| story_id,Premises - NL,Conclusions - NL,Truth Values,Premises - FOL,Conclusions - FOL,Proofs | |
| 338,"No iPhones are standalone desktops. | |
| All Apple-made cellphones are iPhones. | |
| All phones with A15 Bionic chips are Apple-made cell phones. | |
| All phones equipped with four core-GPU made by Apple are phones with A15 Bionic chips. | |
| If an unannounced Huawei phone is either a phone with A15 Bionic chips or equipped with four core-GPU made by Apple, then unannounced Huawei phone is neither a phone with A15 Bionic chips nor a standalone desktop.","Joe is a person taking classes. | |
| Joe is a PhD student. | |
| Joe is not a PhD student. ","U | |
| F | |
| T","∀x (IPhone(x) → ¬StandaloneDesktop(x)) | |
| ∀x (AppleMade(x) ∧ Cellphone(x) → IPhone(x)) | |
| ∀x (Phone(x) ∧ With(x, a15BionicChip) → AppleMade(x) ∧ Cellphone(x)) | |
| ∀x (Phone(x) ∧ EquippedWith(x, fourCoreGPU) ∧ MadeBy(x, apple) → Phone(x) ∧ With(x, a15BionicChip)) | |
| (Phone(unannouncedHuaweiPhone) ∧ With(unannouncedHuaweiPhone, a15BionicChip)) ⊕ (Phone(unannouncedHuaweiPhone) ∧ EquippedWith(unannouncedHuaweiPhone, fourCoreGPU) ∧ MadeBy(unannouncedHuaweiPhone, apple)) → ¬(Phone(unannouncedHuaweiPhone) ∧ With(unannouncedHuaweiPhone, a15BionicChip) ∧ StandaloneDesktop(unannouncedHuaweiPhone))","AppleMade(unannouncedHuaweiPhone) ∧ Cellphone(unannouncedHuaweiPhone) | |
| Phone(unannouncedHuaweiPhone) ∧ EquippedWith(unannouncedHuaweiPhone, fourCoreGPU) ∧ MadeByApple(unannouncedHuaweiPhone) | |
| ¬(Phone(unannouncedHuaweiPhone) ∧ EquippedWith(unannouncedHuaweiPhone, fourCoreGPU) ∧ MadeByApple(unannouncedHuaweiPhone))","['Not found', 'Not found', 'Not found']" | |
| 470,"A Unix operating system used in the lab computers is a piece of software. | |
| All versions of MacOS used in the lab computer are based on Unix operating systems. | |
| A lab computer uses either MacOS or Linux. | |
| All Linux computers in the lab are convenient. | |
| All software used in the lab computers is written with code. | |
| If something is convenient in the lab computer, then it is popular. | |
| Burger is used in the lab computer, and it is written with code and a new version of MacOS. | |
| PyTorch is used in the lab computer, and PyTorch is neither a Linux system nor a piece of software.","Burger is popular. | |
| Burger is not popular. | |
| PyTorch is popular and written with code. | |
| PyTorch is not popular and it is not written with code.","U | |
| U | |
| T | |
| F","∀x (UsedIn(x, labComputer) ∧ UnixOperatingSystem(x) → Software(x)) | |
| ∀x (UsedIn(x, labComputer) ∧ MacOS(x) → UnixOperatingSystem(x)) | |
| ∀x (UsedIn(x, labComputer) → MacOS(x) ⊕ Linux(x)) | |
| ∀x (UsedIn(x, labComputer) ∧ Linux(x) → Convenient(x)) | |
| ∀x (UsedIn(x, labComputer) ∧ Software(x) → WrittenWithCode(x)) | |
| ∀x (UsedIn(x, labComputer) ∧ Convenient(x) → Popular(x)) | |
| UsedIn(burger, labComputer) ∧ WrittenWithCode(burger) ∧ MacOS(burger)) | |
| UsedIn(pytorch, labComputer) ∧ ¬(Linux(pytorch) ⊕ Software(pytorch))","Popular(burger) | |
| ¬Popular(burger) | |
| Popular(pytorch) ∧ WrittenWithCode(pytorch) | |
| ¬(Popular(pytorch) ∧ WrittenWithCode(pytorch))","['Not found', 'Not found', 'And(Popular(pytorch),WrittenWithCode(pytorch))\n├── Popular(pytorch)\n│ ├── Or(Not(UsedIn(pytorch,labComputer)),Popular(pytorch))\n│ │ ├── Or(Linux(pytorch),Not(UsedIn(pytorch,labComputer)))\n│ │ │ ├── Or(Or(Linux($x19),MacOS($x19)),Not(UsedIn($x19,labComputer)))\n│ │ │ └── Or(Or(Linux(pytorch),Not(MacOS(pytorch))),Not(UsedIn(pytorch,labComputer)))\n│ │ │ ├── Or(Or(Linux(pytorch),Not(UnixOperatingSystem(pytorch))),Not(UsedIn(pytorch,labComputer)))\n│ │ │ │ ├── Or(Linux(pytorch),Not(Software(pytorch)))\n│ │ │ │ └── Or(Or(Not(UnixOperatingSystem($x13)),Not(UsedIn($x13,labComputer))),Software($x13))\n│ │ │ └── Or(Or(Not(MacOS($x16)),Not(UsedIn($x16,labComputer))),UnixOperatingSystem($x16))\n│ │ └── Or(Or(Not(Linux($x118)),Not(UsedIn($x118,labComputer))),Popular($x118))\n│ │ ├── Or(Or(Convenient($x112),Not(Linux($x112))),Not(UsedIn($x112,labComputer)))\n│ │ └── Or(Or(Not(Convenient($x118)),Not(UsedIn($x118,labComputer))),Popular($x118))\n│ └── UsedIn(pytorch,labComputer)\n└── WrittenWithCode(pytorch)\n ├── Or(Not(UsedIn(pytorch,labComputer)),WrittenWithCode(pytorch))\n │ ├── Or(Not(UsedIn(pytorch,labComputer)),Software(pytorch))\n │ │ ├── Or(Or(Not(UnixOperatingSystem($x13)),Not(UsedIn($x13,labComputer))),Software($x13))\n │ │ └── Or(Or(Not(UsedIn(pytorch,labComputer)),Software(pytorch)),UnixOperatingSystem(pytorch))\n │ │ ├── Or(Or(MacOS(pytorch),Not(UsedIn(pytorch,labComputer))),Software(pytorch))\n │ │ │ ├── Or(Not(Linux(pytorch)),Software(pytorch))\n │ │ │ └── Or(Or(Linux($x19),MacOS($x19)),Not(UsedIn($x19,labComputer)))\n │ │ └── Or(Or(Not(MacOS($x16)),Not(UsedIn($x16,labComputer))),UnixOperatingSystem($x16))\n │ └── Or(Or(Not(Software($x115)),Not(UsedIn($x115,labComputer))),WrittenWithCode($x115))\n └── UsedIn(pytorch,labComputer)\n', 'And(Popular(pytorch),WrittenWithCode(pytorch))\n├── Popular(pytorch)\n│ ├── Or(Not(UsedIn(pytorch,labComputer)),Popular(pytorch))\n│ │ ├── Or(Linux(pytorch),Not(UsedIn(pytorch,labComputer)))\n│ │ │ ├── Or(Or(Linux($x19),MacOS($x19)),Not(UsedIn($x19,labComputer)))\n│ │ │ └── Or(Or(Linux(pytorch),Not(MacOS(pytorch))),Not(UsedIn(pytorch,labComputer)))\n│ │ │ ├── Or(Or(Linux(pytorch),Not(UnixOperatingSystem(pytorch))),Not(UsedIn(pytorch,labComputer)))\n│ │ │ │ ├── Or(Linux(pytorch),Not(Software(pytorch)))\n│ │ │ │ └── Or(Or(Not(UnixOperatingSystem($x13)),Not(UsedIn($x13,labComputer))),Software($x13))\n│ │ │ └── Or(Or(Not(MacOS($x16)),Not(UsedIn($x16,labComputer))),UnixOperatingSystem($x16))\n│ │ └── Or(Or(Not(Linux($x118)),Not(UsedIn($x118,labComputer))),Popular($x118))\n│ │ ├── Or(Or(Convenient($x112),Not(Linux($x112))),Not(UsedIn($x112,labComputer)))\n│ │ └── Or(Or(Not(Convenient($x118)),Not(UsedIn($x118,labComputer))),Popular($x118))\n│ └── UsedIn(pytorch,labComputer)\n└── WrittenWithCode(pytorch)\n ├── Or(Not(UsedIn(pytorch,labComputer)),WrittenWithCode(pytorch))\n │ ├── Or(Not(UsedIn(pytorch,labComputer)),Software(pytorch))\n │ │ ├── Or(Or(Not(UnixOperatingSystem($x13)),Not(UsedIn($x13,labComputer))),Software($x13))\n │ │ └── Or(Or(Not(UsedIn(pytorch,labComputer)),Software(pytorch)),UnixOperatingSystem(pytorch))\n │ │ ├── Or(Or(MacOS(pytorch),Not(UsedIn(pytorch,labComputer))),Software(pytorch))\n │ │ │ ├── Or(Not(Linux(pytorch)),Software(pytorch))\n │ │ │ └── Or(Or(Linux($x19),MacOS($x19)),Not(UsedIn($x19,labComputer)))\n │ │ └── Or(Or(Not(MacOS($x16)),Not(UsedIn($x16,labComputer))),UnixOperatingSystem($x16))\n │ └── Or(Or(Not(Software($x115)),Not(UsedIn($x115,labComputer))),WrittenWithCode($x115))\n └── UsedIn(pytorch,labComputer)\n']" | |
| 430,"Hermès bags are not made in Italy. | |
| All Birkin bags are Hermès bags. | |
| All Ferraris are made in Italy. | |
| All cars that carry a Ferrari V12 engine are Ferraris. | |
| All cars that are made in Maranello carry a Ferrari V12 engine. | |
| A Lamborghini SUV is not both a Ferrari and made in Maranello. | |
| A Kelly bag is a Hermès bag, or it is a car that carries a Ferrari V12 engine. ","A Lamborghini SUV is made in Italy. | |
| A Lamborghini SUV is not made in Italy. | |
| A Kelly bag is a Birkin bag made in Maranello. | |
| A Kelly bag is not both made in Maranello and a Birkin bag.","U | |
| U | |
| F | |
| T","∀x ((Bag(x) ∧ Hermès(x)) → ¬MadeIn(x, italy)) | |
| ∀x ((Bag(x) ∧ Birkin(x)) → Hermès(x)) | |
| ∀x (Ferrari(x) → MadeIn(x, italy)) | |
| ∀x ((Car(x) ∧ Carry(x, ferrariV12Engine)) → Ferrrari(x)) | |
| ∀x ((Car(x) ∧ MadeIn(x, maranello)) → Carry(x, ferrariV12Engine)) | |
| ¬(Ferrari(lamborghiniSUV) ∧ MadeIn(lamborghiniSUV, maranello)) | |
| (Bag(kelly) ∧ Hermès(kelly)) ∨ (Bag(kelly) ∧ Car(kelly) ∧ Carry(kelly, ferrariV12Engine))","MadeIn(lamborghiniSUV, italy) | |
| ¬MadeIn(lamborghiniSUV, italy) | |
| Bag(kelly) ∧ MadeIn(kelly, maranello) ∧ Birkin(kelly) | |
| Bag(kelly) ∧ ¬(MadeIn(kelly, maranello) ∧ Birkin(kelly))","['Not found', 'Not found', 'Not found', 'Not found']" | |
| 391,"All imaginative processes that Dan knows are results of creative processes. | |
| All science fiction that Dan knows comes from an imaginative process. | |
| Everthing that Dan knows comes from either science-fiction or realistic fiction. | |
| No facts that Dan knows have proven to be false. | |
| Dan knows that Dune is science fiction or has proven to be false.","Dune is realistic fiction. | |
| Dune is a result of creative and imaginative process. | |
| Dune is either a result of creative processes or came from an imaginative process. | |
| Dune is a result of creative processes and is science fiction. | |
| Dune is either a result of creative processes or is science fiction. | |
| If Dune is a result of creative and imaginative processes, then Dune is not a result of creative processes and science-fiction. | |
| If Dune is either a fact and a result of creative processes, or neither a fact nor a result of creative processes, then Dune is a result of creative processes and science-fiction. | |
| If Dune is science-fiction, then Dune is not a result of creative processes and science-fiction. | |
| If Dune is not a result of creative processes and science-fiction, then Dune neither came from an imaginative process nor proved to be false. | |
| If Dune is did not come from imaginative process and is not science-fiction, then Dune is neither a result of creative processes nor came from an imaginative process.","U | |
| T | |
| F | |
| T | |
| F | |
| F | |
| T | |
| F | |
| T | |
| T","∀x ((Knows(dan, x) ∧ ImaginativeProcess(x)) → ResultOf(x, creativeProcess)) | |
| ∀x ((Knows(dan, x) ∧ ScienceFiction(x)) → ImaginativeProcess(x)) | |
| ∀x (Knows(dan, x) → (ScienceFiction(x) ⊕ RealisticFiction(x))) | |
| ∀x ((Knows(dan, x) ∧ Fact(x)) → ¬ProvedToBe(x, false)) | |
| (Knows(dan, dune) ∧ ScienceFiction(dune)) ∨ ProvedToBe(dune, false))","RealisticFiction(dune) | |
| ResultOf(dune, creativeProcess) ∧ ImaginativeProcess(dune) | |
| ResultOf(dune, creativeProcess) ⊕ ImaginativeProcess(dune) | |
| ResultOf(dune, creativeProcess) ∧ ScienceFiction(dune)) | |
| Knows(dan, dune) ∧ (ResultOf(dune, creativeProcess) ⊕ ScienceFiction(dune)) | |
| (ResultOf(dune, creativeProcess) ∧ ImaginativeProcess(dune)) → (¬ResultOf(dune, creativeProcess) ∧ ¬ScienceFiction(dune)) | |
| Knows(dan, dune) ∧ (¬(Fact(dune) ⊕ ResultOf(dune, creativeProcess))) → (ResultOf(dune, creativeProcess) ∧ ScienceFiction(dune)) | |
| Knows(dan, dune) ∧ (ScienceFiction(dune)) → (¬(ResultOf(dune, creativeProcess) ∧ ScienceFiction(dune))) | |
| Knows(dan, dune) ∧ (¬(ResultOf(dune, creativeProcess) ∧ ScienceFiction(dune))) → (¬(ImaginativeProcess(dune) ∨ ProvedToBe(dune, false))) | |
