story_id int64 1 486 | premises stringlengths 42 1.13k | premises-FOL stringlengths 42 1.43k | conclusion stringlengths 13 378 | conclusion-FOL stringlengths 8 340 | label stringclasses 3
values | example_id int64 3 1.43k | premises-CLIF stringlengths 54 1.68k | conclusion-CLIF stringlengths 8 367 | premises-CLINGO stringlengths 47 1.52k | conclusion-CLINGO stringlengths 8 345 | premises-CGIF stringlengths 60 1.6k | conclusion-CGIF stringlengths 12 369 | premises-MINIFOL2 stringlengths 46 1.47k | conclusion-MINIFOL2 stringlengths 8 341 | premises-TFLPLUS stringlengths 15 299 | conclusion-TFLPLUS stringlengths 5 109 | syllogism stringlengths 57 1.5k | sef stringclasses 4
values | premises-MINIFOL stringlengths 46 1.47k | conclusion-MINIFOL stringlengths 8 341 | premises-MINIFOL3 stringlengths 46 1.51k | conclusion-MINIFOL3 stringlengths 8 345 | premises-MINIFOL4 stringlengths 46 1.47k | conclusion-MINIFOL4 stringlengths 8 341 | Premises - FOL stringlengths 2.42k 66.2k | Conclusions - FOL stringlengths 653 14.9k | Premises - CLIF stringlengths 2.43k 68.8k | Conclusions - CLIF stringlengths 652 14.9k |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
36 | Tyga is a rapper.
Rappers release rap albums.
Tyga released the Well Done 3 album.
Rappers are not opera singers. | IsRapper(tyga)
∀x ∀y ((IsRapper(x) ∧ ReleasedAlbum(x, y)) → IsRapAlbum(y))
ReleasedAlbum(tyga, wellDone3)
∀x (IsRapper(x) → ¬IsOperaSinger(x)) | Well Done 3 is worth listening to. | IsWorthListening(wellDone3) | Uncertain | 106 | israpper(tyga)
forall x forall y ((israpper(x) and releasedalbum(x, y)) implies israpalbum(y))
releasedalbum(tyga, welldone3)
forall x (israpper(x) implies not isoperasinger(x)) | isworthlistening(welldone3) | israpper(tyga)
forall forall ((israpper(x) , releasedalbum(x, y)) -: israpalbum(y))
releasedalbum(tyga, welldone3)
forall (israpper(x) -: notisoperasinger(x)) | isworthlistening(welldone3) | [israpper[(tyga)]
@every *x @every *y [([(israpper[(?x)] releasedalbum[(?x y)])] israpalbum[(?y)])]
releasedalbum[(tyga welldone3)]
@every *x [(israpper[(?x)] ~isoperasinger[(?x)])]] | [isworthlistening[(welldone3)]] | israpper(tyga)
all:x all:y ((israpper(x) & releasedalbum(x, y)) :- israpalbum(y))
releasedalbum(tyga, welldone3)
all:x (israpper(x) :- ~isoperasinger(x)) | isworthlistening(welldone3) | +I2(+t2)
--((+I0++R0)-+I0)
+R2
-(+I0--+I0)
| +I2(+w2)
| IsRapper(tyga)
∀x ∀y ((IsRapper(x) ∧ ReleasedAlbum(x, y)) → IsRapAlbum(y))
ReleasedAlbum(tyga, wellDone3)
∀x (IsRapper(x) → ¬IsOperaSinger(x))IsWorthListening(wellDone3) | complex | israpper(tyga)
all:x all:y ((israpper(x) & releasedalbum(x, y)) :- israpalbum(y))
releasedalbum(tyga, welldone3)
all:x (israpper(x) :- ~isoperasinger(x)) | isworthlistening(welldone3) | israpper(tyga)
all:x all:y ((israpper(x) & releasedalbum(x, y)) :- israpalbum(y))
releasedalbum(tyga, welldone3)
all:x (israpper(x) :- notisoperasinger(x)) | isworthlistening(welldone3) | israpper(tyga)
all:x all:y ((israpper(x) , releasedalbum(x, y)) :- israpalbum(y))
releasedalbum(tyga, welldone3)
all:x (israpper(x) :- ~isoperasinger(x)) | isworthlistening(welldone3) | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'I'}, {'type': 'LETTER', 'text': 's'}, {'type': 'LETTER', 'text': 'R'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'I'}, {'type': 'LETTER', 'text': 's'}, {'type': 'LETTER', 'text': 'W'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'i'}, {'type': 'LETTER', 'text': 's'}, {'type': 'LETTER', 'text': 'r'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'i'}, {'type': 'LETTER', 'text': 's'}, {'type': 'LETTER', 'text': 'w'}, {'type': 'LETTER'... |
376 | All people in this tech company who are consistent and enjoy sticking to their regular routines do not like surprises.
