E2c/notes
[the, shopper, drank, the, pepsi]
(thereExists ?shopper4675
(and
(isa ?shopper4675 (FrequentPerformerFn Shopping ) )
(thereExists ?pepsi6
(and (isa ?pepsi6 PepsiCola )
(and (occursDuring ?drank7550 Past )
(and (isa ?drank7550 DrinkingEvent )
(performedBy ?drank7550 ?shopper4675 )
(consumedObject ?drank7550 ?pepsi6 )
)
)
)
)
)
)
[the, shopper, drinks, the, pepsi]
(thereExists ?shopper4675
(and (isa ?shopper4675 (FrequentPerformerFn Shopping ) )
(thereExists ?pepsi6
(and (isa ?pepsi6 PepsiCola )
(and (occursDuring ?drank7550 Now )
(and (isa ?drank7550 DrinkingEvent )
(performedBy ?drank7550 ?shopper4675 )
(consumedObject ?drank7550 ?pepsi6 ) ) ) ) ) ) )
[the, shopper, bought, fries]
(thereExists ?shopper4794
(and (isa ?shopper4794 (FrequentPerformerFn Shopping ) ) (and (and (isa ?fries20 Frying ) (objectOfStateChange ?fries20 ?POSSESSOR13610 ) ) (and (occursDuring ?bought3 Past ) (and (isa ?bought3 Buying ) (buyer ?bought3 ?shopper4794 ) (objectPaidFor ?bought3 ?fries20 ) ) ) ) ) )
[the, shopper, bought, fries, with, his, pepsi]
(thereExists ?shopper4863
(and (isa ?shopper4863 (FrequentPerformerFn Shopping ) )
(and (isa ?pepsi42 PepsiCola )
(and (and (and (isa ?fries103 Frying )
(objectOfStateChange ?fries103 ?POSSESSOR13613 ) )
(and (isa ?bought4 Buying ) (seller ?bought4 ?shopper4863 )
(objectPaidFor ?bought4 ?fries103 )
(buyingPerformer ?bought4 ?pepsi42 ) ) )
(equals ?POSSESSOR13613
(OneOfFn (PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr PossessivePronoun-Post )
(PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr PossessivePronoun-Pre ) ) )
(controls (OneOfFn (PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr PossessivePronoun-Post )
(PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr PossessivePronoun-Pre ) )
?pepsi42 ) ) ) ) )
english2Kif("I see you").
assert(known_phrase(verbSemTrans(#$and(#$isa(?ACTION1, #$VisualPerception), #$performedBy(?ACTION1, ?Speaker), #$perceivedThings(?ACTION1, ?TargetAgent)), true) ))
e2c("George fell last year").
[[txt, 'George'], [tag, staart, nnp, np]] [[txt, fell], [tag, z, vbd]] [[txt, last], [tag, z, jj, ap, 'Adjective', 'Adverb', 'CountNoun', 'WHAdverb']] [[txt, year], [tag, laast, nn, 'CountNoun']]
seg([p('VP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('PP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4)])
(implies
(equals ?GEORGE2
(OneOfFn EddieGeorge-FootballPlayer-American
(CityNamedFn "George" RepublicOfSouthAfrica ) ) )
(and
(isa ?FELL1 Event )
(implies
(and
(isa ?YEAR5 CalendarYear )
(isa ?YEAR5 ContemporaryArtifact ) )
(or
(and
(isa ?FELL1 CuttingDownATree )
(objectOfStateChange ?FELL1 ?YEAR5 )
(doneBy ?FELL1 ?GEORGE2 ) )
(and
(organismKilled ?FELL1 ?YEAR5 )
(isa ?FELL1 CuttingDownATree )
(performedBy ?FELL1 ?GEORGE2 ) ) ) ) ) )
e2c("I see you").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, see], [tag, z, vb]] [[txt, you], [tag, laast, ppss, ppo, prp, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SEE1 Event )
(thereExists ?TARGETAGENT
(and
(isa ?TARGETAGENT Person )
(or
(awareOf ?SPEAKER ?TARGETAGENT )
(and
(isa ?SEE1 VisualPerception )
(performedBy ?SEE1 ?SPEAKER )
(perceivedThings ?SEE1 ?TARGETAGENT ) ) ) ) ) ) ) )
e2c("I seen the wood").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, seen], [tag, z, vbn]] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, wood], [tag, laast, nn, 'CountNoun', 'MassNoun', 'MassNoun-Generic']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('QP', 3, 4)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SEEN1 Event )
(thereExists ?WOOD5
(and
(isa ?WOOD5
(OneOfFn Wood Wood-GolfClub WoodedArea ) )
(or
(awareOf ?SPEAKER ?WOOD5 )
(and
(isa ?SEEN1 VisualPerception )
(performedBy ?SEEN1 ?SPEAKER )