| Knows(dan, dune) ∧ (¬(ImaginativeProcess(dune) ∧ ScienceFiction(dune))) → (¬(ResultOf(dune, creativeProcess) ∨ ImaginativeProcess(dune)))","['Not found', 'Not found', 'Not found', 'Not found', 'Not found', 'Not found', 'Not found', 'Not found', 'Not found', 'Not found']" | |
| 356,"If people work well in teams in the workplace, then they get along with all their colleagues at their work. | |
| If people come to work every day with a positive attitude, then they work well in teams in the workplace. | |
| People either come to work every day with a positive attitude or are always tired every morning. | |
| If people are always tired in the morning, then they are criticized by their boss. | |
| If people are criticized by their boss, then they do not receive positive feedback from teams at work. | |
| Kat either is a person who works well in teams in the workplac and is always tired every morning, or she is neither.","Kat is a person who comes to work every day with a positive attitude. | |
| Kat gets along with her colleagues at her work and receives positive feedback from teams at her work. | |
| Kat either gets along with her colleagues at her work or receives positive feedback from teams at her work.","U | |
| F | |
| T","∀x (WorkWellInTeamsIn(x, workPlace) → ∀y (Colleague(y) ∧ GetAlongWithAtWork(x, y))) | |
| ∀x (ComeToWorkWithEveryDay(x, positiveAttitude) → WorkWellInTeamsIn(x, workPlace)) | |
| ∀x (ComeToWorkWithEveryDay(x, positiveAttitude) ⊕ AlwaysTiredInMorning(x)) | |
| ∀x (AlwaysTiredInMorning(x) → CriticizedBy(x, boss)) | |
| ∀x (CriticizedBy(x, boss) → ¬ReceiveFromAtWork(x, positiveFeedback, team)) | |
| ¬(WorkWellInTeamsIn(kat, workPlace) ⊕ Tired(kat))","ComeToWorkWithEveryDay(kat, positiveAttitude) | |
| (∀y (Colleague(y) ∧ GetAlongWithAtWork(kat, y))) ∧ ReceiveFromAtWork(kat, positiveFeedback, team) | |
| (∀y (Colleague(y) ∧ GetAlongWithAtWork(kat, y))) ⊕ ReceiveFromAtWork(kat, positiveFeedback, team)","['Not found', 'Not found', 'Not found']" | |
| 451,"People on the payroll are being paid by the school. | |
| If someone has a job at a school, then they are on the payroll. | |
| All faculty members have a job at a school. | |
| If someone teaches students, they are a faculty member or a teacher. | |
| Every teacher has students. | |
| If Nancy is a teacher, then they are on the payroll. | |
| If Nancy is not a teacher, then they are not paid by the school. | |
| Nancy teaches students.","Nancy is a faculty member. | |
| Nancy is paid by the school and has students. | |
| Nancy is not paid by the school or does not have students.","U | |
| T | |
| F","∀x (OnPayroll(x) → PaidBy(x, school)) | |
| ∀x (HaveJobAt(x, school) → OnPayroll(x)) | |
| ∀x (FacultyMember(x) → HaveJobAt(x, school)) | |
| ∀x (Teach(x, student) → FacultyMember(x) ∨ Teacher(x)) | |
| ∀x (Teacher(x) → Have(x, student)) | |
| Teacher(nancy) → OnPayroll(nancy) | |
| ¬Teacher(nancy) → ¬OnPayroll(nancy) | |
| Teach(nancy, student)","FacultyMember(nancy) | |
| PaidBy(nancy, school) ∧ Have(nancy, student) | |
| ¬PaidBy(nancy, school) ∨ ¬Have(nancy, student))","['Not found', 'And(PaidBy(nancy,school),Have(nancy,student))\n├── Have(nancy,student)\n│ ├── Or(Have($x115,student),Not(Teacher($x115)))\n│ └── Or(Have(nancy,student),Teacher(nancy))\n│ ├── Or(Have(nancy,student),OnPayroll(nancy))\n│ │ ├── Or(Have($x115,student),Not(Teacher($x115)))\n│ │ └── Or(OnPayroll(nancy),Teacher(nancy))\n│ │ ├── Or(HaveJobAt(nancy,school),Teacher(nancy))\n│ │ │ ├── Or(FacultyMember(nancy),Teacher(nancy))\n│ │ │ │ ├── Or(Or(FacultyMember($x112),Not(Teach($x112,student))),Teacher($x112))\n│ │ │ │ └── Teach(nancy,student)\n│ │ │ └── Or(HaveJobAt($x19,school),Not(FacultyMember($x19)))\n│ │ └── Or(Not(HaveJobAt($x16,school)),OnPayroll($x16))\n│ └── Or(Not(OnPayroll(nancy)),Teacher(nancy))\n└── PaidBy(nancy,school)\n ├── Or(Not(OnPayroll($x13)),PaidBy($x13,school))\n └── Or(OnPayroll(nancy),PaidBy(nancy,school))\n ├── Or(Not(Teacher(nancy)),OnPayroll(nancy))\n └── Or(PaidBy(nancy,school),Teacher(nancy))\n ├── Or(Not(OnPayroll($x13)),PaidBy($x13,school))\n └── Or(OnPayroll(nancy),Teacher(nancy))\n ├── Or(HaveJobAt(nancy,school),Teacher(nancy))\n │ ├── Or(FacultyMember(nancy),Teacher(nancy))\n │ │ ├── Or(Or(FacultyMember($x112),Not(Teach($x112,student))),Teacher($x112))\n │ │ └── Teach(nancy,student)\n │ └── Or(HaveJobAt($x19,school),Not(FacultyMember($x19)))\n └── Or(Not(HaveJobAt($x16,school)),OnPayroll($x16))\n', 'Not(Or(Not(PaidBy(nancy,school)),Not(Have(nancy,student))))\n├── Have(nancy,student)\n│ ├── Or(Have($x115,student),Not(Teacher($x115)))\n│ └── Or(Have(nancy,student),Teacher(nancy))\n│ ├── Or(Have(nancy,student),OnPayroll(nancy))\n│ │ ├── Or(Have($x115,student),Not(Teacher($x115)))\n│ │ └── Or(OnPayroll(nancy),Teacher(nancy))\n│ │ ├── Or(HaveJobAt(nancy,school),Teacher(nancy))\n│ │ │ ├── Or(FacultyMember(nancy),Teacher(nancy))\n│ │ │ │ ├── Or(Or(FacultyMember($x112),Not(Teach($x112,student))),Teacher($x112))\n│ │ │ │ └── Teach(nancy,student)\n│ │ │ └── Or(HaveJobAt($x19,school),Not(FacultyMember($x19)))\n│ │ └── Or(Not(HaveJobAt($x16,school)),OnPayroll($x16))\n│ └── Or(Not(OnPayroll(nancy)),Teacher(nancy))\n└── PaidBy(nancy,school)\n ├── Or(Not(OnPayroll($x13)),PaidBy($x13,school))\n └── Or(OnPayroll(nancy),PaidBy(nancy,school))\n ├── Or(Not(Teacher(nancy)),OnPayroll(nancy))\n └── Or(PaidBy(nancy,school),Teacher(nancy))\n ├── Or(Not(OnPayroll($x13)),PaidBy($x13,school))\n └── Or(OnPayroll(nancy),Teacher(nancy))\n ├── Or(HaveJobAt(nancy,school),Teacher(nancy))\n │ ├── Or(FacultyMember(nancy),Teacher(nancy))\n │ │ ├── Or(Or(FacultyMember($x112),Not(Teach($x112,student))),Teacher($x112))\n │ │ └── Teach(nancy,student)\n │ └── Or(HaveJobAt($x19,school),Not(FacultyMember($x19)))\n └── Or(Not(HaveJobAt($x16,school)),OnPayroll($x16))\n']" | |
