ʂ mass(5) color_count(black,5.0) size(2,3) loc_xy(1,1) squares polygon layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ [ change_obj(' С', ' ʂ', [visual_hw(diff(+ 1), diff(- 1))]), change_obj( ' Ꮈ', ' ʛ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 1), diff(+ 2)), object_shape(diff((nonsquare->hv_line(v))))]), change_obj(' Ꮡ', ' ϭ', [loc_xy(diff(- 1), diff(- 1))]), change_obj(' Ꮺ', ' Ј', [loc_xy(diff(- 2), 0)])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(ed36ccf7),[lmDSL([rot270])]) [ +shape_match, +color_match, -mask_match, -rotation_match, image_rotation, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(ed36ccf7)*(trn+0)+in) test(t(ed36ccf7)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 7.0). cc:0=cc(brown, 7.0). cc:1=cc(black, 2.0). cc:1=cc(black, 2.0).  _____  _____ ȱ Ɋ Ɋ Ǽ Ȗ Ȗ ȱ ȱ ȱ Ǽ Ȗ Ȗ ȱ ȱ ȱ Ȗ Ȗ Ȗ  _____  _____ common(t(ed36ccf7)*(trn+0)+in) common(t(ed36ccf7)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 7.0). cc:0=cc(brown, 7.0). cc:1=cc(black, 2.0). cc:1=cc(black, 2.0). groupA=2. % Polygon: ȱ mass(7) color_count(brown,7.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(6) % Squares: Ɋ mass(2) color_count(black,2.0) size(2,1) loc_xy(2,1) squares nonsquare filled_squared layer(in) nth(7) _________________________________________________________________________________ groupB=2. % Polygon: Ȗ mass(7) color_count(brown,7.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(5) % Hv_Line(v): Ǽ mass(2) color_count(black,2.0) size(1,2) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(4) _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(+ 1), 0). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ɋ mass(2) color_count(black,2.0) size(2,1) loc_xy(2,1) squares nonsquare filled_squared layer(in) nth(7) % Hv_Line(v): Ǽ mass(2) color_count(black,2.0) size(1,2) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(4) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ change_obj( ' Ɋ', ' Ǽ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(+ 1), 0), object_shape(diff((nonsquare->hv_line(v))))]).  _____  _____ ȱ Ɋ Ɋ Ǽ Ȗ Ȗ ȱ ȱ ȱ Ǽ Ȗ Ȗ ȱ ȱ ȱ Ȗ Ȗ Ȗ  _____  _____ better(t(ed36ccf7)*(trn+0)+in) better(t(ed36ccf7)*(trn+0)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 7.0). cc:0=cc(brown, 7.0). cc:1=cc(black, 2.0). cc:1=cc(black, 2.0). groupA=2. % Squares: Ɋ mass(2) color_count(black,2.0) size(2,1) loc_xy(2,1) squares nonsquare filled_squared layer(in) nth(7) % Polygon: ȱ mass(7) color_count(brown,7.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(6) _________________________________________________________________________________ groupB=2. % Hv_Line(v): Ǽ mass(2) color_count(black,2.0) size(1,2) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(4) % Polygon: Ȗ mass(7) color_count(brown,7.0) size(3,3) loc_xy(1,1) squares polygon layer(out) nth(5) _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(+ 1), 0). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ɋ mass(2) color_count(black,2.0) size(2,1) loc_xy(2,1) squares nonsquare filled_squared layer(in) nth(7) % Hv_Line(v): Ǽ mass(2) color_count(black,2.0) size(1,2) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(4) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ change_obj( ' Ɋ', ' Ǽ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(+ 1), 0), object_shape(diff((nonsquare->hv_line(v))))]). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(ed36ccf7),[lmDSL([rot270])]) [ +shape_match, +color_match, -mask_match, -rotation_match, image_rotation, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(ed36ccf7)*(trn+1)+in) test(t(ed36ccf7)*(trn+1)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 5.0). cc:0=cc(purple, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0).  _____  _____ ʛ ʛ ʛ ȱ Ɋ Ɋ ϭ ϭ ϭ ȱ Ɋ ʂ Ј Ј ϭ ȱ Ɋ ʂ  _____  _____ common(t(ed36ccf7)*(trn+1)+in) common(t(ed36ccf7)*(trn+1)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 5.0). cc:0=cc(purple, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupB=3. % Polygon: Ɋ mass(4) color_count(black,4.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) % Hv_Line(v): ȱ mass(3) color_count(purple,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) % Hv_Line(v): ʂ mass(2) color_count(purple,2.0) size(1,2) loc_xy(3,2) squares hv_line(v) filled_squared layer(out) nth(8) _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 2), diff(+ 1)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ј mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,3) squares nonsquare filled_squared layer(in) nth(11) % Hv_Line(v): ʂ mass(2) color_count(purple,2.0) size(1,2) loc_xy(3,2) squares hv_line(v) filled_squared layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 2), diff(- 2)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: ʛ mass(3) color_count(purple,3.0) size(3,1) loc_xy(1,1) squares nonsquare filled_squared layer(in) nth(9) % Hv_Line(v): ȱ mass(3) color_count(purple,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 1), diff(+ 1)). sameness. % Polygon: ϭ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,2) squares polygon layer(in) nth(10) % Polygon: Ɋ mass(4) color_count(black,4.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ change_obj(' ϭ', ' Ɋ', [visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 1), diff(+ 1))]), change_obj(' ʛ', ' ȱ', [visual_hw(diff(+ 2), diff(- 2)), object_shape(diff((nonsquare->hv_line(v))))]), change_obj( ' Ј', ' ʂ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 2), diff(+ 1)), object_shape(diff((nonsquare->hv_line(v))))])].  _____  _____ ʛ ʛ ʛ ȱ Ɋ Ɋ ϭ ϭ ϭ ȱ Ɋ ʂ Ј Ј ϭ ȱ Ɋ ʂ  _____  _____ better(t(ed36ccf7)*(trn+1)+in) better(t(ed36ccf7)*(trn+1)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(purple, 5.0). cc:0=cc(purple, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupB=3. % Hv_Line(v): ʂ mass(2) color_count(purple,2.0) size(1,2) loc_xy(3,2) squares hv_line(v) filled_squared layer(out) nth(8) % Hv_Line(v): ȱ mass(3) color_count(purple,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) % Polygon: Ɋ mass(4) color_count(black,4.