(perceivedThings ?SEEN1 ?WOOD5 ) ) ) ) ) ) ) )
e2c("I sawed the wood").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, sawed], [tag, z, 'NLWordForm', 'Verb', 'Adjective']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, wood], [tag, laast, nn, 'CountNoun', 'MassNoun', 'MassNoun-Generic']]
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SAWED1 Event )
(thereExists ?WOOD11
(and
(isa ?WOOD11
(OneOfFn Wood Wood-GolfClub WoodedArea ) )
(and
(isa ?SAWED1 SawingSomething )
(objectOfStateChange ?SAWED1 ?WOOD11 )
(doneBy ?SAWED1 ?SPEAKER ) ) ) ) ) ) )
e2c("I see two books on a shelf").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, see], [tag, z, vb]] [[txt, two], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, books], [tag, z, nns, 'CountNoun', 'ProperCountNoun', 'ProperNoun']] [[txt, on], [tag, z, in, 'Adverb', 'Preposition', 'Preposition-Directional-Telic', 'Preposition-Locative', 'VerbParticle', 'WHAdverb']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, shelf], [tag, laast, nn, 'CountNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('QP', 3, 4), p('PP_non_cyclic', 5, 5), p('QP', 6, 7)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SEE2 Event )
(thereExistExactly 2 ?TWO2
(and
(and
(isa ?TWO2 BookCopy )
(isa ?TWO2 Thing ) )
(and
(or
(awareOf ?SPEAKER ?TWO2 )
(and
(isa ?SEE2 VisualPerception )
(performedBy ?SEE2 ?SPEAKER )
(perceivedThings ?SEE2 ?TWO2 ) ) )
(thereExists ?SHELF5
(and
(isa ?SHELF5 ShelfInABuilding )
(on-UnderspecifiedSurface ?TWO2 ?SHELF5 ) ) ) ) ) ) ) ) )
e2c("I see two books sitting on a shelf").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, see], [tag, z, vb]] [[txt, two], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, books], [tag, z, nns, 'CountNoun', 'ProperCountNoun', 'ProperNoun']] [[txt, sitting], [tag, z, vbg, 'GerundiveCountNoun', 'GerundiveNoun', 'MassNoun-Generic', 'Adjective']] [[txt, on], [tag, z, in, 'Adverb', 'Preposition', 'Preposition-Directional-Telic', 'Preposition-Locative', 'VerbParticle', 'WHAdverb']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, shelf], [tag, laast, nn, 'CountNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('QP', 3, 4), p('VP_non_cyclic', 5, 5), p('PP_non_cyclic', 6, 6), p('QP', 7, 8)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SEE3 Event )
(thereExistExactly 2 ?TWO4
(and
(and
(isa ?TWO4 BookCopy )
(isa ?TWO4 SittingDown ) )
(and
(or
(awareOf ?SPEAKER ?TWO4 )
(and
(isa ?SEE3 VisualPerception )
(performedBy ?SEE3 ?SPEAKER )
(perceivedThings ?SEE3 ?TWO4 ) ) )
(thereExists ?SHELF11
(and
(isa ?SHELF11 ShelfInABuilding )
(on-UnderspecifiedSurface ?TWO4 ?SHELF11 ) ) ) ) ) ) ) ) )
e2c("I can see you").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, can], [tag, z, md, 'Modal', 'CountNoun']] [[txt, see], [tag, z, vb]] [[txt, you], [tag, laast, ppss, ppo, prp, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('VP_non_cyclic', 3, 3), p('ADVP_non_cyclic', 4, 4)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(behavourCapable ?SPEAKER ?SEE4 )
(and
(isa ?SEE4 Event )
(thereExists ?TARGETAGENT
(and
(isa ?TARGETAGENT Person )
(or
(awareOf ?SPEAKER ?TARGETAGENT )
(and
(isa ?SEE4 VisualPerception )
(performedBy ?SEE4 ?SPEAKER )
(perceivedThings ?SEE4 ?TARGETAGENT ) ) ) ) ) ) ) ) )
e2c("Fido is a dog").
[[txt, 'Fido'], [tag, staart]] [[txt, is], [tag, z, bez, vbz, 'BeAux']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, dog], [tag, laast, nn, 'CountNoun']]
(implies
(properNameString ?FIDO3 "Fido" )
(thereExists ?DOG8
(and
(and
(isa ?DOG8 InsultingSomeone )
(subjectOfInfo ?DOG8 :POSSESSOR ) )
(and
(isa ?IS1 Living )
(occursDuring ?IS1 Now )
(preActors ?IS1 ?FIDO3 )
(actors ?IS1 ?DOG8 ) ) ) ) )
e2c("Who is the president of the United States of America ?").