People in this tech company who wear the same flannel shirts every day are consistent and enjoy sticking to their regular routines.
People in this tech company who do not like shopping for clothes we... | ∀x (InThisTechCompany(x) ∧ Consistent(x) ∧ StickTo(x, theirRegularRoutine) → ¬Like(x, surprise))
∀x (InThisTechCompany(x) ∧ ∃y (flannelShirt(y) ∧ WearEveryday(x, y)) → Consistent(x) ∧ StickTo(x, theirRegularRoutine))
∀x (InThisTechCompany(x) ∧ ¬LikeShoppingFor(x, clothes) → ∃y (flannelShirt(y) ∧ WearEveryday(x, y)))
... | Mike is an old person living in a stable home. | Old(mike) ∧ LiveIn(mike, stableHome) | Uncertain | 1,002 | forall x (inthistechcompany(x) and consistent(x) and stickto(x, theirregularroutine) implies not like(x, surprise))
forall x (inthistechcompany(x) and exists y (flannelshirt(y) and weareveryday(x, y)) implies consistent(x) and stickto(x, theirregularroutine))
forall x (inthistechcompany(x) and not likeshoppingfor(x, ... | old(mike) and livein(mike, stablehome) | forall (inthistechcompany(x) , consistent(x) , stickto(x, theirregularroutine) -: notlike(x, surprise))
forall (inthistechcompany(x) , (flannelshirt(y) , weareveryday(x, y)) -: consistent(x) , stickto(x, theirregularroutine))
forall (inthistechcompany(x) , notlikeshoppingfor(x, clothes) -: (flannelshirt(y) , wearev... | old(mike) , livein(mike, stablehome) | [@every *x [(inthistechcompany[(?x)] consistent[(?x)] stickto[(?x theirregularroutine)] ~like[(?x surprise)])]
@every *x [(inthistechcompany[(?x)] *y [(flannelshirt[(?y)] weareveryday[(?x y)])] consistent[(?x)] stickto[(?x theirregularroutine)])]
@every *x [(inthistechcompany[(?x)] ~likeshoppingfor[(?x c... | [old[(mike)] livein[(mike stablehome)]] | all:x (inthistechcompany(x) & consistent(x) & stickto(x, theirregularroutine) :- ~like(x, surprise))
all:x (inthistechcompany(x) & y (flannelshirt(y) & weareveryday(x, y)) :- consistent(x) & stickto(x, theirregularroutine))
all:x (inthistechcompany(x) & ~likeshoppingfor(x, clothes) :- y (flannelshirt(y) & weareveryda... | old(mike) & livein(mike, stablehome) | -(+I0++C0++S0--+L0)
-(+I0++(+f1++W1)-+C1++S1)
-(+I0+-+L0-+(+f1++W1))
-(+I0++O0++L0--+L0)
-(+I0++H0++I0--+L0)
+I2(+m2)
-(+(+f1++W1)++H1++I1(+m1))-(+C1(+m1)++S1)--+L1
| +O2(+m2)++L2
| ∀x (InThisTechCompany(x) ∧ Consistent(x) ∧ StickTo(x, theirRegularRoutine) → ¬Like(x, surprise))
∀x (InThisTechCompany(x) ∧ ∃y (flannelShirt(y) ∧ WearEveryday(x, y)) → Consistent(x) ∧ StickTo(x, theirRegularRoutine))
∀x (InThisTechCompany(x) ∧ ¬LikeShoppingFor(x, clothes) → ∃y (flannelShirt(y) ∧ WearEveryday(x, y)))
... | disjunctive | all:x (inthistechcompany(x) & consistent(x) & stickto(x, theirregularroutine) :- ~like(x, surprise))
all:x (inthistechcompany(x) & some:y (flannelshirt(y) & weareveryday(x, y)) :- consistent(x) & stickto(x, theirregularroutine))
all:x (inthistechcompany(x) & ~likeshoppingfor(x, clothes) :- some:y (flannelshirt(y) & w... | old(mike) & livein(mike, stablehome) | all:x (inthistechcompany(x) & consistent(x) & stickto(x, theirregularroutine) :- notlike(x, surprise))