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 2), diff(+ 1)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: Ј mass(2) color_count(purple,2.0) size(2,1) loc_xy(1,3) squares nonsquare filled_squared layer(in) nth(11) % Hv_Line(v): ʂ mass(2) color_count(purple,2.0) size(1,2) loc_xy(3,2) squares hv_line(v) filled_squared layer(out) nth(8) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 2), diff(- 2)). object_shape(diff((nonsquare->hv_line(v)))). sameness. % Squares: ʛ mass(3) color_count(purple,3.0) size(3,1) loc_xy(1,1) squares nonsquare filled_squared layer(in) nth(9) % Hv_Line(v): ȱ mass(3) color_count(purple,3.0) size(1,3) loc_xy(1,1) squares hv_line(v) filled_squared layer(out) nth(6) compare_objs1 = [ -same, -size, -shape, -visually, -perfect, +mass, +colors, +rotation, +loc_xy]. _________________________________________________________________________________ diffs. visual_hw(diff(+ 1), diff(- 1)). loc_xy(diff(- 1), diff(+ 1)). sameness. % Polygon: ϭ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,2) squares polygon layer(in) nth(10) % Polygon: Ɋ mass(4) color_count(black,4.0) size(2,3) loc_xy(2,1) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ change_obj(' ϭ', ' Ɋ', [visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 1), diff(+ 1))]), change_obj(' ʛ', ' ȱ', [visual_hw(diff(+ 2), diff(- 2)), object_shape(diff((nonsquare->hv_line(v))))]), change_obj( ' Ј', ' ʂ', [ visual_hw(diff(+ 1), diff(- 1)), loc_xy(diff(- 2), diff(+ 1)), object_shape(diff((nonsquare->hv_line(v))))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(ed36ccf7),[lmDSL([rot270])]) [ +shape_match, +color_match, -mask_match, -rotation_match, image_rotation, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(ed36ccf7)*(trn+2)+in) test(t(ed36ccf7)*(trn+2)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 5.0). cc:0=cc(brown, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0).  _____  _____ ȱ ȱ Ɋ Ǽ Ǽ Ǽ ȱ ȱ Ɋ Ȗ Ȗ Ǽ Ɋ Ɋ Ɋ Ȗ Ȗ Ǽ  _____  _____ common(t(ed36ccf7)*(trn+2)+in) common(t(ed36ccf7)*(trn+2)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 5.0). cc:0=cc(brown, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupA=2. % Polygon: Ɋ mass(5) color_count(brown,5.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(7) % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(6) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 1)). sameness. % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(6) % Squares: Ȗ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,2) squares rectangluar filled_squared layer(out) nth(5) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ change_obj(' ȱ', ' Ȗ', [loc_xy(0, diff(- 1))]).  _____  _____ ȱ ȱ Ɋ Ǽ Ǽ Ǽ ȱ ȱ Ɋ Ȗ Ȗ Ǽ Ɋ Ɋ Ɋ Ȗ Ȗ Ǽ  _____  _____ better(t(ed36ccf7)*(trn+2)+in) better(t(ed36ccf7)*(trn+2)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(brown, 5.0). cc:0=cc(brown, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupA=2. % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(6) % Polygon: Ɋ mass(5) color_count(brown,5.0) size(3,3) loc_xy(1,1) squares polygon layer(in) nth(7) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 1)). sameness. % Squares: ȱ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,1) squares rectangluar filled_squared layer(in) nth(6) % Squares: Ȗ mass(4) color_count(black,4.0) size(2,2) loc_xy(1,2) squares rectangluar filled_squared layer(out) nth(5) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ change_obj(' ȱ', ' Ȗ', [loc_xy(0, diff(- 1))]). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(t(ed36ccf7),[lmDSL([rot270])]) [ +shape_match, +color_match, -mask_match, -rotation_match, image_rotation, training, '(4, 1)', 'https://www.kaggle.com/davidbnn92/task-tagging'].  _____  _____ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _____  _____ test(t(ed36ccf7)*(trn+3)+in) test(t(ed36ccf7)*(trn+3)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(red, 5.0). cc:0=cc(red, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0).  _____  _____ Ј ʛ ϭ ȱ ȱ ȱ ʛ ʛ ϭ Ɋ Ɋ ȱ ʛ ϭ ϭ ʂ Ɋ Ɋ  _____  _____ common(t(ed36ccf7)*(trn+3)+in) common(t(ed36ccf7)*(trn+3)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(red, 5.0). cc:0=cc(red, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupA=3. % Polygon: ϭ mass(4) color_count(red,4.0) size(2,3) loc_xy(2,1) squares polygon layer(in) nth(10) % Polygon: ʛ mass(4) color_count(black,4.0) size(2,3) loc_xy(1,1) squares polygon layer(in) nth(9) % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(11) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 2)). sameness. % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(11) % Dots: ʂ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,3) dots layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(0, diff(- 1)). sameness. % Polygon: ʛ mass(4) color_count(black,4.0) size(2,3) loc_xy(1,1) squares polygon layer(in) nth(9) % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,2) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 1), 0). sameness. % Polygon: ϭ mass(4) color_count(red,4.0) size(2,3) loc_xy(2,1) squares polygon layer(in) nth(10) % Polygon: ȱ mass(4) color_count(red,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(6) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ change_obj(' ϭ', ' ȱ', [visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 1), 0)]), change_obj(' ʛ', ' Ɋ', [visual_hw(diff(- 1), diff(+ 1)), loc_xy(0, diff(- 1))]), change_obj(' Ј', ' ʂ', [loc_xy(0, diff(- 2))])].  _____  _____ Ј ʛ ϭ ȱ ȱ ȱ ʛ ʛ ϭ Ɋ Ɋ ȱ ʛ ϭ ϭ ʂ Ɋ Ɋ  _____  _____ better(t(ed36ccf7)*(trn+3)+in) better(t(ed36ccf7)*(trn+3)+out) IN OUT grid_dim=grid_size(3, 3). grid_dim=grid_size(3, 3). colors_count_size=2 colors_count_size=2 cc:0=cc(red, 5.0). cc:0=cc(red, 5.0). cc:1=cc(black, 4.0). cc:1=cc(black, 4.0). groupA=3. % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(11) % Polygon: ϭ mass(4) color_count(red,4.0) size(2,3) loc_xy(2,1) squares polygon layer(in) nth(10) % Polygon: ʛ mass(4) color_count(black,4.0) size(2,3) loc_xy(1,1) squares polygon layer(in) nth(9) _________________________________________________________________________________ diffs. loc_xy(0, diff(- 2)). sameness. % Dots: Ј mass(1) color_count(red,1.0) size(1,1) loc_xy(1,1) dots layer(in) nth(11) % Dots: ʂ mass(1) color_count(red,1.0) size(1,1) loc_xy(1,3) dots layer(out) nth(8) compare_objs1 = [ -same, -loc_xy, -perfect, +mass, +size, +shape, +colors, +visually, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(0, diff(- 1)). sameness. % Polygon: ʛ mass(4) color_count(black,4.0) size(2,3) loc_xy(1,1) squares polygon layer(in) nth(9) % Polygon: Ɋ mass(4) color_count(black,4.0) size(3,2) loc_xy(1,2) squares polygon layer(out) nth(7) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ diffs. visual_hw(diff(- 1), diff(+ 1)). loc_xy(diff(+ 1), 0). sameness. % Polygon: ϭ mass(4) color_count(red,4.0) size(2,3) loc_xy(2,1) squares polygon layer(in) nth(10) % Polygon: ȱ mass(4) color_count(red,4.0) size(3,2) loc_xy(1,1) squares polygon layer(out) nth(6) compare_objs1 = [ -same, -size, -shape, -visually, -loc_xy, -perfect, +mass, +colors, +rotation]. _________________________________________________________________________________ [ change_obj(' ϭ', ' ȱ', [visual_hw(diff(- 1), diff(+ 1)), loc_xy(diff(+ 1), 0)]), change_obj(' ʛ', ' Ɋ', [visual_hw(diff(- 1), diff(+ 1)), loc_xy(0, diff(- 1))]), change_obj(' Ј', ' ʂ', [loc_xy(0, diff(- 2))])]. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV arc1(v(e9bb6954)) AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e9bb6954),[lmDSL([(iz(_18153100,keypad),iz(_18153100,monocolor),centerof(_18153100,_18153120)-->starburst(_18153120))]),e('box of nine draw outward, if you hit a drawn line blacken it')]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(4, 1)'].  ___________________________________  ___________________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________________  ___________________________________ test(v(e9bb6954)*(trn+0)+in) test(v(e9bb6954)*(trn+0)+out) IN OUT grid_dim=grid_size(18, 17). grid_dim=grid_size(18, 17). colors_count_size=9 colors_count_size=7 cc:0=cc(black, 272.0). cc:0=cc(black, 221.0). cc:1=cc(cyan, 12.0). cc:1=cc(orange, 38.0). cc:2=cc(orange, 11.0). cc:2=cc(cyan, 38.0). cc:3=cc(red, 3.0). cc:3=cc(red, 3.0). cc:4=cc(brown, 3.0). cc:4=cc(brown, 3.0). cc:5=cc(yellow, 2.0). cc:5=cc(yellow, 2.0). cc:6=cc(silver, 1.0). cc:6=cc(blue, 1.0). cc:7=cc(green, 1.0). cc:8=cc(blue, 1.0).  ___________________________________  ___________________________________ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ š ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę š ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ŧ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę ĝ Ŧ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ū ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ū ē ē Ę ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē Ę Ę Ę ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ Ј ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ű Į Į Į Į ʇ ʇ ʇ ʇ ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ѝ ʇ ij ij ij ij ij ij Ę Ę Ę ĸ ĸ ĸ ĸ Ľ ł ł Į ł ʇ ʇ ŵ ʇ ʇ ź ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ij ij ŵ ij ij ź ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ł ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ij ij ij ij ij ij ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ł ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ſ ij ij ij ij ij ij ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ſ ʇ ʇ ʇ ʇ ʇ ʇ В ʇ ʇ ʇ ʇ ʇ ʑ ʑ ʑ ʇ Ƅ ʇ ij ij ij ij ij ij Ę Ę ĸ ĸ ĸ ĸ Ľ Ľ Ľ ł Ƅ Ɖ ʇ З ʇ ʇ ʇ ʇ ʇ ʇ ʇ М ʇ ʇ ʑ ʑ ʑ ʇ ʇ ʇ Ň Ň Ň Ň Ň Ň Ň Ǝ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʑ ʑ ʑ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ľ Ľ Ľ ś ś ś ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ɠ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ Ɠ ś ś ś ʇ ʇ ʇ ʇ ʇ Ƙ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ƙ Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ ś ś ś ś ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ɲ ʇ ʇ ʇ ʇ ʇ ʇ Ƣ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ɲ Ŗ Ŗ Ľ ś ś ś Ƣ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ ś ś ś ś  ___________________________________  ___________________________________ common(v(e9bb6954)*(trn+0)+in) common(v(e9bb6954)*(trn+0)+out) IN OUT grid_dim=grid_size(18, 17). grid_dim=grid_size(18, 17). colors_count_size=9 colors_count_size=7 cc:0=cc(black, 272.0). cc:0=cc(black, 221.0). cc:1=cc(cyan, 12.0). cc:1=cc(orange, 38.0). cc:2=cc(orange, 11.0). cc:2=cc(cyan, 38.0). cc:3=cc(red, 3.0). cc:3=cc(red, 3.0). cc:4=cc(brown, 3.0). cc:4=cc(brown, 3.0). cc:5=cc(yellow, 2.0). cc:5=cc(yellow, 2.0). cc:6=cc(silver, 1.0). cc:6=cc(blue, 1.0). cc:7=cc(green, 1.0). cc:8=cc(blue, 1.0). compare_objs1([perfect]). % Point: š mass(1) color_count(orange,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(44) % Point: š mass(1) color_count(orange,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ŧ mass(1) color_count(brown,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(45) % Point: Ŧ mass(1) color_count(brown,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(45) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ū mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(in) nth(46) % Point: ū mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(out) nth(46) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ŵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(48) % Point: ŵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(6,8) point layer(in) nth(49) % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ſ mass(1) color_count(brown,1.0) size(1,1) loc_xy(18,10) point layer(in) nth(50) % Point: ſ mass(1) color_count(brown,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƅ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(in) nth(51) % Point: Ƅ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɠ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(54) % Point: Ɠ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(55) % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(55) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(11,16) point layer(in) nth(56) % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(11,16) point layer(out) nth(56) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(18,16) point layer(in) nth(57) % Point: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(57) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Outline: ʇ mass(272) color_count(black,272.0) size(18,17) loc_xy(1,1) squares outline polygon layer(in) nth(102) % Keypad: ʑ mass(9) color_count(orange,9.0) size(3,3) loc_xy(13,11) squares rectangluar outline keypad layer(in) nth(104) % Keypad: ʌ mass(9) color_count(cyan,9.0) size(3,3) loc_xy(7,5) squares rectangluar outline keypad layer(in) nth(103) % Dots: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(116) % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) dots layer(in) nth(117) % Dots: В mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) dots layer(in) nth(118) % Dots: З mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(119) % Dots: М mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(120) _________________________________________________________________________________ groupB=18. % Outline: Ō mass(34) color_count(black,34.0) size(7,5) loc_xy(1,13) rectangluar outline polygon layer(out) nth(40) % Outline: ē mass(33) color_count(black,33.0) size(7,5) loc_xy(1,1) rectangluar outline polygon layer(out) nth(29) % Outline: ij mass(31) color_count(black,31.0) size(7,5) loc_xy(1,7) rectangluar outline polygon layer(out) nth(35) % Outline: Ę mass(28) color_count(cyan,28.0) size(13,11) loc_xy(1,1) rectangluar outline polygon layer(out) nth(30) % Outline: Ľ mass(24) color_count(orange,24.0) size(10,11) loc_xy(9,7) rectangluar outline polygon layer(out) nth(37) % Outline: ĸ mass(23) color_count(black,23.0) size(5,5) loc_xy(9,7) rectangluar outline polygon layer(out) nth(36) % Outline: Ŗ mass(23) color_count(black,23.0) size(5,5) loc_xy(9,13) rectangluar outline polygon layer(out) nth(42) % Outline: ĝ mass(22) color_count(black,22.0) size(5,5) loc_xy(9,1) rectangluar outline polygon layer(out) nth(31) % Outline: ĩ mass(20) color_count(black,20.0) size(4,5) loc_xy(15,1) nonsquare rectangluar outline filled_squared layer(out) nth(33) % Outline: ś mass(17) color_count(black,17.0) size(4,5) loc_xy(15,13) rectangluar outline polygon layer(out) nth(43) % Outline: ł mass(15) color_count(black,15.0) size(4,5) loc_xy(15,7) rectangluar outline polygon layer(out) nth(38) % Hv_Line(h): Ň mass(7) color_count(orange,7.0) size(7,1) loc_xy(1,12) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Hv_Line(v): ģ mass(5) color_count(orange,5.0) size(1,5) loc_xy(14,1) nonsquare hv_line(v) filled_squared layer(out) nth(32) % Polygon: Į mass(5) color_count(cyan,5.0) size(4,2) loc_xy(15,6) rectangluar polygon layer(out) nth(34) % Hv_Line(v): ő mass(5) color_count(cyan,5.0) size(1,5) loc_xy(8,13) nonsquare hv_line(v) filled_squared layer(out) nth(41) % Point: Ǝ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(52) % Point: Ű mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(47) _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(- 6)). object_shape(diff((dots->dot))). sameness. % Dots: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(116) % Point: Ǝ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(53) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 7), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: В mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) dots layer(in) nth(118) % Point: Ű mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(47) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(- 4)). object_shape(diff((dots->dot))). sameness. % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) dots layer(in) nth(117) % Point: Ɖ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(52) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' М', ' З', ' ʌ', ' ʑ', ' ʇ'], [ ' ő', ' ģ', ' Į', ' Ň', ' ł', ' ś', ' ĩ', ' ĝ', ' Ŗ', ' ĸ', ' Ľ', ' Ę', ' ij', ' ē', ' Ō']), change_obj(' Ѝ', ' Ɖ', [loc_xy(diff(- 1), diff(- 4)), object_shape(diff((dots->dot)))]), change_obj(' В', ' Ű', [loc_xy(diff(- 7), diff(+ 5)), object_shape(diff((dots->dot)))]), change_obj(' Ј', ' Ǝ', [loc_xy(diff(- 4), diff(- 6)), object_shape(diff((dots->dot)))])].  ___________________________________  ___________________________________ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ š ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę š ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ŧ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē ē Ę ĝ Ŧ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ū ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ū ē ē Ę ĝ ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ ʇ ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ē ē ē ē ē ē Ę Ę Ę ĝ ĝ ĝ ĝ ģ ĩ ĩ ĩ ĩ ʇ ʇ ʇ Ј ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ę Ű Į Į Į Į ʇ ʇ ʇ ʇ ʇ ʇ ʌ ʌ ʌ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ѝ ʇ ij ij ij ij ij ij Ę Ę Ę ĸ ĸ ĸ ĸ Ľ ł ł Į ł ʇ ʇ ŵ ʇ ʇ ź ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ij ij ŵ ij ij ź ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ł ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ij ij ij ij ij ij ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ł ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ſ ij ij ij ij ij ij ij Ę ĸ ĸ ĸ ĸ ĸ Ľ ł ł ł ſ ʇ ʇ ʇ ʇ ʇ ʇ В ʇ ʇ ʇ ʇ ʇ ʑ ʑ ʑ ʇ Ƅ ʇ ij ij ij ij ij ij Ę Ę ĸ ĸ ĸ ĸ Ľ Ľ Ľ ł Ƅ Ɖ ʇ З ʇ ʇ ʇ ʇ ʇ ʇ ʇ М ʇ ʇ ʑ ʑ ʑ ʇ ʇ ʇ Ň Ň Ň Ň Ň Ň Ň Ǝ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ Ľ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʑ ʑ ʑ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ľ Ľ Ľ ś ś ś ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ɠ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ Ɠ ś ś ś ʇ ʇ ʇ ʇ ʇ Ƙ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ƙ Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ ś ś ś ś ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ɲ ʇ ʇ ʇ ʇ ʇ ʇ Ƣ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ɲ Ŗ Ŗ Ľ ś ś ś Ƣ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ ʇ Ō Ō Ō Ō Ō Ō Ō ő Ŗ Ŗ Ŗ Ŗ Ŗ Ľ ś ś ś ś  ___________________________________  ___________________________________ better(v(e9bb6954)*(trn+0)+in) better(v(e9bb6954)*(trn+0)+out) IN OUT grid_dim=grid_size(18, 17). grid_dim=grid_size(18, 17). colors_count_size=9 colors_count_size=7 cc:0=cc(black, 272.0). cc:0=cc(black, 221.0). cc:1=cc(cyan, 12.0). cc:1=cc(orange, 38.0). cc:2=cc(orange, 11.0). cc:2=cc(cyan, 38.0). cc:3=cc(red, 3.0). cc:3=cc(red, 3.0). cc:4=cc(brown, 3.0). cc:4=cc(brown, 3.0). cc:5=cc(yellow, 2.0). cc:5=cc(yellow, 2.0). cc:6=cc(silver, 1.0). cc:6=cc(blue, 1.0). cc:7=cc(green, 1.0). cc:8=cc(blue, 1.0). compare_objs1([perfect]). % Point: š mass(1) color_count(orange,1.0) size(1,1) loc_xy(9,1) point layer(in) nth(44) % Point: š mass(1) color_count(orange,1.0) size(1,1) loc_xy(9,1) point layer(out) nth(44) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ŧ mass(1) color_count(brown,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(45) % Point: Ŧ mass(1) color_count(brown,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(45) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ū mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(in) nth(46) % Point: ū mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(out) nth(46) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ŵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(in) nth(48) % Point: ŵ mass(1) color_count(blue,1.0) size(1,1) loc_xy(3,8) point layer(out) nth(48) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(6,8) point layer(in) nth(49) % Point: ź mass(1) color_count(red,1.0) size(1,1) loc_xy(6,8) point layer(out) nth(49) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ſ mass(1) color_count(brown,1.0) size(1,1) loc_xy(18,10) point layer(in) nth(50) % Point: ſ mass(1) color_count(brown,1.0) size(1,1) loc_xy(18,10) point layer(out) nth(50) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƅ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(in) nth(51) % Point: Ƅ mass(1) color_count(red,1.0) size(1,1) loc_xy(17,11) point layer(out) nth(51) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɠ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,14) point layer(in) nth(54) % Point: Ɠ mass(1) color_count(red,1.0) size(1,1) loc_xy(15,14) point layer(out) nth(54) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,15) point layer(in) nth(55) % Point: Ƙ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(6,15) point layer(out) nth(55) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(11,16) point layer(in) nth(56) % Point: Ɲ mass(1) color_count(orange,1.0) size(1,1) loc_xy(11,16) point layer(out) nth(56) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(18,16) point layer(in) nth(57) % Point: Ƣ mass(1) color_count(yellow,1.0) size(1,1) loc_xy(18,16) point layer(out) nth(57) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=8. % Dots: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(116) % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) dots layer(in) nth(117) % Dots: В mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) dots layer(in) nth(118) % Dots: З mass(1) color_count(silver,1.0) size(1,1) loc_xy(2,12) dots layer(in) nth(119) % Dots: М mass(1) color_count(green,1.0) size(1,1) loc_xy(10,12) dots layer(in) nth(120) % Keypad: ʑ mass(9) color_count(orange,9.0) size(3,3) loc_xy(13,11) squares rectangluar outline keypad layer(in) nth(104) % Keypad: ʌ mass(9) color_count(cyan,9.0) size(3,3) loc_xy(7,5) squares rectangluar outline keypad layer(in) nth(103) % Outline: ʇ mass(272) color_count(black,272.0) size(18,17) loc_xy(1,1) squares outline polygon layer(in) nth(102) _________________________________________________________________________________ groupB=18. % Point: Ǝ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(53) % Point: Ɖ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(52) % Point: Ű mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(47) % Hv_Line(v): ģ mass(5) color_count(orange,5.0) size(1,5) loc_xy(14,1) nonsquare hv_line(v) filled_squared layer(out) nth(32) % Polygon: Į mass(5) color_count(cyan,5.0) size(4,2) loc_xy(15,6) rectangluar polygon layer(out) nth(34) % Hv_Line(v): ő mass(5) color_count(cyan,5.0) size(1,5) loc_xy(8,13) nonsquare hv_line(v) filled_squared layer(out) nth(41) % Hv_Line(h): Ň mass(7) color_count(orange,7.0) size(7,1) loc_xy(1,12) hv_line(h) nonsquare filled_squared layer(out) nth(39) % Outline: ł mass(15) color_count(black,15.0) size(4,5) loc_xy(15,7) rectangluar outline polygon layer(out) nth(38) % Outline: ś mass(17) color_count(black,17.0) size(4,5) loc_xy(15,13) rectangluar outline polygon layer(out) nth(43) % Outline: ĩ mass(20) color_count(black,20.0) size(4,5) loc_xy(15,1) nonsquare rectangluar outline filled_squared layer(out) nth(33) % Outline: ĝ mass(22) color_count(black,22.0) size(5,5) loc_xy(9,1) rectangluar outline polygon layer(out) nth(31) % Outline: ĸ mass(23) color_count(black,23.0) size(5,5) loc_xy(9,7) rectangluar outline polygon layer(out) nth(36) % Outline: Ŗ mass(23) color_count(black,23.0) size(5,5) loc_xy(9,13) rectangluar outline polygon layer(out) nth(42) % Outline: Ľ mass(24) color_count(orange,24.0) size(10,11) loc_xy(9,7) rectangluar outline polygon layer(out) nth(37) % Outline: Ę mass(28) color_count(cyan,28.0) size(13,11) loc_xy(1,1) rectangluar outline polygon layer(out) nth(30) % Outline: ij mass(31) color_count(black,31.0) size(7,5) loc_xy(1,7) rectangluar outline polygon layer(out) nth(35) % Outline: ē mass(33) color_count(black,33.0) size(7,5) loc_xy(1,1) rectangluar outline polygon layer(out) nth(29) % Outline: Ō mass(34) color_count(black,34.0) size(7,5) loc_xy(1,13) rectangluar outline polygon layer(out) nth(40) _________________________________________________________________________________ diffs. loc_xy(diff(- 4), diff(- 6)). object_shape(diff((dots->dot))). sameness. % Dots: Ј mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,6) dots layer(in) nth(116) % Point: Ǝ mass(1) color_count(black,1.0) size(1,1) loc_xy(8,12) point layer(out) nth(53) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 7), diff(+ 5)). object_shape(diff((dots->dot))). sameness. % Dots: В mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,11) dots layer(in) nth(118) % Point: Ű mass(1) color_count(black,1.0) size(1,1) loc_xy(14,6) point layer(out) nth(47) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ diffs. loc_xy(diff(- 1), diff(- 4)). object_shape(diff((dots->dot))). sameness. % Dots: Ѝ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(17,7) dots layer(in) nth(117) % Point: Ɖ mass(1) color_count(black,1.0) size(1,1) loc_xy(18,11) point layer(out) nth(52) compare_objs1 = [ -same, -colors, -visually, -loc_xy, -perfect, +mass, +size, +shape, +rotation]. _________________________________________________________________________________ [ disjointed( [ ' М', ' З', ' ʌ', ' ʑ', ' ʇ'], [ ' ő', ' ģ', ' Į', ' Ň', ' ł', ' ś', ' ĩ', ' ĝ', ' Ŗ', ' ĸ', ' Ľ', ' Ę', ' ij', ' ē', ' Ō']), change_obj(' Ѝ', ' Ɖ', [loc_xy(diff(- 1), diff(- 4)), object_shape(diff((dots->dot)))]), change_obj(' В', ' Ű', [loc_xy(diff(- 7), diff(+ 5)), object_shape(diff((dots->dot)))]), change_obj(' Ј', ' Ǝ', [loc_xy(diff(- 4), diff(- 6)), object_shape(diff((dots->dot)))])]. ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e9bb6954),[lmDSL([(iz(_51934054,keypad),iz(_51934054,monocolor),centerof(_51934054,_51934074)-->starburst(_51934074))]),e('box of nine draw outward, if you hit a drawn line blacken it')]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(4, 1)'].  _________________________  _________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  _________________________  _________________________ test(v(e9bb6954)*(trn+1)+in) test(v(e9bb6954)*(trn+1)+out) IN OUT grid_dim=grid_size(13, 14). grid_dim=grid_size(13, 14). colors_count_size=9 colors_count_size=9 cc:0=cc(black, 152.0). cc:0=cc(black, 133.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 30.0). cc:2=cc(brown, 4.0). cc:2=cc(blue, 4.0). cc:3=cc(blue, 4.0). cc:3=cc(orange, 3.0). cc:4=cc(orange, 3.0). cc:4=cc(green, 3.0). cc:5=cc(green, 3.0). cc:5=cc(brown, 3.0). cc:6=cc(cyan, 3.0). cc:6=cc(red, 2.0). cc:7=cc(red, 2.0). cc:7=cc(purple, 2.0). cc:8=cc(purple, 2.0). cc:8=cc(cyan, 2.0).  _________________________  _________________________ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҽ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү Ү Ү ҽ Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӂ Ꮦ Ӈ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү ӂ Ү Ӈ Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӌ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү ӌ Ү Ү Ү Ꮦ Ꮦ Ꮦ Ꮦ ӑ Ꮦ Ꮦ Ӗ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ҥ Ҥ ӑ Ҥ ҩ Ӗ Ү Ү Ү Ү Ү ӛ Ꮦ Ꮦ Ꮦ Ӡ ӥ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӛ Ҥ Ҥ Ҥ Ӡ ӥ ҩ Ү Ү Ү Ү Ү Ү Ꮦ Ꮦ Ӫ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ӫ Ҥ Ҥ ҩ ҩ ҩ Ү Ү Ү Ү Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ ᑆ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҩ ҩ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ ӯ Ӵ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӹ Ꮦ Ꮦ Ӿ Ꮦ Ꮦ ӯ Ӵ ҳ ҳ ҳ ҳ ҩ ӹ Ҹ Ҹ Ӿ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ԅ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ԅ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ ԉ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ԏ Ꮦ Ꮦ ҳ ҳ ҳ ԉ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ԏ Ҹ Ҹ Ꮦ Ꮦ Ꮦ ԓ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ԓ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ᑋ Ꮦ Ꮦ Ꮦ Ꮦ Ԙ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ԙ Ҹ  _________________________  _________________________ common(v(e9bb6954)*(trn+1)+in) common(v(e9bb6954)*(trn+1)+out) IN OUT grid_dim=grid_size(13, 14). grid_dim=grid_size(13, 14). colors_count_size=9 colors_count_size=9 cc:0=cc(black, 152.0). cc:0=cc(black, 133.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 30.0). cc:2=cc(brown, 4.0). cc:2=cc(blue, 4.0). cc:3=cc(blue, 4.0). cc:3=cc(orange, 3.0). cc:4=cc(orange, 3.0). cc:4=cc(green, 3.0). cc:5=cc(green, 3.0). cc:5=cc(brown, 3.0). cc:6=cc(cyan, 3.0). cc:6=cc(red, 2.0). cc:7=cc(red, 2.0). cc:7=cc(purple, 2.0). cc:8=cc(purple, 2.0). cc:8=cc(cyan, 2.0). compare_objs1([perfect]). % Point: ҽ mass(1) color_count(brown,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(150) % Point: ҽ mass(1) color_count(brown,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(150) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӂ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(in) nth(151) % Point: ӂ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(151) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,2) point layer(in) nth(152) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(152) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(153) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(153) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӑ mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(in) nth(154) % Point: ӑ mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(out) nth(154) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӗ mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,4) point layer(in) nth(155) % Point: Ӗ mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(155) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӛ mass(1) color_count(orange,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(156) % Point: ӛ mass(1) color_count(orange,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(156) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(in) nth(157) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(157) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,5) point layer(in) nth(158) % Point: ӥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,5) point