[[txt, 'Who'], [tag, staart, nnp, prp, wp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, is], [tag, z, bez, vbz, 'BeAux']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, president], [tag, z, nn, 'CountNoun', 'ProperCountNoun', 'ProperNoun', 'Adjective']] [[txt, of], [tag, z, in, 'Preposition', 'Preposition-Of']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, 'United', 'States', of, 'America'], [tag, z]] [[txt, ?], [tag, laast, ?, 'Punctuation-SP']]
(CYC-QUERY
(thereExists ?Who
(thereExists ?PRESIDENT46
(and
(and
(and
(isa ?PRESIDENT46 Thing )
(isa ?PRESIDENT46 Thing ) )
(isa ?PRESIDENT46
(OneOfFn PresidentOfOrganization
(SubcollectionOfWithRelationFromTypeFn Person president Organization ) ) ) )
(and
(and
(isa ?IS10 Living )
(occursDuring ?IS10 Now )
(preActors ?IS10 ?Who )
(actors ?IS10 ?PRESIDENT46 ) )
(thereExists ?G300312
(and
(eq ?G300312 UnitedStatesOfAmerica )
(possessiveRelation ?G300312 ?PRESIDENT46 ) ) ) ) ) ) ) )
e2c("I saw him").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, saw], [tag, z, vbd, 'CountNoun']] [[txt, him], [tag, laast, ppo, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(and
(isa ?SAW1 Event )
(thereExists ?HIM
(and
(equals ?HIM
(PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr ObjectPronoun ) )
(or
(awareOf ?SPEAKER ?HIM )
(and
(isa ?SAW1 SawingSomething )
(objectOfStateChange ?SAW1 ?HIM )
(doneBy ?SAW1 ?SPEAKER ) )
(and
(isa ?SAW1 VisualPerception )
(performedBy ?SAW1 ?SPEAKER )
(perceivedThings ?SAW1 ?HIM ) ) ) ) ) ) ) )
e2c("I saw him Monday").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, saw], [tag, z, vbd, 'CountNoun']] [[txt, him], [tag, z, ppo, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, 'Monday'], [tag, laast, nnp, nr, 'CountNoun', 'ProperCountNoun', 'ProperNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(implies
(occursDuring ?SAW2 Monday )
(holdsIn ?SAW2
(and
(isa ?SAW2 Event )
(thereExists ?HIM
(and
(equals ?HIM
(PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr ObjectPronoun ) )
(or
(awareOf ?SPEAKER ?HIM )
(and
(isa ?SAW2 SawingSomething )
(objectOfStateChange ?SAW2 ?HIM )
(doneBy ?SAW2 ?SPEAKER ) )
(and
(isa ?SAW2 VisualPerception )
(performedBy ?SAW2 ?SPEAKER )
(perceivedThings ?SAW2 ?HIM ) ) ) ) ) ) ) ) ) )
e2c("I saw him January").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, saw], [tag, z, vbd, 'CountNoun']] [[txt, him], [tag, z, ppo, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, 'January'], [tag, laast, nnp, np, 'ProperCountNoun', 'ProperNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4)])
(thereExists ?SPEAKER
(and
(isa ?SPEAKER Person )
(implies
(occursDuring ?SAW3 January )
(holdsIn ?SAW3
(and
(isa ?SAW3 Event )
(thereExists ?HIM
(and
(equals ?HIM
(PronounFn ThirdPerson-NLAttr Singular-NLAttr Masculine-NLAttr ObjectPronoun ) )
(or
(awareOf ?SPEAKER ?HIM )
(and
(isa ?SAW3 SawingSomething )
(objectOfStateChange ?SAW3 ?HIM )
(doneBy ?SAW3 ?SPEAKER ) )
(and
(isa ?SAW3 VisualPerception )
(performedBy ?SAW3 ?SPEAKER )
(perceivedThings ?SAW3 ?HIM ) ) ) ) ) ) ) ) ) )
e2c("I saw him January twenty first").
[[txt, 'I'], [tag, staart, ppss, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, saw], [tag, z, vbd, 'CountNoun']] [[txt, him], [tag, z, ppo, prp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, 'January'], [tag, z, nnp, np, 'ProperCountNoun', 'ProperNoun']] [[txt, twenty], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, first], [tag, laast, jj, od, rb, 'Adjective', 'Adverb', 'CountNoun', 'NongradableAdjective', 'OrdinalAdjective', 'WHAdverb']]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5), p('PP_non_cyclic', 6, 6)])
e2c("Monday ' s concert should be good").
[[txt, 'Monday\'s'], [txt, 'Monday', '\'s'], [txt, 'Monday'], [tag, staart, '\'s', 'nr$']] [[txt, concert], [tag, z, nn, 'CountNoun']] [[txt, should], [tag, z, md, 'Modal']] [[txt, be], [tag, z, be, vb, 'BeAux']] [[txt, good], [tag, laast, jj, 'Adjective']]
e2c("We did it in Jan").
[[txt, 'We'], [tag, staart, prp, ppss, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, did], [tag, z, dod, vbd, 'DoAux']] [[txt, it], [tag, z, prp, pps, ppo, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, in], [tag, z, in, 'Adjective', 'Adverb', 'CountNoun', 'Preposition', 'Preposition-Directional-Telic', 'Preposition-Locative', 'VerbParticle', 'WHAdverb']] [[txt, 'Jan'], [tag, laast, nnp, np]]
seg([p('ADVP_non_cyclic', 1, 1), p('VP_non_cyclic', 2, 2), p('ADVP_non_cyclic', 3, 3), p('PP_non_cyclic', 4, 4), p('VP_non_cyclic', 5, 5)])
(thereExists ?WE
(and
(equals ?WE
(PronounFn FirstPerson-NLAttr Plural-NLAttr Ungendered-NLAttr SubjectPronoun ) )
(and
(and
(occursDurring ?IN3 ?G431374 )
(bodilyDoer ?WE ?IN3 ) )
(implies
(properNameString ?JAN68 "Jan" )
(and
(occursDuring ?IN3 Now )
(holdsIn ?IN3
(in-UnderspecifiedContainer ?WE ?JAN68 ) ) ) ) ) ) )
e2c("Failure to comply may result in dismissal").