all:x (inthistechcompany(x) & some:y (flannelshirt(y) & weareveryday(x, y)) :- consistent(x) & stickto(x, theirregularroutine))
all:x (inthistechcompany(x) & notlikeshoppingfor(x, clothes) :- some:y (flannelshirt(y)... | old(mike) & livein(mike, stablehome) | all:x (inthistechcompany(x) , consistent(x) , stickto(x, theirregularroutine) :- ~like(x, surprise))
all:x (inthistechcompany(x) , some:y (flannelshirt(y) , weareveryday(x, y)) :- consistent(x) , stickto(x, theirregularroutine))
all:x (inthistechcompany(x) , ~likeshoppingfor(x, clothes) :- some:y (flannelshirt(y) , w... | old(mike) , livein(mike, stablehome) | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'quantifier', 'children': [{'type': '__ANON_9', 'text': '∀'}]}, {'type': 'symbol', 'children': [{'type': 'LETTER', 'text': 'x'}]}, {'type': 'leftparen', 'children': [{'type': 'LPAR', 'text': '('}]}, {'type': 'proposit... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'complexproposition', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'O'}, {'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'quantifier', 'children': [{'type': 'FORALL', 'text': 'forall'}]}, {'type': 'symbol', 'children': [{'type': 'LETTER', 'text': 'x'}]}, {'type': 'leftparen', 'children': [{'type': 'LPAR', 'text': '('}]}, {'type': 'propo... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'complexproposition', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'o'}, {'... |
408 | No trick-shot artist in Yale's varsity team struggles with half court shots.
Everyone on Yale's varsity team is someone who struggles with half court shots or who successfully shoots a high percentage of 3-pointers.
Everyone on Yale's varsity team who successfully shoots a high percentage of 3-pointers is solid at ... | ∀x ((In(x, yaleSVarsityTeam) ∧ TrickShotArtist(x)) → ¬StruggleAt(x, halfCourtShot))
∀x (In(x, yaleSVarsityTeam) → (StruggleAt(x, halfCourtShot) ∨ GoodAt(x, threes)))
∀x ((In(x, yaleSVarsityTeam) ∧ GoodAt(x, threes)) → GoodAt(x, twos))
∀x ((In(x, yaleSVarsityTeam) ∧ GoodAt(x, twos)) → BadAt(x, midRangeShot))
In(jack... | Jack is solid at shooting 2-pointers or bad at mid-range shots. | GoodAt(jack, twos) ∨ BadAt(jack, midRangeShot) | True | 1,135 | forall x ((in(x, yalesvarsityteam) and trickshotartist(x)) implies not struggleat(x, halfcourtshot))
forall x (in(x, yalesvarsityteam) implies (struggleat(x, halfcourtshot) or goodat(x, threes)))
forall x ((in(x, yalesvarsityteam) and goodat(x, threes)) implies goodat(x, twos))
forall x ((in(x, yalesvarsityteam) and... | goodat(jack, twos) or badat(jack, midrangeshot) | forall ((in(x, yalesvarsityteam) , trickshotartist(x)) -: notstruggleat(x, halfcourtshot))
forall (in(x, yalesvarsityteam) -: (struggleat(x, halfcourtshot) | goodat(x, threes)))
forall ((in(x, yalesvarsityteam) , goodat(x, threes)) -: goodat(x, twos))
forall ((in(x, yalesvarsityteam) , goodat(x, twos)) -: badat(x, m... | goodat(jack, twos) | badat(jack, midrangeshot) | [@every *x [([(in[(?x yalesvarsityteam)] trickshotartist[(?x)])] ~struggleat[(?x halfcourtshot)])]
@every *x [(in[(?x yalesvarsityteam)] [(struggleat[(?x halfcourtshot)] goodat[(?x threes)])])]