layer(out) nth(158) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӫ mass(1) color_count(red,1.0) size(1,1) loc_xy(3,6) point layer(in) nth(159) % Point: Ӫ mass(1) color_count(red,1.0) size(1,1) loc_xy(3,6) point layer(out) nth(159) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӯ mass(1) color_count(brown,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(160) % Point: ӯ mass(1) color_count(brown,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(160) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӵ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(in) nth(161) % Point: Ӵ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(161) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӹ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,9) point layer(in) nth(162) % Point: ӹ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(162) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӿ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,9) point layer(in) nth(163) % Point: Ӿ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,9) point layer(out) nth(163) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԅ mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,11) point layer(in) nth(164) % Point: Ԅ mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,11) point layer(out) nth(164) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ԉ mass(1) color_count(orange,1.0) size(1,1) loc_xy(4,12) point layer(in) nth(165) % Point: ԉ mass(1) color_count(orange,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(165) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԏ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,12) point layer(in) nth(166) % Point: Ԏ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(166) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ԓ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(in) nth(167) % Point: ԓ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(out) nth(167) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԙ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,14) point layer(in) nth(168) % Point: Ԙ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(168) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Outline: Ꮦ mass(152) color_count(black,152.0) size(13,14) loc_xy(1,1) squares outline polygon layer(in) nth(198) % Keypad: Ꮫ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(in) nth(199) % Dots: ᑆ mass(1) color_count(brown,1.0) size(1,1) loc_xy(13,7) dots layer(in) nth(219) % Dots: ᑋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,14) dots layer(in) nth(220) _________________________________________________________________________________ groupB=5. % Outline: ҳ mass(37) color_count(black,37.0) size(6,7) loc_xy(1,8) rectangluar outline polygon layer(out) nth(148) % Outline: Ҹ mass(36) color_count(black,36.0) size(6,7) loc_xy(8,8) rectangluar outline polygon layer(out) nth(149) % Outline: Ҥ mass(30) color_count(black,30.0) size(6,6) loc_xy(1,1) rectangluar outline polygon layer(out) nth(145) % Outline: ҩ mass(30) color_count(yellow,30.0) size(13,14) loc_xy(1,1) rectangluar outline polygon layer(out) nth(146) % Outline: Ү mass(30) color_count(black,30.0) size(6,6) loc_xy(8,1) rectangluar outline polygon layer(out) nth(147) _________________________________________________________________________________ disjointed( [' ᑆ', ' ᑋ', ' Ꮫ', ' Ꮦ'], [ ' Ҥ', ' Ү', ' ҩ', ' Ҹ', ' ҳ']).  _________________________  _________________________ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҽ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү Ү Ү ҽ Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӂ Ꮦ Ӈ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү ӂ Ү Ӈ Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӌ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ҥ Ҥ Ҥ Ҥ ҩ Ү Ү ӌ Ү Ү Ү Ꮦ Ꮦ Ꮦ Ꮦ ӑ Ꮦ Ꮦ Ӗ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ҥ Ҥ ӑ Ҥ ҩ Ӗ Ү Ү Ү Ү Ү ӛ Ꮦ Ꮦ Ꮦ Ӡ ӥ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӛ Ҥ Ҥ Ҥ Ӡ ӥ ҩ Ү Ү Ү Ү Ү Ү Ꮦ Ꮦ Ӫ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ҥ Ҥ Ӫ Ҥ Ҥ ҩ ҩ ҩ Ү Ү Ү Ү Ү Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ ᑆ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ ҩ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮫ Ꮫ Ꮫ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҩ ҩ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ ӯ Ӵ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ӹ Ꮦ Ꮦ Ӿ Ꮦ Ꮦ ӯ Ӵ ҳ ҳ ҳ ҳ ҩ ӹ Ҹ Ҹ Ӿ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ԅ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ԅ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ ԉ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ԏ Ꮦ Ꮦ ҳ ҳ ҳ ԉ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ԏ Ҹ Ҹ Ꮦ Ꮦ Ꮦ ԓ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ҳ ҳ ҳ ԓ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ҹ Ҹ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ Ꮦ ᑋ Ꮦ Ꮦ Ꮦ Ꮦ Ԙ Ꮦ ҳ ҳ ҳ ҳ ҳ ҳ ҩ Ҹ Ҹ Ҹ Ҹ Ԙ Ҹ  _________________________  _________________________ better(v(e9bb6954)*(trn+1)+in) better(v(e9bb6954)*(trn+1)+out) IN OUT grid_dim=grid_size(13, 14). grid_dim=grid_size(13, 14). colors_count_size=9 colors_count_size=9 cc:0=cc(black, 152.0). cc:0=cc(black, 133.0). cc:1=cc(yellow, 9.0). cc:1=cc(yellow, 30.0). cc:2=cc(brown, 4.0). cc:2=cc(blue, 4.0). cc:3=cc(blue, 4.0). cc:3=cc(orange, 3.0). cc:4=cc(orange, 3.0). cc:4=cc(green, 3.0). cc:5=cc(green, 3.0). cc:5=cc(brown, 3.0). cc:6=cc(cyan, 3.0). cc:6=cc(red, 2.0). cc:7=cc(red, 2.0). cc:7=cc(purple, 2.0). cc:8=cc(purple, 2.0). cc:8=cc(cyan, 2.0). compare_objs1([perfect]). % Point: ҽ mass(1) color_count(brown,1.0) size(1,1) loc_xy(12,1) point layer(in) nth(150) % Point: ҽ mass(1) color_count(brown,1.0) size(1,1) loc_xy(12,1) point layer(out) nth(150) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӂ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(in) nth(151) % Point: ӂ mass(1) color_count(red,1.0) size(1,1) loc_xy(10,2) point layer(out) nth(151) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,2) point