[[txt, 'Failure'], [tag, staart, nn, 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, to], [tag, z, to, in, 'InfinitiveComp', 'Preposition', 'Preposition-Directional']] [[txt, comply], [tag, z, vb, 'Adjective', 'Adverb', 'WHAdverb']] [[txt, may], [tag, z, md, 'Modal', 'ProperCountNoun', 'ProperNoun']] [[txt, result], [tag, z, nn, vb, 'CountNoun']] [[txt, in], [tag, z, in, 'Adjective', 'Adverb', 'CountNoun', 'Preposition', 'Preposition-Directional-Telic', 'Preposition-Locative', 'VerbParticle', 'WHAdverb']] [[txt, dismissal], [tag, laast, nn, 'CountNoun', 'Adjective']]
seg([p('VP_non_cyclic', 1, 1), p('PP_non_cyclic', 2, 2), p('VP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4), p('VP_non_cyclic', 5, 5), p('PP_non_cyclic', 6, 6), p('VP_non_cyclic', 7, 7)])
(implies
(properNameString ?FAILURE3 "Failure" )
(and
(and
(isa ?RESULT3
(AdverbFn Comply-TheWord ) )
(and
(behavourCapable ?FAILURE3 ?RESULT3 )
(implies
(and
(isa ?DISMISSAL9
(NounFn Dismiss-TheWord ) )
(agentPopularity ?DISMISSAL9
(HighAmountFn PopularityLevel ) ) )
(and
(occursDuring ?RESULT3 Now )
(holdsIn ?RESULT3
(eventOutcomes ?FAILURE3 ?DISMISSAL9 ) ) ) ) ) )
(implies
(and
(isa ?G461366 Thing )
(isa ?G461366 Thing ) )
(to-UnderspecifiedLocation ?FAILURE3 ?G461366 ) ) ) )
e2c("Absence to comply may result in dismissal").
[[txt, 'Absence'], [tag, staart, 'CountNoun', 'CountNoun-Generic', 'NLWordForm', 'Noun']] [[txt, to], [tag, z, to, in, 'InfinitiveComp', 'Preposition', 'Preposition-Directional']] [[txt, comply], [tag, z, vb, 'Adjective', 'Adverb', 'WHAdverb']] [[txt, may], [tag, z, md, 'Modal', 'ProperCountNoun', 'ProperNoun']] [[txt, result], [tag, z, nn, vb, 'CountNoun']] [[txt, in], [tag, z, in, 'Adjective', 'Adverb', 'CountNoun', 'Preposition', 'Preposition-Directional-Telic', 'Preposition-Locative', 'VerbParticle', 'WHAdverb']] [[txt, dismissal], [tag, laast, nn, 'CountNoun', 'Adjective']]
(implies
(properNameString ?ABSENCE3 "Absence" )
(and
(and
(isa ?RESULT7
(AdverbFn Comply-TheWord ) )
(and
(behavourCapable ?ABSENCE3 ?RESULT7 )
(implies
(and
(isa ?DISMISSAL18
(NounFn Dismiss-TheWord ) )
(agentPopularity ?DISMISSAL18
(HighAmountFn PopularityLevel ) ) )
(and
(occursDuring ?RESULT7 Now )
(holdsIn ?RESULT7
(eventOutcomes ?ABSENCE3 ?DISMISSAL18 ) ) ) ) ) )
(implies
(and
(isa ?G495123 Thing )
(isa ?G495123 Thing ) )
(to-UnderspecifiedLocation ?ABSENCE3 ?G495123 ) ) ) )
e2c("He made a request that there be an investigation").
[[txt, 'He'], [tag, staart, pps, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, made], [tag, z, vbd, vbn]] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, request], [tag, z, nn, 'CountNoun']] [[txt, that], [tag, z, in, cs, dt, wdt, 'Adverb', 'Complementizer', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Definite', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHAdverb', 'WHDeterminer', 'WHPronoun']] [[txt, there], [tag, z, ex, rb, 'Adverb', 'AdverbOfPlace', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'There-Existential', 'WHAdverb', 'WHPronoun']] [[txt, be], [tag, z, be, vb, 'BeAux']] [[txt, an], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer']] [[txt, investigation], [tag, laast, nn, 'CountNoun', 'MassNoun', 'MassNoun-Generic']]
(thereExists ?HE
(and
(isa ?HE Male )
(and
(isa ?MADE1 Event )
(thereExists ?REQUEST8
(and
(and
(isa ?REQUEST8
(OneOfFn InformationRequest-IBT Request Requesting-CommunicationAct ) )
(isa ?REQUEST8 Thing ) )
(and
(or
(causes-Underspecified ?HE ?REQUEST8 )
(createdBy ?REQUEST8 ?HE )
(doneBy ?REQUEST8 ?HE )
(and
(isa ?MADE1 MakingSomething )
(performedBy ?MADE1 ?HE )
(products ?MADE1 ?REQUEST8 ) ) )
(and
(isa ?BE29
(AdverbFn There-TheWord ) )
(thereExists ?INVESTIGATION7
(and
(isa ?INVESTIGATION7 Research )
(and
(isa ?BE29 Living )
(occursDuring ?BE29 Now )
(preActors ?BE29 ?REQUEST8 )
(actors ?BE29 ?INVESTIGATION7 ) ) ) ) ) ) ) ) ) ) )
e2c("He stated the fact that there be an investigation").