@every *x [([(in[(?x yalesvarsityteam)] goodat[(?x threes)])] goodat[(?x twos)])]
@every *x [([(in[(?x yales... | [goodat[(jack twos)] badat[(jack midrangeshot)]] | all:x ((in(x, yalesvarsityteam) & trickshotartist(x)) :- ~struggleat(x, halfcourtshot))
all:x (in(x, yalesvarsityteam) :- (struggleat(x, halfcourtshot) | goodat(x, threes)))
all:x ((in(x, yalesvarsityteam) & goodat(x, threes)) :- goodat(x, twos))
all:x ((in(x, yalesvarsityteam) & goodat(x, twos)) :- badat(x, midrang... | goodat(jack, twos) | badat(jack, midrangeshot) | -((+I0++T0)--+S0)
-(+I0-(+S0-+G0))
-((+I0++G0)-+G0)
-((+I0++G0)-+B0)
+I2+(+T2(+j2)-+G2)
| +G2-+B2
| ∀x ((In(x, yaleSVarsityTeam) ∧ TrickShotArtist(x)) → ¬StruggleAt(x, halfCourtShot))
∀x (In(x, yaleSVarsityTeam) → (StruggleAt(x, halfCourtShot) ∨ GoodAt(x, threes)))
∀x ((In(x, yaleSVarsityTeam) ∧ GoodAt(x, threes)) → GoodAt(x, twos))
∀x ((In(x, yaleSVarsityTeam) ∧ GoodAt(x, twos)) → BadAt(x, midRangeShot))
In(jack... | disjunctive | all:x ((in(x, yalesvarsityteam) & trickshotartist(x)) :- ~struggleat(x, halfcourtshot))
all:x (in(x, yalesvarsityteam) :- (struggleat(x, halfcourtshot) | goodat(x, threes)))
all:x ((in(x, yalesvarsityteam) & goodat(x, threes)) :- goodat(x, twos))
all:x ((in(x, yalesvarsityteam) & goodat(x, twos)) :- badat(x, midrang... | goodat(jack, twos) | badat(jack, midrangeshot) | all:x ((in(x, yalesvarsityteam) & trickshotartist(x)) :- notstruggleat(x, halfcourtshot))
all:x (in(x, yalesvarsityteam) :- (struggleat(x, halfcourtshot) | goodat(x, threes)))
all:x ((in(x, yalesvarsityteam) & goodat(x, threes)) :- goodat(x, twos))
all:x ((in(x, yalesvarsityteam) & goodat(x, twos)) :- badat(x, midra... | goodat(jack, twos) | badat(jack, midrangeshot) | all:x ((in(x, yalesvarsityteam) , trickshotartist(x)) :- ~struggleat(x, halfcourtshot))
all:x (in(x, yalesvarsityteam) :- (struggleat(x, halfcourtshot) | goodat(x, threes)))
all:x ((in(x, yalesvarsityteam) , goodat(x, threes)) :- goodat(x, twos))
all:x ((in(x, yalesvarsityteam) , goodat(x, twos)) :- badat(x, midrang... | goodat(jack, twos) | badat(jack, midrangeshot) | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'quantifier', 'children': [{'type': '__ANON_9', 'text': '∀'}]}, {'type': 'symbol', 'children': [{'type': 'LETTER', 'text': 'x'}]}, {'type': 'leftparen', 'children': [{'type': 'LPAR', 'text': '('}]}, {'type': 'proposit... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'complexproposition', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'G'}, {'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'quantifier', 'children': [{'type': 'FORALL', 'text': 'forall'}]}, {'type': 'symbol', 'children': [{'type': 'LETTER', 'text': 'x'}]}, {'type': 'leftparen', 'children': [{'type': 'LPAR', 'text': '('}]}, {'type': 'propo... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'complexproposition', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'g'}, {'... |
78 | Ableton has an office in Germany.
Ableton has an office in the USA.
USA and Germany are different countries.
Any company that has offices in different countries is a multinational company.