| 429,"None of the easy Leetcode problems have an AC rate lower than 20 percent. | |
| All Leetcode problems recommended to novices are easy. | |
| Leetcode problems either have an AC rate lower than 20 percent or are starred by more than 1 thousand users. | |
| All hard Leetcode problems are starred by more than 1,000 users. | |
| No Leetcode problems published after 2022 are starred by more than 1,000 users. | |
| '2Sum' is not both hard and also recommended to novices. | |
| '4Sum' is either starred by more than 1,000 users and published after 2022, or it is neither. ","2Sum is an easy Leetcode problem. | |
| 2Sum is not an easy Leetcode problem. | |
| 4Sum is recommended to novices or is hard. | |
| 4Sum is neither recommended to the novice nor a Leetcode problem that's hard.","U | |
| U | |
| F | |
| T","∀x ((LeetcodeProblems(x) ∧ Easy(x)) → ¬HaveAnACRateLowerThan(x, percent20)) | |
| ∀x ((LeetcodeProblems(x) ∧ RecommendedTo(x, novices)) → Easy(x)) | |
| ∀x (LeetcodeProblems(x) → HaveAnACRateLowerThan(x, percent20) ⊕ StarredByMoreThan(x, num1000)) | |
| ∀x ((LeetcodeProblems(x) ∧ Hard(x)) → StarredByMoreThan(x, num1000)) | |
| ∀x ((LeetcodeProblems(x) ∧ PublishedAfter(x, yr2022)) → (¬StarredByMoreThan(x, num1000))) | |
| ¬(RecommendedTo(twosum, novices) ∧ Hard(twosum)) ∧ LeetcodeProblems(twosum) | |
| ¬(StarredByMoreThan(foursum, num1000) ⊕ PublishedAfter(foursum, yr2022)) ∧ LeetcodeProblems(twosum)","LeetcodeProblems(twosum) ∧ Easy(twosum) | |
| ¬(LeetcodeProblems(twosum) ∧ Easy(twosum)) | |
| RecommendedTo(foursum, novices) ∨ Hard(foursum) | |
| ¬RecommendedTo(foursum, novices) ∧ ¬Hard(foursum)","['Not found', 'Not found', 'Not found', 'Not found']" | |
| 485,"Every instrument in the percussion section is either an idiophone or a membranophone. | |
| Idiophones in the percussion section vibrate their primary body. | |
| Membranophones in the percussion section vibrate a stretched membrane. | |
| Every instrument in the percussion section that vibrates its primary body also tunes by sanding. | |
| Every instrument in the percussion section that vibrates a stretched membrane also tunes by tightening. | |
| Timpani in the percussion section are tuned by tightening. | |
| Xylophones in the percussion section are not tuned by tightening. | |
| The snare drum is in the percussion section; and either is both a timpani and is tuned by standing, or neither. ","The snare drum is a timpani. | |
| The snare drum is not a timpani. | |
| The snare drum is a xylophone. | |
| The snare drum is a xylophone or tuned by tightening. | |
| The snare drum is either a xylophone or tuned by tightening.","U | |
| U | |
| F | |
| T | |
| T","∀x (Instrument(x) ∧ In(x, percussionSection) → Idiophone(x) ⊕ Membranophone(x)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Idiophone(x) → Vibrate(x, primaryBody)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Membranophone(x) → Vibrate(x, stretchedMembrane)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Vibrate(x, primaryBody) → TuneBySanding(x)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Vibrate(x, stretchedMembrane) → TuneByTightening(x)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Timpani(x) → TunedByTightening(x)) | |
| ∀x (Instrument(x) ∧ In(x, percussionSection) ∧ Xylophone(x) → ¬TunedByTightening(x)) | |
| Instrument(snareDrum) ∧ In(snareDrum, percussionSection) ∧ ¬(Timpani(snareDrum) ⊕ TunedBySanding(snareDrum))","Timpani(snareDrum) | |
| ¬Timpani(snareDrum) | |
| Xylophone(snareDrum) | |
| Xylophone(snareDrum) ∨ TunedByTightening(snareDrum) | |
| Xylophone(snareDrum) ⊕ TunedByTightening(snareDrum)","['Not found', 'Not found', 'Not found', 'Not found', 'Not found']" | |
| 473,"All pets in my house are either cats or dogs. | |
| All the dogs in my house bark. | |
| Ghosts do not exist. | |
| If some pet in my house barks, then it is not dead. | |
| All of the pets in my house are either dead or alive. | |
| Jojo is a pet in my house, and it is not alive.","Jojo is a ghost. | |
| Jojo is a cat or a ghost. | |
| If Jojo is a cat or a ghost, then Jojo either barks or is a dog.","F | |
| T | |
| F","∀x (Pet(x) ∧ In(x, myHouse) → Cat(x) ⊕ Dog(x)) | |
| ∀x (Dog(x) ∧ In(x, myHouse) → Bark(x)) | |
| ∀x (¬Ghost(x)) | |
| ∀x (Bark(x) ∧ Pet(x) ∧ In(x, myHouse) → ¬Dead(x)) | |
| ∀x (Pet(x) ∧ In(x, myHouse) → Dead(x) ⊕ Alive(x)) | |
| Pet(jojo) ∧ InMyHouse(jojo)∧ ¬Alive(jojo)","Ghost(jojo) | |
| Cat(jojo) ∨ Ghost(jojo) | |
| Cat(jojo) ∨ Ghost(jojo) → Bark(jojo) ⊕ Dog(jojo)","['Not(Ghost(jojo))\n└── Not(Ghost($x19))\n', 'Not found', 'Or(Cat(jojo),Implies(Ghost(jojo),And(Or(Bark(jojo),Dog(jojo)),Not(And(Bark(jojo),Dog(jojo))))))\n├── Or(Or(Or(Bark(jojo),Cat(jojo)),Dog(jojo)),Not(Ghost(jojo)))\n│ └── Not(Ghost($x19))\n└── Or(Or(Or(Cat(jojo),Not(Bark(jojo))),Not(Dog(jojo))),Not(Ghost(jojo)))\n └── Not(Ghost($x19))\n']" | |