[[txt, 'He'], [tag, staart, pps, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun']] [[txt, stated], [tag, z, vbn, vbd, 'Adjective']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, fact], [tag, z, nn, 'CountNoun']] [[txt, that], [tag, z, in, cs, dt, wdt, 'Adverb', 'Complementizer', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Definite', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHAdverb', 'WHDeterminer', 'WHPronoun']] [[txt, there], [tag, z, ex, rb, 'Adverb', 'AdverbOfPlace', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'There-Existential', 'WHAdverb', 'WHPronoun']] [[txt, be], [tag, z, be, vb, 'BeAux']] [[txt, an], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer']] [[txt, investigation], [tag, laast, nn, 'CountNoun', 'MassNoun', 'MassNoun-Generic']]
(thereExists ?HE
(and
(isa ?HE Male )
(thereExists ?FACT10
(and
(ist :POSSESSOR ?FACT10 )
(and
(implies
(isa ?STATED3
(VerbFn State-TheWord ) )
(eventSOT ?STATED3 ?HE ?FACT10 Past ) )
(and
(isa ?BE31
(AdverbFn There-TheWord ) )
(thereExists ?INVESTIGATION15
(and
(isa ?INVESTIGATION15 Research )
(and
(isa ?BE31 Living )
(occursDuring ?BE31 Now )
(preActors ?BE31 ?FACT10 )
(actors ?BE31 ?INVESTIGATION15 ) ) ) ) ) ) ) ) ) )
e2c("Many were angered by the hearings").
[[txt, 'Many'], [tag, staart, dt, jj, nnp, pdt, rb, 'Adverb', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHAdverb', 'WHDeterminer', 'WHPronoun', 'Adjective']] [[txt, were], [tag, z, bed, vbd, 'BeAux']] [[txt, angered], [tag, z, vbn, vbd, 'Adjective']] [[txt, by], [tag, z, in, 'Adverb', 'Preposition', 'Preposition-Directional-Telic', 'WHAdverb', 'Adjective']] [[txt, a], [tag, z, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, hearings], [tag, laast, nns, 'CountNoun', 'GerundiveCountNoun']]
seg([p('QP', 1, 1), p('VP_non_cyclic', 2, 2), p('VP_non_cyclic', 3, 3), p('PP_non_cyclic', 4, 4), p('QP', 5, 5), p('QP', 6, 6)])
(thereExists ?MANY
(and
(or
(and
(equals ?MANY Many-NLAttr )
(isa ?MANY
(CollectionUnionFn Individual NLGenQuantAttribute ) ) )
(and
(equals ?MANY Many-Quant )
(isa ?MANY
(CollectionUnionFn Individual PositiveIntegerExtent ) ) )
(and
(equals ?MANY many )
(isa ?MANY
(CollectionUnionFn GeneralizedQuantifier-Conservative Individual ReflexiveBinaryPredicate TruthFunction ) ) ) )
(and
(occursDurring ?ANGERED3 Past )
(implies
(and
(isa ?G626264 Thing )
(isa ?G626264 Thing ) )
(and
(implies
(isa ?ANGERED3
(VerbFn Anger-TheWord ) )
(eventSOT ?ANGERED3 ?MANY ?G626264 Past ) )
(thereExists ?HEARINGS5
(and
(and
(isa ?HEARINGS5 Hearing )
(objectActedOn ?HEARINGS5 :POSSESSOR ) )
(by-Underspecified ?G626264 ?HEARINGS5 ) ) ) ) ) ) ) )
e2c("Many who initially supported Thomas later changed their minds").
[[txt, 'Many'], [tag, staart, dt, jj, nnp, pdt, rb, 'Adverb', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHAdverb', 'WHDeterminer', 'WHPronoun', 'Adjective']] [[txt, who], [tag, z, wps, wp, 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHPronoun', 'WHPronoun-Subject']] [[txt, initially], [tag, z, rb, 'Adverb', 'WHAdverb', 'Adjective']] [[txt, supported], [tag, z, vbn, vbd, 'Adjective']] [[txt, 'Thomas'], [tag, z, np, nnp]] [[txt, later], [tag, z, rbr, rb, 'Adjective', 'Adverb', 'AgentiveNoun', 'AdverbOfTime', 'WHAdverb']] [[txt, changed], [tag, z, vbn, vbd, 'Adjective', 'CountNoun']] [[txt, their], [tag, z, 'pp$', 'prp$', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'PossessivePronoun-Pre', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, minds], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('X', 2, 2), p('PP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4), p('VP_non_cyclic', 5, 5), p('QP', 6, 6), p('VP_non_cyclic', 7, 7), p('NX', 8, 9)])
(thereExists ?MANY
(and
(or
(and
(equals ?MANY Many-NLAttr )
(isa ?MANY
(CollectionUnionFn Individual NLGenQuantAttribute ) ) )
(and
(equals ?MANY Many-Quant )
(isa ?MANY
(CollectionUnionFn Individual PositiveIntegerExtent ) ) )
(and
(equals ?MANY many )
(isa ?MANY
(CollectionUnionFn GeneralizedQuantifier-Conservative Individual ReflexiveBinaryPredicate TruthFunction ) ) ) )
(implies
(and
(or
(and
(equals ?MANY Agent-PartiallyTangible )
(isa ?MANY
(CollectionUnionFn Collection ExistingObjectType StuffType TemporalStuffType ) ) ) )
(and
(isa ?CHANGED1 Event )
(and
(controls ?THEIR ?MINDS4 )
(and
(equals ?THEIR
(PronounFn ThirdPerson-NLAttr Plural-NLAttr Ungendered-NLAttr PossessivePronoun-Pre ) )
(implies
(and
(isa ?MINDS4 TakingCareOfSomething )
(beneficiary ?MINDS4 :POSSESSOR ) )
(or
(and
(isa ?CHANGED1 IntrinsicStateChangeEvent )
(performedBy ?CHANGED1 ?MANY )
(objectOfStateChange ?CHANGED1 ?MINDS4 ) )
(and
(isa ?CHANGED1 ReplacingAnObject )
(objectActedOn ?CHANGED1 ?MINDS4 )
(doneBy ?CHANGED1 ?MANY ) ) ) ) ) ) ) )
(and
(isa ?SUPPORTED1
(AdverbFn Initial-TheWord ) )
(and
(isa ?SUPPORTED1
(AdverbFn Late-TheWord ) )
(and
(isa ?SUPPORTED1 Event )
(implies
(equals ?THOMAS2 JackThomas-911FOAF )
(or
(satisfiesStandard ?MANY ?THOMAS2 )
(and
(isa ?SUPPORTED1 ShowingSupportForSomeone )
(beneficiary ?SUPPORTED1 ?THOMAS2 )
(performedBy ?SUPPORTED1 ?MANY ) )
(and
(isa ?SUPPORTED1 SupportingSomething )
(supportedObject ?SUPPORTED1 ?THOMAS2 )
(supportingObject ?SUPPORTED1 ?MANY ) ) ) ) ) ) ) ) ) )
e2c("Those that want to come can come").