Ableton makes music software. | OfficeIn(ableton, germany)
OfficeIn(ableton, unitedStates)
¬SameCountry(germany, unitedStates)
∀x ∀y ∀z (OfficeIn(x, y) ∧ OfficeIn(x, z) ∧ (¬SameCountry(y, z)) → MultinationalCompany(x))
MakesMusicSoftware(ableton) | Ableton makes AI software. | MakesAISoftware(ableton) | Uncertain | 238 | officein(ableton, germany)
officein(ableton, unitedstates)
not samecountry(germany, unitedstates)
forall x forall y forall z (officein(x, y) and officein(x, z) and (not samecountry(y, z)) implies multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | officein(ableton, germany)
officein(ableton, unitedstates)
notsamecountry(germany, unitedstates)
forall forall forall (officein(x, y) , officein(x, z) , (notsamecountry(y, z)) -: multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | [officein[(ableton germany)]
officein[(ableton unitedstates)]
~samecountry[(germany unitedstates)]
@every *x @every *y @every *z [(officein[(?x y)] officein[(?x z)] [(~samecountry[(?y z)])] multinationalcompany[(?x)])]
makesmusicsoftware[(ableton)]] | [makesaisoftware[(ableton)]] | officein(ableton, germany)
officein(ableton, unitedstates)
~samecountry(germany, unitedstates)
all:x all:y all:z (officein(x, y) & officein(x, z) & (~samecountry(y, z)) :- multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | +O2
+O2
-+S2
---(+O0++O0+(-+S0)-+M0)
+M2(+a2)
| +M2(+a2)
| OfficeIn(ableton, germany)
OfficeIn(ableton, unitedStates)
¬SameCountry(germany, unitedStates)
∀x ∀y ∀z (OfficeIn(x, y) ∧ OfficeIn(x, z) ∧ (¬SameCountry(y, z)) → MultinationalCompany(x))
MakesMusicSoftware(ableton)MakesAISoftware(ableton) | complex | officein(ableton, germany)
officein(ableton, unitedstates)
~samecountry(germany, unitedstates)
all:x all:y all:z (officein(x, y) & officein(x, z) & (~samecountry(y, z)) :- multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | officein(ableton, germany)
officein(ableton, unitedstates)
notsamecountry(germany, unitedstates)
all:x all:y all:z (officein(x, y) & officein(x, z) & (notsamecountry(y, z)) :- multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | officein(ableton, germany)
officein(ableton, unitedstates)
~samecountry(germany, unitedstates)
all:x all:y all:z (officein(x, y) , officein(x, z) , (~samecountry(y, z)) :- multinationalcompany(x))
makesmusicsoftware(ableton) | makesaisoftware(ableton) | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'O'}, {'type': 'LETTER', 'text': 'f'}, {'type': 'LETTER', 'text': 'f'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'M'}, {'type': 'LETTER', 'text': 'a'}, {'type': 'LETTER', 'text': 'k'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'o'}, {'type': 'LETTER', 'text': 'f'}, {'type': 'LETTER', 'text': 'f'}, {'type': 'LETTER'... | {'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'type': 'proposition', 'children': [{'type': 'atomicproposition', 'children': [{'type': 'term', 'children': [{'type': 'LETTER', 'text': 'm'}, {'type': 'LETTER', 'text': 'a'}, {'type': 'LETTER', 'text': 'k'}, {'type': 'LETTER'... |