layer(in) nth(152) % Point: Ӈ mass(1) color_count(green,1.0) size(1,1) loc_xy(12,2) point layer(out) nth(152) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,3) point layer(in) nth(153) % Point: ӌ mass(1) color_count(green,1.0) size(1,1) loc_xy(10,3) point layer(out) nth(153) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӑ mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(in) nth(154) % Point: ӑ mass(1) color_count(brown,1.0) size(1,1) loc_xy(5,4) point layer(out) nth(154) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӗ mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,4) point layer(in) nth(155) % Point: Ӗ mass(1) color_count(purple,1.0) size(1,1) loc_xy(8,4) point layer(out) nth(155) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӛ mass(1) color_count(orange,1.0) size(1,1) loc_xy(1,5) point layer(in) nth(156) % Point: ӛ mass(1) color_count(orange,1.0) size(1,1) loc_xy(1,5) point layer(out) nth(156) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(in) nth(157) % Point: Ӡ mass(1) color_count(green,1.0) size(1,1) loc_xy(5,5) point layer(out) nth(157) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,5) point layer(in) nth(158) % Point: ӥ mass(1) color_count(blue,1.0) size(1,1) loc_xy(6,5) point layer(out) nth(158) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӫ mass(1) color_count(red,1.0) size(1,1) loc_xy(3,6) point layer(in) nth(159) % Point: Ӫ mass(1) color_count(red,1.0) size(1,1) loc_xy(3,6) point layer(out) nth(159) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӯ mass(1) color_count(brown,1.0) size(1,1) loc_xy(1,9) point layer(in) nth(160) % Point: ӯ mass(1) color_count(brown,1.0) size(1,1) loc_xy(1,9) point layer(out) nth(160) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӵ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(in) nth(161) % Point: Ӵ mass(1) color_count(orange,1.0) size(1,1) loc_xy(2,9) point layer(out) nth(161) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ӹ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,9) point layer(in) nth(162) % Point: ӹ mass(1) color_count(blue,1.0) size(1,1) loc_xy(8,9) point layer(out) nth(162) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ӿ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,9) point layer(in) nth(163) % Point: Ӿ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,9) point layer(out) nth(163) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԅ mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,11) point layer(in) nth(164) % Point: Ԅ mass(1) color_count(purple,1.0) size(1,1) loc_xy(10,11) point layer(out) nth(164) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ԉ mass(1) color_count(orange,1.0) size(1,1) loc_xy(4,12) point layer(in) nth(165) % Point: ԉ mass(1) color_count(orange,1.0) size(1,1) loc_xy(4,12) point layer(out) nth(165) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԏ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,12) point layer(in) nth(166) % Point: Ԏ mass(1) color_count(blue,1.0) size(1,1) loc_xy(11,12) point layer(out) nth(166) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: ԓ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(in) nth(167) % Point: ԓ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(4,13) point layer(out) nth(167) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ compare_objs1([perfect]). % Point: Ԙ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,14) point layer(in) nth(168) % Point: Ԙ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(12,14) point layer(out) nth(168) compare_objs1 = [ +same, +mass, +size, +shape, +colors, +visually, +rotation, +loc_xy, +perfect]. _________________________________________________________________________________ groupA=4. % Dots: ᑆ mass(1) color_count(brown,1.0) size(1,1) loc_xy(13,7) dots layer(in) nth(219) % Dots: ᑋ mass(1) color_count(cyan,1.0) size(1,1) loc_xy(7,14) dots layer(in) nth(220) % Keypad: Ꮫ mass(9) color_count(yellow,9.0) size(3,3) loc_xy(6,6) squares rectangluar outline keypad layer(in) nth(199) % Outline: Ꮦ mass(152) color_count(black,152.0) size(13,14) loc_xy(1,1) squares outline polygon layer(in) nth(198) _________________________________________________________________________________ groupB=5. % Outline: Ҥ mass(30) color_count(black,30.0) size(6,6) loc_xy(1,1) rectangluar outline polygon layer(out) nth(145) % Outline: ҩ mass(30) color_count(yellow,30.0) size(13,14) loc_xy(1,1) rectangluar outline polygon layer(out) nth(146) % Outline: Ү mass(30) color_count(black,30.0) size(6,6) loc_xy(8,1) rectangluar outline polygon layer(out) nth(147) % Outline: Ҹ mass(36) color_count(black,36.0) size(6,7) loc_xy(8,8) rectangluar outline polygon layer(out) nth(149) % Outline: ҳ mass(37) color_count(black,37.0) size(6,7) loc_xy(1,8) rectangluar outline polygon layer(out) nth(148) _________________________________________________________________________________ disjointed( [' ᑆ', ' ᑋ', ' Ꮫ', ' Ꮦ'], [ ' Ҥ', ' Ү', ' ҩ', ' Ҹ', ' ҳ']). ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||| fav(v(e9bb6954),[lmDSL([(iz(_25585252,keypad),iz(_25585252,monocolor),centerof(_25585252,_25585272)-->starburst(_25585272))]),e('box of nine draw outward, if you hit a drawn line blacken it')]) [ +shape_match, -mask_match, -rotation_match, -color_match, evaluation, '(4, 1)'].  ___________________________  ___________________________ ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ® ®  ___________________________  ___________________________ test(v(e9bb6954)*(trn+2)+in) test(v(e9bb6954)*(trn+2)+out) IN OUT grid_dim=grid_size(14, 18). grid_dim=grid_size(14, 18). colors_count_size=9 colors_count_size=9 cc:0=cc(black, 203.0). cc:0=cc(black, 160.0). cc:1=cc(green, 16.0). cc:1=cc(green, 39.0). cc:2=cc(red, 10.0). cc:2=cc(red, 34.0). cc:3=cc(cyan, 9.0). cc:3=cc(cyan, 8.0). cc:4=cc(purple, 6.0). cc:4=cc(purple, 4.0). cc:5=cc(orange, 3.0). cc:5=cc(orange, 3.0). cc:6=cc(silver, 2.0). cc:6=cc(blue, 2.0). cc:7=cc(blue, 2.0). cc:7=cc(yellow, 1.0). cc:8=cc(yellow, 1.0). cc:8=cc(silver, 1.0).