[[txt, 'Those'], [tag, staart, dt, nnp, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, that], [tag, z, in, cs, dt, wdt, 'Adverb', 'Complementizer', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Definite', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHAdverb', 'WHDeterminer', 'WHPronoun']] [[txt, want], [tag, z, vb, vbp, 'CountNoun']] [[txt, to], [tag, z, to, in, 'InfinitiveComp', 'Preposition', 'Preposition-Directional']] [[txt, come], [tag, z, vb, vbn]] [[txt, can], [tag, z, md, 'Modal', 'CountNoun']] [[txt, come], [tag, laast, vb, vbn]]
seg([p('PP_non_cyclic', 1, 2), p('VP_non_cyclic', 3, 3), p('PP_non_cyclic', 4, 4), p('VP_non_cyclic', 5, 5), p('VP_non_cyclic', 6, 6), p('VP_non_cyclic', 7, 7)])
(thereExists ?THOSE
(and
(or
(and
(equals ?THOSE Backreference-ClassB-NLAttr )
(isa ?THOSE
(CollectionUnionFn Backreference-NLAttrType Individual ) ) )
(and
(equals ?THOSE Demonstrative-ClassB-NLAttr )
(isa ?THOSE
(CollectionUnionFn Demonstrative-NLAttrType Individual ) ) ) )
(and
(eventSOT ?EVENT88 ?THOSE ?OBJ88 ?TIME88 )
(implies
(occursDuring ?WANT3
(OneOfFn ArrivingAtAPlace HavingAnOrgasm ) )
(holdsIn ?WANT3
(implies
(and
(isa ?G738781 Thing )
(isa ?G738781 Thing ) )
(and
(implies
(isa ?WANT3
(VerbFn Want-TheWord ) )
(eventSOT ?WANT3 ?THOSE ?G738781 Now ) )
(implies
(and
(isa ?COME4 Emission )
(isa ?COME4
(OneOfFn Buttocks Can CanningFood ) ) )
(to-UnderspecifiedLocation ?G738781 ?COME4 ) ) ) ) ) ) ) ) )
e2c("the best costumes got prizes").
[[txt, a], [tag, staart, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, best], [tag, z, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('ADVP_non_cyclic', 2, 2), p('QP', 3, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5)])
(thereExists ?COSTUMES5
(and
(and
(isa ?COSTUMES5 Costume )
(isa ?COSTUMES5 Thing ) )
(implies
(isa ?PRIZES7 AwardPractice )
(implies
(isa ?GOT7
(VerbFn Get-TheWord ) )
(eventSOT ?GOT7 ?COSTUMES5 ?PRIZES7 Past ) ) ) ) )
e2c("a best costume got prizes").
[[txt, a], [tag, staart, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, best], [tag, z, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, costume], [tag, z, nn, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('ADVP_non_cyclic', 2, 2), p('VP_non_cyclic', 3, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5)])
(thereExists ?COSTUME5
(and
(and
(isa ?COSTUME5 Costume )
(isa ?COSTUME5 Thing ) )
(implies
(isa ?PRIZES15 AwardPractice )
(implies
(isa ?GOT14
(VerbFn Get-TheWord ) )
(eventSOT ?GOT14 ?COSTUME5 ?PRIZES15 Past ) ) ) ) )
e2c("some best costumes got prizes").
[[txt, some], [tag, staart, dt, dti, 'Adverb', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Postdeterminer', 'WHAdverb', 'WHDeterminer']] [[txt, best], [tag, z, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('ADVP_non_cyclic', 2, 2), p('QP', 3, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5)])
(thereExists ?COSTUMES10
(and
(and
(isa ?COSTUMES10 Costume )
(isa ?COSTUMES10 Thing ) )
(implies
(isa ?PRIZES23 AwardPractice )
(implies
(isa ?GOT21
(VerbFn Get-TheWord ) )
(eventSOT ?GOT21 ?COSTUMES10 ?PRIZES23 Past ) ) ) ) )
e2c("the best five costumes got prizes").
[[txt, a], [tag, staart, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, best], [tag, z, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, five], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('ADVP_non_cyclic', 2, 2), p('QP', 3, 4), p('VP_non_cyclic', 5, 5), p('QP', 6, 6)])
(thereExistExactly 5 ?FIVE1
(and
(and
(isa ?FIVE1 Costume )
(isa ?FIVE1 Thing ) )
(implies
(isa ?PRIZES31 AwardPractice )
(implies
(isa ?GOT28
(VerbFn Get-TheWord ) )
(eventSOT ?GOT28 ?FIVE1 ?PRIZES31 Past ) ) ) ) )
e2c("best costumes got prizes").