345 | "All kids are young.\r\nAll toddlers are kids.\r\nIf someone is young, then they are not elderly.\r\(...TRUNCATED) | "∀x (Kid(x) → Young(x))\r\n∀x (Toddler(x) → Kid(x))\r\n∀x (Young(x) → ¬Elderly(x))\r\n(...TRUNCATED) | Nancy is either both a pirate and a toddler, or neither a pirate nor a toddler. | ¬(Pirate(nancy) ⊕ Toddler(nancy)) | False | 911 | "forall x (kid(x) implies young(x))\r\nforall x (toddler(x) implies kid(x))\r\nforall x (young(x) im(...TRUNCATED) | not (pirate(nancy) xor toddler(nancy)) | "forall (kid(x) -: young(x))\r\nforall (toddler(x) -: kid(x))\r\nforall (young(x) -: notelderly(x))\(...TRUNCATED) | not(pirate(nancy) ^ toddler(nancy)) | "[@every *x [(kid[(?x)] young[(?x)])]\r\n@every *x [(toddler[(?x)] kid[(?x)])]\r\n@every *x [(youn(...TRUNCATED) | ~[[(pirate[(nancy)] toddler[(nancy)])]] | "all:x (kid(x) :- young(x))\r\nall:x (toddler(x) :- kid(x))\r\nall:x (young(x) :- ~elderly(x))\r\nal(...TRUNCATED) | ~(pirate(nancy) ^ toddler(nancy)) | "-(+K0-+Y0)\r\n-(+T0-+K0)\r\n-(+Y0--+E0)\r\n-(+P0-+S0)\r\n-+P2(+n2)-+Y2(+n2)\r\n-+T2(+n2)-+S2(+n2)\r(...TRUNCATED) | -(+P2(+n2)-+T2(+n2))
| "∀x (Kid(x) → Young(x))\r\n∀x (Toddler(x) → Kid(x))\r\n∀x (Young(x) → ¬Elderly(x))\r\n(...TRUNCATED) | disjunctive | "all:x (kid(x) :- young(x))\r\nall:x (toddler(x) :- kid(x))\r\nall:x (young(x) :- ~elderly(x))\r\nal(...TRUNCATED) | ~(pirate(nancy) ^ toddler(nancy)) | "all:x (kid(x) :- young(x))\r\nall:x (toddler(x) :- kid(x))\r\nall:x (young(x) :- notelderly(x))\r\n(...TRUNCATED) | not(pirate(nancy) ^ toddler(nancy)) | "all:x (kid(x) :- young(x))\r\nall:x (toddler(x) :- kid(x))\r\nall:x (young(x) :- ~elderly(x))\r\nal(...TRUNCATED) | ~(pirate(nancy) ^ toddler(nancy)) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
427 | "If a person pays their taxes, then they contribute to the country. \r\nEveryone who works for a gov(...TRUNCATED) | "∀x (Taxpayer(x) → ContributeTo(x, country))\r\n∀x (WorkFor(x, governmentAgency) → Taxpayer((...TRUNCATED) | James contributes to the country. | ContributeToCountry(james) | Uncertain | 1,211 | "forall x (taxpayer(x) implies contributeto(x, country))\r\nforall x (workfor(x, governmentagency) i(...TRUNCATED) | contributetocountry(james) | "forall (taxpayer(x) -: contributeto(x, country))\r\nforall (workfor(x, governmentagency) -: taxpaye(...TRUNCATED) | contributetocountry(james) | "[@every *x [(taxpayer[(?x)] contributeto[(?x country)])]\r\n@every *x [(workfor[(?x governmentag(...TRUNCATED) | [contributetocountry[(james)]] | "all:x (taxpayer(x) :- contributeto(x, country))\r\nall:x (workfor(x, governmentagency) :- taxpayer((...TRUNCATED) | contributetocountry(james) | "-(+T0-+C0)\r\n-(+W0-+T0)\r\n-(+S0-+W0)\r\n-(+S0-+I0)\r\n-(+I0(-+H0)\r\n+S2(+j2)-+I2(+j2)\r\n+H2-+T2(...TRUNCATED) | +C2(+j2)
| "∀x (Taxpayer(x) → ContributeTo(x, country))\r\n∀x (WorkFor(x, governmentAgency) → Taxpayer((...TRUNCATED) | disjunctive | "all:x (taxpayer(x) :- contributeto(x, country))\r\nall:x (workfor(x, governmentagency) :- taxpayer((...TRUNCATED) | contributetocountry(james) | "all:x (taxpayer(x) :- contributeto(x, country))\r\nall:x (workfor(x, governmentagency) :- taxpayer((...TRUNCATED) | contributetocountry(james) | "all:x (taxpayer(x) :- contributeto(x, country))\r\nall:x (workfor(x, governmentagency) :- taxpayer((...TRUNCATED) | contributetocountry(james) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