| 398,"All mind-reading is either brain reading or brain decoding. | |
| All brain decoding that is mind-reading is extracting information from BOLD signals. | |
| No studies that are mind-reading and extract information from BOLD signals are without statistical pattern analysis. | |
| Writing a novel is without statistical pattern analysis. | |
| If multivoxel (pattern) analysis is without statistical pattern analysis and a brain reading, then multivoxel (pattern) analysis is without statistical pattern analysis and brain decoding. | |
| Multivoxel (pattern) analysis is a type of mind-reading.","Multivoxel (pattern) analysis is a brain decoding. | |
| Multivoxel (pattern) analysis is the writing of a novel. | |
| Multivoxel (pattern) analysis is without statistical pattern analysis and writing a novel. | |
| Multivoxel (pattern) analysis is without statistical pattern analysis or writing a novel. | |
| Multivoxel (pattern) analysis is either without statistical pattern analysis or writing a novel. | |
| If multivoxel (pattern) analysis is writing a novel, then multivoxel (pattern) analysis is neither without statistical pattern analysis nor writing a novel.","U | |
| F | |
| F | |
| F | |
| F | |
| T","∀x (MindReading(x) ∧ (BrainReading(x) ⊕ BrainDecoding(x))) | |
| ∀x ((MindReading(x) ∧ BrainDecoding(x)) → ExtractingFrom(x, information, bOLDSignals)) | |
| ∀x ((MindReading(x) ∧ ExtractingFrom(x, information, bOLDSignals)) → Uses(x, statisticalPatternAnalysis)) | |
| ∀x (NovelWriting(x) → ¬Uses(x, statisticalPatternAnalysis)) | |
| MindReading(multivoxelPatternAnalysis) ∧ (¬Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ∧ BrainReading(multivoxelPatternAnalysis)) → (¬Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ∧ (¬BrainDecoding(multivoxelPatternAnalysis))) | |
| MindReading(multivoxelPatternAnalysis) ","MindReading(multivoxelPatternAnalysis) ∧ BrainDecoding(multivoxelPatternAnalysis) | |
| MindReading(multivoxelPatternAnalysis) ∧ NovelWriting(multivoxelPatternAnalysis) | |
| ¬(Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ∧ NovelWriting(multivoxelPatternAnalysis)) | |
| ¬(Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ∨ NovelWriting(multivoxelPatternAnalysis)) | |
| ¬Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ⊕ Writing(multivoxelPatternAnalysis, aNovel) | |
| (MindReading(multivoxelPatternAnalysis) ∧ NovelWriting(multivoxelPatternAnalysis)) → (Uses(multivoxelPatternAnalysis, statisticalPatternAnalysis) ∨ ¬NovelWriting(multivoxelPatternAnalysis))","['Not found', 'Not found', 'Or(Not(NovelWriting(multivoxelPatternAnalysis)),Not(Uses(multivoxelPatternAnalysis,statisticalPatternAnalysis)))\n└── Or(Not(NovelWriting($x112)),Not(Uses($x112,statisticalPatternAnalysis)))\n', 'Not found', 'Not found', 'Not found']" | |
| 358,"If people play competitive equestrian polo, then they are not expected to prepare for standardized exams. | |
| If people are world-class at horse riding and polo, then they play competitive equestrian polo. | |
| If people are expected to become a doctor or lawyers after school, then they are expected to prepare for standardized exams. | |
| If people are expected to get high-paying and stable careers, then they are expected to become a doctor or a lawyer after school. | |
| People who are nominated the CRA reward during the undergraduate study are expected to get high paying, stable careers. | |
| Riley either both is expected to get a high paying, stable career and expected to prepare for standardized exams, or she neither is expected to get a high paying, stable career nor expected to prepare for standardized exams.","Riley is world-class at horse riding and polo. | |
| Riley is nominated the CRA reward during the undergraduate study. | |
| Riley either plays competitive equestrian polo or, if she does not, then she is nominated the CRA reward during the undergraduate study.","U | |
| U | |
| U","∀x (Play(x, competitiveEquestrianPolo) → ¬ExpectedToPrepareFor(x, standardizedExam)) | |
| ∀x (WorldClassAt(x, horseRiding) ∧ WorldClassAt(x, polo) → Play(riley, competitiveEquestrianPolo)) | |
| ∀x (ExpectedToBecome(x, doctor) ∨ ExpectedToBecome(x, lawyer) → ExpectedToPrepareFor(x, standardizedExam)) | |
| ∀x (ExpectedToGet(x, highPayingCareer) ∧ ExpectedToGet(x, stableCareer) → ExpectedToBe(x, doctor) ∨ ExpectedToBe(x, lawyer)) | |
| ∀x (Nominated(x, cRAAward) → ExpectedToGet(x, highPayingCareer) ∧ ExpectedToGet(x, stableCareer)) | |
| ¬((ExpectedToGet(riley, highPayingCareer) ∧ ExpectedToGet(riley, stableCareer)) ⊕ ExpectedToPrepareFor(riley, standardizedExam))","WorldClassAt(x, horseRiding) ∧ WorldClassAt(x, polo) | |
| Nominated(riley, cRAAward) | |
| Play(riley, competitiveEquestrianPolo) ⊕ Nominated(riley, cRAAward)","['Not found', 'Not found', 'Not found']" | |
| 309,"Tipped employees are not entitled to be paid the federal minimum wage by their employees. | |
| If a person is a white-collar worker, they are entitled to be paid the federal minimum wage by their employees. | |
| All lawyers are white-collar workers. | |
| Every advocate is a lawyer. | |
| Mary is not a lawyer or a tipped employee.","Mary is a white-collar worker. | |
| Mary is an advocate. | |
| Mary is not an advocate. | |
| Mary is either an advocate or a tipped employee. | |