[[txt, best], [tag, staart, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('QP', 2, 2), p('VP_non_cyclic', 3, 3), p('QP', 4, 4)])
e2c("best five costumes got prizes").
[[txt, best], [tag, staart, jjt, jjs, 'CountNoun', 'Adjective', 'Adverb']] [[txt, five], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('ADVP_non_cyclic', 1, 1), p('QP', 2, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5)])
(implies
(and
(and
(isa ?COSTUMES42
(NounFn Five-TheWord ) )
(isa ?COSTUMES42 Costume ) )
(hasEvaluativeQuantity ?COSTUMES42
(MediumToVeryHighAmountFn Goodness-Generic ) ) )
(implies
(isa ?PRIZES65 AwardPractice )
(implies
(isa ?GOT45
(VerbFn Get-TheWord ) )
(eventSOT ?GOT45 ?COSTUMES42 ?PRIZES65 Past ) ) ) )
e2c("five other costumes got prizes").
[[txt, five], [tag, staart, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, other], [tag, z, jj, ap, 'Adjective', 'CountNoun']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 1), p('PP_non_cyclic', 2, 2), p('QP', 3, 3), p('VP_non_cyclic', 4, 4), p('QP', 5, 5)])
(thereExistExactly 5 ?FIVE18
(and
(and
(and
(isa ?FIVE18 Costume )
(isa ?FIVE18 Thing ) )
(isa ?FIVE18 BIOS-OTHERSurveillanceSyndrome ) )
(implies
(isa ?PRIZES73 AwardPractice )
(implies
(isa ?GOT52
(VerbFn Get-TheWord ) )
(eventSOT ?GOT52 ?FIVE18 ?PRIZES73 Past ) ) ) ) )
e2c("the other five costumes got prizes").
[[txt, a], [tag, staart, dt, at, 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'Determiner-Indefinite', 'Postdeterminer', 'WHDeterminer', 'CountNoun', 'MassNoun', 'MassNoun-Generic']] [[txt, other], [tag, z, jj, ap, 'Adjective', 'CountNoun']] [[txt, five], [tag, z, cd, 'CountNoun', 'Determiner', 'Determiner-Central', 'Determiner-ClassA', 'Determiner-ClassB', 'Determiner-ClassC', 'ExpletivePronoun', 'IndefinitePronoun', 'Number-SP', 'ObjectPronoun', 'PossessivePronoun', 'PossessivePronoun-Post', 'Postdeterminer', 'Pronoun', 'Pronoun-SubjectOrObject', 'ReciprocalPronoun', 'ReflexivePronoun', 'SubjectPronoun', 'WHDeterminer', 'WHPronoun']] [[txt, costumes], [tag, z, nns, 'CountNoun']] [[txt, got], [tag, z, vbd, vbn]] [[txt, prizes], [tag, laast, nns, 'CountNoun']]
seg([p('QP', 1, 2), p('QP', 3, 4), p('VP_non_cyclic', 5, 5), p('QP', 6, 6)])
(thereExistExactly 5 ?FIVE19
(and
(and
(isa ?FIVE19 Costume )
(isa ?FIVE19 Thing ) )
(implies
(isa ?PRIZES81 AwardPractice )
(implies
(isa ?GOT59
(VerbFn Get-TheWord ) )
(eventSOT ?GOT59 ?FIVE19 ?PRIZES81 Past ) ) ) ) )
e2c("other five costumes got prizes").
(implies
(and
(and
(isa ?OTHER12
(NounFn Five-TheWord ) )
(isa ?OTHER12 Costume ) )
(isa ?OTHER12 BIOS-OTHERSurveillanceSyndrome ) )
(implies
(isa ?PRIZES89 AwardPractice )
(implies
(isa ?GOT62
(VerbFn Get-TheWord ) )
(eventSOT ?GOT62 ?OTHER12 ?PRIZES89 Past ) ) ) )
e2c("some other costumes were really bad").