123 | "Businesses are either sanctioned or unsanctioned.\r\nSanctioned businesses are limited.\r\nUnsancti(...TRUNCATED) | "∀x (Buisness(x) → Sanctioned(x) ⊕ ¬Sanctioned(x))\r\n∀x (Buisness(x) ∧ Sanctioned(x) →(...TRUNCATED) | Crude Oil Data Exchange is limited. | Limited(crudeOilDataExchange) | True | 369 | "forall x (buisness(x) implies sanctioned(x) xor not sanctioned(x))\r\nforall x (buisness(x) and san(...TRUNCATED) | limited(crudeoildataexchange) | "forall (buisness(x) -: sanctioned(x) ^ notsanctioned(x))\r\nforall (buisness(x) , sanctioned(x) -: (...TRUNCATED) | limited(crudeoildataexchange) | "[@every *x [(buisness[(?x)] sanctioned[(?x)] ~sanctioned[(?x)])]\r\n@every *x [(buisness[(?x)] s(...TRUNCATED) | [limited[(crudeoildataexchange)]] | "all:x (buisness(x) :- sanctioned(x) ^ ~sanctioned(x))\r\nall:x (buisness(x) & sanctioned(x) :- limi(...TRUNCATED) | limited(crudeoildataexchange) | -(+B0-+S0--+S0)
-(+B0++S0-+L0)
-(+B0+-+S0-+F0)
+B2(+c2)+-+F2(+c2)
| +L2(+c2)
| "∀x (Buisness(x) → Sanctioned(x) ⊕ ¬Sanctioned(x))\r\n∀x (Buisness(x) ∧ Sanctioned(x) →(...TRUNCATED) | disjunctive | "all:x (buisness(x) :- sanctioned(x) ^ ~sanctioned(x))\r\nall:x (buisness(x) & sanctioned(x) :- limi(...TRUNCATED) | limited(crudeoildataexchange) | "all:x (buisness(x) :- sanctioned(x) ^ notsanctioned(x))\r\nall:x (buisness(x) & sanctioned(x) :- li(...TRUNCATED) | limited(crudeoildataexchange) | "all:x (buisness(x) :- sanctioned(x) ^ ~sanctioned(x))\r\nall:x (buisness(x) , sanctioned(x) :- limi(...TRUNCATED) | limited(crudeoildataexchange) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
398 | "All mind-reading is either brain reading or brain decoding. \r\nAll brain decoding that is mind-rea(...TRUNCATED) | "∀x (MindReading(x) ∧ (BrainReading(x) ⊕ BrainDecoding(x)))\r\n∀x ((MindReading(x) ∧ Brain(...TRUNCATED) | Multivoxel (pattern) analysis is a brain decoding. | MindReading(multivoxelPatternAnalysis) ∧ BrainDecoding(multivoxelPatternAnalysis) | Uncertain | 1,084 | "forall x (mindreading(x) and (brainreading(x) xor braindecoding(x)))\r\nforall x ((mindreading(x) a(...TRUNCATED) | mindreading(multivoxelpatternanalysis) and braindecoding(multivoxelpatternanalysis) | "forall (mindreading(x) , (brainreading(x) ^ braindecoding(x)))\r\nforall ((mindreading(x) , brainde(...TRUNCATED) | mindreading(multivoxelpatternanalysis) , braindecoding(multivoxelpatternanalysis) | "[@every *x [(mindreading[(?x)] [(brainreading[(?x)] braindecoding[(?x)])])]\r\n@every *x [([(mind(...TRUNCATED) | [mindreading[(multivoxelpatternanalysis)] braindecoding[(multivoxelpatternanalysis)]] | "all:x (mindreading(x) & (brainreading(x) ^ braindecoding(x)))\r\nall:x ((mindreading(x) & braindeco(...TRUNCATED) | mindreading(multivoxelpatternanalysis) & braindecoding(multivoxelpatternanalysis) | "-(+M0+(+B0-+B0))\r\n-((+M0++B0)-+E0)\r\n-((+M0++E0)-+U0)\r\n-(+N0--+U0)\r\n+M2(+m2)+(-+U2++B2(+m2))(...TRUNCATED) | +M2(+m2)++B2(+m2)
| "∀x (MindReading(x) ∧ (BrainReading(x) ⊕ BrainDecoding(x)))\r\n∀x ((MindReading(x) ∧ Brain(...TRUNCATED) | disjunctive | "all:x (mindreading(x) & (brainreading(x) ^ braindecoding(x)))\r\nall:x ((mindreading(x) & braindeco(...TRUNCATED) | mindreading(multivoxelpatternanalysis) & braindecoding(multivoxelpatternanalysis) | "all:x (mindreading(x) & (brainreading(x) ^ braindecoding(x)))\r\nall:x ((mindreading(x) & braindeco(...TRUNCATED) | mindreading(multivoxelpatternanalysis) & braindecoding(multivoxelpatternanalysis) | "all:x (mindreading(x) , (brainreading(x) ^ braindecoding(x)))\r\nall:x ((mindreading(x) , braindeco(...TRUNCATED) | mindreading(multivoxelpatternanalysis) , braindecoding(multivoxelpatternanalysis) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