| If Mary is not both an advocate and is entitled to be paid the federal minimum wage by their employees, she is not a tipped employee. | |
| If Mary is either an advocate or a tipped employee, she is an advocate.","U | |
| F | |
| T | |
| F | |
| T | |
| T","∀x (TippedEmployee(x) → ¬EntitledTo(x, federalMinimumWage)) | |
| ∀x (WhiteCollarWorker(x) → EntitledTo(x, federalMinimumWage)) | |
| ∀x (Lawyer(x) → WhiteCollarWorker(x)) | |
| ∀x (Advocate(x) → Lawyer(x)) | |
| ¬(Lawyer(mary) ⊕ TippedEmployee(mary))","WhiteCollarWorker(mary) | |
| Advocate(mary) | |
| ¬Advocate(mary) | |
| Advocate(mary) ⊕ TippedEmployee(mary) | |
| (¬(Advocate(mary) ∧ EntitledTo(mary, federalMinimumWage))) → ¬TippedEmployee(mary) | |
| (Advocate(mary) ⊕ TippedEmployee(mary)) → Advocate(mary)","['Not found', 'Not(Advocate(mary))\n├── Not(Lawyer(mary))\n│ ├── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n│ └── Or(Not(Lawyer(mary)),Not(WhiteCollarWorker(mary)))\n│ ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n│ └── Or(Not(EntitledTo(mary,federalMinimumWage)),Not(Lawyer(mary)))\n│ ├── Or(Not(EntitledTo($x13,federalMinimumWage)),Not(TippedEmployee($x13)))\n│ └── Or(Not(Lawyer(mary)),TippedEmployee(mary))\n└── Or(Lawyer($x112),Not(Advocate($x112)))\n', 'Not(Advocate(mary))\n├── Not(Lawyer(mary))\n│ ├── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n│ └── Or(Not(Lawyer(mary)),Not(WhiteCollarWorker(mary)))\n│ ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n│ └── Or(Not(EntitledTo(mary,federalMinimumWage)),Not(Lawyer(mary)))\n│ ├── Or(Not(EntitledTo($x13,federalMinimumWage)),Not(TippedEmployee($x13)))\n│ └── Or(Not(Lawyer(mary)),TippedEmployee(mary))\n└── Or(Lawyer($x112),Not(Advocate($x112)))\n', 'Not(And(Or(Advocate(mary),TippedEmployee(mary)),Not(And(Advocate(mary),TippedEmployee(mary)))))\n├── Or(Advocate(mary),Not(TippedEmployee(mary)))\n│ └── Not(TippedEmployee(mary))\n│ ├── Or(EntitledTo(mary,federalMinimumWage),Not(TippedEmployee(mary)))\n│ │ ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n│ │ └── Or(Not(TippedEmployee(mary)),WhiteCollarWorker(mary))\n│ │ ├── Or(Lawyer(mary),Not(TippedEmployee(mary)))\n│ │ └── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n│ └── Or(Not(EntitledTo($x13,federalMinimumWage)),Not(TippedEmployee($x13)))\n└── Or(Not(Advocate(mary)),TippedEmployee(mary))\n ├── Or(Lawyer($x112),Not(Advocate($x112)))\n └── Or(Not(Lawyer(mary)),TippedEmployee(mary))\n', 'Implies(Not(And(Advocate(mary),EntitledTo(mary,federalMinimumWage))),Not(TippedEmployee(mary)))\n├── Or(Advocate(mary),Not(TippedEmployee(mary)))\n│ └── Not(TippedEmployee(mary))\n│ ├── Or(EntitledTo(mary,federalMinimumWage),Not(TippedEmployee(mary)))\n│ │ ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n│ │ └── Or(Not(TippedEmployee(mary)),WhiteCollarWorker(mary))\n│ │ ├── Or(Lawyer(mary),Not(TippedEmployee(mary)))\n│ │ └── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n│ └── Or(Not(EntitledTo($x13,federalMinimumWage)),Not(TippedEmployee($x13)))\n└── Or(EntitledTo(mary,federalMinimumWage),Not(TippedEmployee(mary)))\n ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n └── Or(Not(TippedEmployee(mary)),WhiteCollarWorker(mary))\n ├── Or(Lawyer(mary),Not(TippedEmployee(mary)))\n └── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n', 'Or(Advocate(mary),Not(TippedEmployee(mary)))\n└── Not(TippedEmployee(mary))\n ├── Or(EntitledTo(mary,federalMinimumWage),Not(TippedEmployee(mary)))\n │ ├── Or(EntitledTo($x16,federalMinimumWage),Not(WhiteCollarWorker($x16)))\n │ └── Or(Not(TippedEmployee(mary)),WhiteCollarWorker(mary))\n │ ├── Or(Lawyer(mary),Not(TippedEmployee(mary)))\n │ └── Or(Not(Lawyer($x19)),WhiteCollarWorker($x19))\n └── Or(Not(EntitledTo($x13,federalMinimumWage)),Not(TippedEmployee($x13)))\n']" | |
| 327,"No professional basketball players are soccer players. | |
| All NBA players are professional basketball players. | |
| All soccer defenders are soccer players. | |
| All centerbacks are soccer defenders. | |
| Roger Federer is either both an NBA player and a soccer defender, or neither.","Roger Federer is a centerback. | |
| Roger Federer is not a centerback. | |
| Roger Federer is a soccer player.","F | |
| T | |
| U","∀x (ProfessionalBasketballPlayer(x) → ¬ProfessionalSoccerPlayer(x)) | |
| ∀x (NBAPlayer(x) → ProfessionalBasketballPlayer(x)) | |
| ∀x (ProfessionalSoccerDefender(x) → ProfessionalSoccerPlayer(x)) | |
| ∀x (ProfessionalCenterback(x) → ProfessionalSoccerDefender(x)) | |
| ¬(NBAPlayer(rogerfederer) ⊕ ProfessionalSoccerDefender(rogerfederer))","ProfessionalCenterback(rogerFederer) | |
| ¬ProfessionalCenterback(rogerFederer) | |
| ProfessionalSoccerPlayer(rogerFederer)","['Not found', 'Not found', 'Not found']" | |
| 450,"Those who can fly over a vast distance glide in the air. | |
| Flightless birds cannot fly over a vast distance. | |
| Penguins are flightless birds. | |
| Nonflying birds in Antarctica are penguins. | |
| Fido is a penguin, or flies over a vast distance. ","Fido is a flightless bird | |
| Fido is not a nonflying bird in Antarctica, and he cannot glid in the air. | |
| If Fido either can fly over a vast distance or cannot fly over a vast distance, then Fido is a nonflying bird in Antartica.","U | |
| F | |
| T","∀x (FlyOver(x, vastDistance) → GlideInAir(x)) | |
| ∀x (Flightless(x) ∧ Bird(x) → ¬FlyOver(x, vastDistance)) | |
| ∀x (Penguin(x) → Flightless(x) ∧ Bird(x)) | |