(thereExists ?OTHER52
(and
(and
(and
(isa ?OTHER52 Costume )
(isa ?OTHER52 Thing ) )
(isa ?OTHER52 BIOS-OTHERSurveillanceSyndrome ) )
(implies
(and
(isa ?BAD14
(NounFn Real-TheWord ) )
(isa ?BAD14
(OneOfFn Badness-Generic Badness-Moral ) ) )
(and
(isa ?WERE6 Living )
(occursDuring ?WERE6 Past )
(preActors ?WERE6 ?OTHER52 )
(actors ?WERE6 ?BAD14 ) ) ) ) )
English Parser
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Assertion
['Hypothetic-I', 'Hypothetic-The-Arabian-Coffee', 'Hypothetic-Drank'] Variable Quantification Or Constant Name Refactoring To Customize The Assertion (Persistent)
Hypothetic-I
Hypothetic-The-Arabian-Coffee
Hypothetic-Drank
(situationConstituents Hypothetic-GenitiveFrame Hypothetic-I) T (subEvents Hypothetic-GenitiveFrame Hypothetic-Drank) T (actors Hypothetic-Drank Hypothetic-The-Arabian-Coffee) T (preActors Hypothetic-Drank Hypothetic-I) T (isa Hypothetic-Drank DrinkingEvent) T (performedBy Hypothetic-Drank Hypothetic-I) "Formula (#$performedBy #$Hypothetic-Drank #$Hypothetic-I)
was not well formed because: Term #$Hypothetic-I violates arg-isa #$Agent-Generic applicable to argument 2 of relation #$performedBy in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates arg-isa #$Agent-Generic applicable to argument 2 of relation #$performedBy (via #$deliberateActors) in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates arg-isa #$Agent-Generic applicable to argument 2 of relation #$performedBy (via #$awareOf) in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. "
(primaryObjectMoving Hypothetic-Drank Hypothetic-I) "Formula (#$primaryObjectMoving #$Hypothetic-Drank #$Hypothetic-I)
was not well formed because: Term #$Hypothetic-I violates inter-arg-isa #$FluidTangibleThing applicable to argument 2 of relation #$primaryObjectMoving when argument 1, #$Hypothetic-Drank, isa #$FluidFlowEvent in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates inter-arg-isa #$FluidTangibleThing applicable to argument 2 of relation #$primaryObjectMoving (via #$objectMoving) when argument 1, #$Hypothetic-Drank, isa #$FluidFlowEvent in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates inter-arg-isa #$FluidTangibleThing applicable to argument 2 of relation #$primaryObjectMoving when argument 1, #$Hypothetic-Drank, isa #$FluidFlow-Translation in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates arg-isa #$SpatialThing applicable to argument 2 of relation #$primaryObjectMoving (via #$objectMoving) in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates arg-isa #$PartiallyTangible applicable to argument 2 of relation #$primaryObjectMoving in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. "
(objectMoving Hypothetic-Drank Hypothetic-I) "Formula (#$objectMoving #$Hypothetic-Drank #$Hypothetic-I)
was not well formed because: Term #$Hypothetic-I violates inter-arg-isa #$FluidTangibleThing applicable to argument 2 of relation #$objectMoving when argument 1, #$Hypothetic-Drank, isa #$FluidFlowEvent in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. Term #$Hypothetic-I violates arg-isa #$SpatialThing applicable to argument 2 of relation #$objectMoving in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. "
(consumedObject Hypothetic-Drank Hypothetic-The-Arabian-Coffee)
T
(isa Hypothetic-Drank Event)
T
(isa Hypothetic-Drank Situation)
T
(termStrings Hypothetic-Drank "drank")
T
(occursDuring Hypothetic-Drank
(IntervalBeforeFn Now AnIndefiniteAmountOfTime))
T
(isa Hypothetic-The-Arabian-Coffee Individual)
T
(isa Hypothetic-The-Arabian-Coffee SomethingExisting)
T
(termStrings Hypothetic-The-Arabian-Coffee "the arabian coffee")
T
(isa Hypothetic-The-Arabian-Coffee Coffee-Ground)
T
(isa Hypothetic-The-Arabian-Coffee Coffee-Beverage)
T
(equals Hypothetic-The-Arabian-Coffee ArabianPeninsula)
T
(isa Hypothetic-The-Arabian-Coffee ArabianHorse)
"Formula
(#$isa #$Hypothetic-The-Arabian-Coffee #$ArabianHorse)
was not well formed because:
- $Hypothetic-The-Arabian-Coffee is known not to be an instance of #$ArabianHorse in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>.
sbhl conflict: (#$isa #$Hypothetic-The-Arabian-Coffee #$ArabianHorse) TRUE #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>
because: (#$isa #$Hypothetic-The-Arabian-Coffee #$Coffee-Beverage) True-JustificationTruth
(#$genls #$Coffee-Beverage #$Drink) TRUE (#$genls #$Drink #$LiquidTangibleThing) TRUE (#$genls #$LiquidTangibleThing #$FluidTangibleThing) TRUE (#$disjointWith #$FluidTangibleThing #$Agent-PartiallyTangible) TRUE (#$genls #<(#$CollectionUnionFn (#$TheSet #$Person #$Animal))> #$Agent-PartiallyTangible) TRUE (#$genls #$Animal #<(#$CollectionUnionFn (#$TheSet #$Person #$Animal))>) TRUE (#$genls #$NonHumanAnimal #$Animal) TRUE (#$genls #$EquineAnimal #$NonHumanAnimal) TRUE (#$genls #$Horse #$EquineAnimal) TRUE (#$genls #$Horse-Domesticated #$Horse) TRUE (#$genls #$ArabianHorse #$Horse-Domesticated) TRUE
"
(conceptuallyRelated Hypothetic-The-Arabian-Coffee ArabianPeninsula) "Formula (#$conceptuallyRelated #$Hypothetic-The-Arabian-Coffee #$ArabianPeninsula)
was not well formed because: (#$isa #$conceptuallyRelated #$IrreflexiveBinaryPredicate) in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))> "
(isa Hypothetic-I Individual) T (properNameStrings Hypothetic-I "I") "Formula (#$properNameStrings #$Hypothetic-I \"I\")
was not well formed because: Asserting a literal with predicate #$properNameStrings is prohibited in mt #<(#$ParseMtForSourceFn (#$StringInDocumentFn #$NLTESTMT \"I drank the arabian coffee .\"))>. "
(equals Hypothetic-I
(PronounFn FirstPerson-NLAttr Singular-NLAttr Ungendered-NLAttr SubjectPronoun))
T
(isa Hypothetic-I SomethingExisting)
T
(termStrings Hypothetic-I "I")
T
(equals Hypothetic-I Hypothetic-I)
T
(isa Hypothetic-GenitiveFrame Event)
T