403 | "There's a person in Benji's family who likes eating cheese or is a francophile.\r\nThere is no fran(...TRUNCATED) | "∃x (InBenjiSFamily(x) → (LikeEating(x, cheese) ∨ Francophile(x)))\r\n∀x ((InBenjiSFamily(x)(...TRUNCATED) | Fabien is a person who likes eating cheese. | LikeEating(fabien, cheese) | Uncertain | 1,117 | "exists x (inbenjisfamily(x) implies (likeeating(x, cheese) or francophile(x)))\r\nforall x ((inbenj(...TRUNCATED) | likeeating(fabien, cheese) | " (inbenjisfamily(x) -: (likeeating(x, cheese) | francophile(x)))\r\nforall ((inbenjisfamily(x) , fr(...TRUNCATED) | likeeating(fabien, cheese) | "[*x [(inbenjisfamily[(?x)] [(likeeating[(?x cheese)] francophile[(?x)])])]\r\n@every *x [([(inbe(...TRUNCATED) | [likeeating[(fabien cheese)]] | "x (inbenjisfamily(x) :- (likeeating(x, cheese) | francophile(x)))\r\nall:x ((inbenjisfamily(x) & fr(...TRUNCATED) | likeeating(fabien, cheese) | +(+I1-(+L1-+F1))
-((+I0++F0)--+F0)
+(+I1+(+F1-+L1))
+I2(+f2)+(-(+L2++S2))
+S2
| +L2
| "∃x (InBenjiSFamily(x) → (LikeEating(x, cheese) ∨ Francophile(x)))\r\n∀x ((InBenjiSFamily(x)(...TRUNCATED) | disjunctive | "some:x (inbenjisfamily(x) :- (likeeating(x, cheese) | francophile(x)))\r\nall:x ((inbenjisfamily(x)(...TRUNCATED) | likeeating(fabien, cheese) | "some:x (inbenjisfamily(x) :- (likeeating(x, cheese) | francophile(x)))\r\nall:x ((inbenjisfamily(x)(...TRUNCATED) | likeeating(fabien, cheese) | "some:x (inbenjisfamily(x) :- (likeeating(x, cheese) | francophile(x)))\r\nall:x ((inbenjisfamily(x)(...TRUNCATED) | likeeating(fabien, cheese) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
111 | "Aberdeen won the cup in the 2013 final.\r\nRangers won the cup in the 2014 final.\r\nAberdeen and R(...TRUNCATED) | "WonCup(aberdeen, year2013Final)\r\nWonCup(rangers, year2014Final)\r\n¬(aberdeen=rangers)\r\n∀x (...TRUNCATED) | Aberdeen has once won a cup. | ∃x (WonCup(aberdeen, x)) | True | 338 | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\nnot (aberdeen=rangers)\r\nfora(...TRUNCATED) | exists x (woncup(aberdeen, x)) | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\nnot(aberdeen=rangers)\r\nforal(...TRUNCATED) | (woncup(aberdeen, x)) | "[woncup[(aberdeen year2013final)]\r\nwoncup[(rangers year2014final)]\r\n~[(aberdeen=rangers)]\r\n(...TRUNCATED) | [*x [(woncup[(aberdeen x)])]] | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\n~(aberdeen=rangers)\r\nall:x a(...TRUNCATED) | x (woncup(aberdeen, x)) | +W2
+W2
-(+a2+e2)
----(-(+x0)++W0++W0--(+z0))
| +(+W1)
| "WonCup(aberdeen, year2013Final)\r\nWonCup(rangers, year2014Final)\r\n¬(aberdeen=rangers)\r\n∀x (...TRUNCATED) | complex | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\n~(aberdeen=rangers)\r\nall:x a(...TRUNCATED) | some:x (woncup(aberdeen, x)) | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\nnot(aberdeen=rangers)\r\nall:x(...TRUNCATED) | some:x (woncup(aberdeen, x)) | "woncup(aberdeen, year2013final)\r\nwoncup(rangers, year2014final)\r\n~(aberdeen=rangers)\r\nall:x a(...TRUNCATED) | some:x (woncup(aberdeen, x)) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) | "{'type': 'start', 'children': [{'type': 'program', 'children': [{'type': 'stat', 'children': [{'typ(...TRUNCATED) |
End of preview. Expand in Data Studio
FOLIO-AST
FOLIO-AST (FOLIO Abstarct Syntax Trees) is a dataset generated from the original FOLIO dataset spanning several AST structures from logical notations(e.g. FOL).
The gold train, test and valid splits are provided.
AST Notations
The dataset currently supports the following AST notations:
- First-Order Logic (FOL)
- Common Logic Interchange Format (CLIF)
- Downloads last month
- -