| ∀x (NonFlying(x) ∧ Bird(x) ∧ In(x, antarctica) → Penguin(x)) | |
| Penguin(fido) ∨ FlyOver(fido, vastDistance)","Flightless(fido) ∧ Bird(fido) | |
| ¬(NonFlying(fido) ∧ Bird(fido) ∧ In(fido, antarctica)) ∧ ¬GlideInAir(fido) | |
| (FlyOver(fido, vastDistance) ⊕ ¬FlyOver(fido, vastDistance)) → (NonFlying(fido) ∧ Bird(fido) ∧ In(fido, antarctica))","['Not found', 'Not found', 'Not found']" | |
| 348,"All young adults at the event like independence. | |
| All college students at the event are young adults. | |
| All Yale students at the event are college students. | |
| Everyone at the event is a Yale student or a Harvard student. | |
| All Harvard students at the event are diligent. | |
| Susan is at the event, and if Susan is a Harvard student, then she is a young adult. | |
| If Susan is a Yale student, then she does not like independence.","Susan is a college student. | |
| Susan likes independence and is diligent. | |
| Susan is not both diligent and likes independence.","U | |
| T | |
| F","∀x (At(x, event) ∧ YoungAdult(x) → Like(x, independence)) | |
| ∀x (At(x, event) ∧ CollegeStudent(x) → YoungAdult(x)) | |
| ∀x (At(x, event) ∧ YaleStudent(x) → CollegeStudent(x)) | |
| ∀x (At(x, event) → (YaleStudent(x) ⊕ HarvardStudent(x))) | |
| ∀x (At(x, event) ∧ HarvardStudent(x) → Diligent(x)) | |
| At(susan, event) ∧ (HarvardStudent(susan) → YoungAdult(susan)) | |
| YaleStudent(susan) → ¬Like(susan, independence)","CollegeStudent(susan) | |
| Like(susan, independence) ∧ Diligent(susan) | |
| ¬(Like(susan, independence) ∧ Diligent(susan))","['Not found', 'And(Like(susan,independence),Diligent(susan))\n├── Diligent(susan)\n│ ├── At(susan,event)\n│ └── Or(Diligent(susan),Not(At(susan,event)))\n│ ├── Or(HarvardStudent(susan),Not(At(susan,event)))\n│ │ ├── Or(Not(At(susan,event)),Not(YaleStudent(susan)))\n│ │ │ ├── Or(Or(CollegeStudent($x19),Not(At($x19,event))),Not(YaleStudent($x19)))\n│ │ │ └── Or(Or(Not(At(susan,event)),Not(CollegeStudent(susan))),Not(YaleStudent(susan)))\n│ │ │ ├── Or(Or(Not(At($x16,event)),Not(CollegeStudent($x16))),YoungAdult($x16))\n│ │ │ └── Or(Or(Not(At(susan,event)),Not(YaleStudent(susan))),Not(YoungAdult(susan)))\n│ │ │ ├── Or(Not(Like(susan,independence)),Not(YaleStudent(susan)))\n│ │ │ └── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n│ │ └── Or(Or(HarvardStudent($x112),Not(At($x112,event))),YaleStudent($x112))\n│ └── Or(Or(Diligent($x115),Not(At($x115,event))),Not(HarvardStudent($x115)))\n└── Like(susan,independence)\n ├── At(susan,event)\n └── Or(Like(susan,independence),Not(At(susan,event)))\n ├── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n └── Or(Or(Like(susan,independence),Not(At(susan,event))),YoungAdult(susan))\n ├── Or(Or(CollegeStudent(susan),Like(susan,independence)),Not(At(susan,event)))\n │ ├── Or(Or(CollegeStudent($x19),Not(At($x19,event))),Not(YaleStudent($x19)))\n │ └── Or(Or(Like(susan,independence),Not(At(susan,event))),YaleStudent(susan))\n │ ├── Or(Or(HarvardStudent($x112),Not(At($x112,event))),YaleStudent($x112))\n │ └── Or(Or(Like(susan,independence),Not(At(susan,event))),Not(HarvardStudent(susan)))\n │ ├── Or(Not(HarvardStudent(susan)),YoungAdult(susan))\n │ └── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n └── Or(Or(Not(At($x16,event)),Not(CollegeStudent($x16))),YoungAdult($x16))\n', 'And(Like(susan,independence),Diligent(susan))\n├── Diligent(susan)\n│ ├── At(susan,event)\n│ └── Or(Diligent(susan),Not(At(susan,event)))\n│ ├── Or(HarvardStudent(susan),Not(At(susan,event)))\n│ │ ├── Or(Not(At(susan,event)),Not(YaleStudent(susan)))\n│ │ │ ├── Or(Or(CollegeStudent($x19),Not(At($x19,event))),Not(YaleStudent($x19)))\n│ │ │ └── Or(Or(Not(At(susan,event)),Not(CollegeStudent(susan))),Not(YaleStudent(susan)))\n│ │ │ ├── Or(Or(Not(At($x16,event)),Not(CollegeStudent($x16))),YoungAdult($x16))\n│ │ │ └── Or(Or(Not(At(susan,event)),Not(YaleStudent(susan))),Not(YoungAdult(susan)))\n│ │ │ ├── Or(Not(Like(susan,independence)),Not(YaleStudent(susan)))\n│ │ │ └── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n│ │ └── Or(Or(HarvardStudent($x112),Not(At($x112,event))),YaleStudent($x112))\n│ └── Or(Or(Diligent($x115),Not(At($x115,event))),Not(HarvardStudent($x115)))\n└── Like(susan,independence)\n ├── At(susan,event)\n └── Or(Like(susan,independence),Not(At(susan,event)))\n ├── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n └── Or(Or(Like(susan,independence),Not(At(susan,event))),YoungAdult(susan))\n ├── Or(Or(CollegeStudent(susan),Like(susan,independence)),Not(At(susan,event)))\n │ ├── Or(Or(CollegeStudent($x19),Not(At($x19,event))),Not(YaleStudent($x19)))\n │ └── Or(Or(Like(susan,independence),Not(At(susan,event))),YaleStudent(susan))\n │ ├── Or(Or(HarvardStudent($x112),Not(At($x112,event))),YaleStudent($x112))\n │ └── Or(Or(Like(susan,independence),Not(At(susan,event))),Not(HarvardStudent(susan)))\n │ ├── Or(Not(HarvardStudent(susan)),YoungAdult(susan))\n │ └── Or(Or(Like($x13,independence),Not(At($x13,event))),Not(YoungAdult($x13)))\n └── Or(Or(Not(At($x16,event)),Not(CollegeStudent($x16))),YoungAdult($x16))\n']" | |
| 449,"Animals who need large territory travel far. | |
| Every animal that eats a lot needs a large territory. | |
| If something is a big animal, then it will eat a lot. | |
| Bears are big animals. | |
| Larry is a big animal.","Larry is a bear. | |
| Larry is not a bear and does not travel far. | |
| If Larry either travels far or needs a large territory, then Larry is a bear.","U | |
| F | |
| T","∀x (Animal(x) ∧ Need(x, largeTerritory) → TravelFar(x)) | |
| ∀x (EatALot(x) → Need(x, largeTerritory)) | |
| ∀x (Big(x) ∧ Animal(x) → EatALot(x)) | |
| ∀x (Bear(x) → Big(x) ∧ Animal(x)) | |
| Big(larry) ∧ Animal(larry)","Bear(larry) | |
| ¬Bear(larry) ∧ ¬TravelFar(larry) | |
| TravelFar(larry) ⊕ Need(larry, largeTerritory) → Bear(larry)","['Not found', 'Or(Bear(larry),TravelFar(larry))\n└── TravelFar(larry)\n ├── Animal(larry)\n └── Or(Not(Animal(larry)),TravelFar(larry))\n ├── Or(Need(larry,largeTerritory),Not(Animal(larry)))\n │ ├── Or(EatALot(larry),Not(Animal(larry)))\n │ │ ├── Big(larry)\n │ │ └── Or(Or(EatALot($x19),Not(Animal($x19))),Not(Big($x19)))\n │ └── Or(Need($x16,largeTerritory),Not(EatALot($x16)))\n └── Or(Or(Not(Animal($x13)),Not(Need($x13,largeTerritory))),TravelFar($x13))\n', 'Implies(And(Or(TravelFar(larry),Need(larry,largeTerritory)),Not(And(TravelFar(larry),Need(larry,largeTerritory)))),Bear(larry))\n├── Or(Or(Bear(larry),Need(larry,largeTerritory)),Not(TravelFar(larry)))\n│ └── Need(larry,largeTerritory)\n│ ├── Animal(larry)\n│ └── Or(Need(larry,largeTerritory),Not(Animal(larry)))\n│ ├── Or(EatALot(larry),Not(Animal(larry)))\n│ │ ├── Big(larry)\n│ │ └── Or(Or(EatALot($x19),Not(Animal($x19))),Not(Big($x19)))\n│ └── Or(Need($x16,largeTerritory),Not(EatALot($x16)))\n└── Or(Or(Bear(larry),Not(Need(larry,largeTerritory))),TravelFar(larry))\n └── Or(Not(Need(larry,largeTerritory)),TravelFar(larry))\n ├── Animal(larry)\n └── Or(Or(Not(Animal($x13)),Not(Need($x13,largeTerritory))),TravelFar($x13))\n']" | |
| 328,"No soccer players are professional basketball players. | |
| All NBA players are professional basketball players. | |
| All soccer defenders are soccer players. | |
| All centerback players are soccer defenders. | |
| If Stephen Curry is an NBA player or a soccer player, then he is a professional basketball player.","Stephen Curry is an NBA player. | |
| Stephen Curry is a centerback player. | |
| Stephen Curry is not a centerback player.","U | |
| F | |
| T","∀x (ProfessionalSoccerPlayer(x) → ¬ProfessionalBasketballPlayer(x)) | |
| ∀x (NBAPlayer(x) → ProfessionalBasketballPlayer(x)) | |
| ∀x (ProfessionalSoccerDefender(x) → ProfessionalSoccerPlayer(x)) | |
| ∀x (ProfessionalCenterback(x) → ProfessionalSoccerDefender(x)) | |
| (NBAPlayer(stephencurry) ⊕ ProfessionalSoccerPlayer(stephencurry)) → ProfessionalBasketballPlayer(stephencurry)","NBAPlayer(stephenCurry) | |
| ProfessionalCenterback(stephenCurry) | |
| ¬ProfessionalCenterback(stephenCurry)","['Not found', 'Not found', 'Not found']" | |
| 480,"Everyone honored at the ceremony that is discharged is not actively serving in the military. | |
| Every veteran honored at the ceremony is discharged. | |
| Everyone honored at the ceremony is actively serving in the military or actively serving in the Marines. | |
| Everyone honored at the ceremony that is actively serving in the Marines is capable of ground combat. | |
| Everyone honored at the ceremony that is actively serving in the Marines is capable of naval combat. | |
| Luca is honored at the ceremony and either discharged or a veteran. | |
| Spencer is either both discharged and a veteran, or neither.","Luca is capable of naval combat and ground combat. | |
| Luca is not both capable of naval combat and ground combat. | |
| Luca is capable of naval combat or ground combat. | |
| Luca is neither capable of naval combat nor ground combat. | |
| Spencer is discharged.","T | |
| F | |
| T | |
| F | |
| U","∀x (HonoredAt(x, ceremony) ∧ Discharged(x) → ¬ActivelyServingIn(x, military)) | |
| ∀x (HonoredAt(x, ceremony) ∧ Veteran(x) → Discharged(x)) | |
| ∀x (HonoredAt(x, ceremony) ∧ (ActivelyServingIn(x, military) ∨ ActivelyServingIn(x, marines))) | |
| ∀x (HonoredAt(x, ceremony) ∧ ActivelyServingIn(x, marines) → CapableOf(x, groundCombat)) | |
| ∀x (HonoredAt(x, ceremony) ∧ ActivelyServingIn(x, marines) → CapableOf(x, navalCombat)) | |
| HonoredAt(luca, ceremoy) ∧ (Discharged(luca) ⊕ Veteran(luca)) | |
| ¬(Discharged(spencer) ⊕ Veteran(spencer))","CapableOf(luca, navalCombat) ∧ CapableOf(luca, groundCombat) | |
| ¬(CapableOf(luca, navalCombat) ∧ CapableOf(luca, groundCombat)) | |
| CapableOf(luca, navalCombat) ∨ CapableOf(luca, groundCombat) | |
| ¬CapableOf(luca, navalCombat) ∧ ¬CapableOf(luca, groundCombat) | |
| Discharged(spencer)","['Not found', 'Not found', 'Not found', 'Not found', 'Not found']" | |
| 317,"All clothes are products. | |
| No products are perfect. | |
| All dresses are clothes. | |
| All skirts are dresses. | |
| If the fabric bundle is a piece of clothing, then the fabric bundle is a perfect dress.","The fabric bundle is perfect. | |
| The fabric bundle is a skirt. | |
| The fabric bundle is not a skirt.","U | |
| F | |
| T","∀x (Clothes(x) → Product(x)) | |
| ∀x (Product(x) → ¬Perfect(x)) | |
| ∀x (Dress(x) → Clothes(x)) | |
| ∀x (Skirt(x) → Dress(x)) | |
| Clothes(fabricBundle) → Perfect(fabricBundle) ∧ Dress(fabricBundle)","Perfect(fabricbundle) | |
| Skirt(fabricbundle) | |
| ¬Skirt(fabricbundle)","['Not found', 'Not found', 'Not found']" | |
| 352,"All business organizations are legal entities. | |
| All companies are business organizations. | |
| All private companies are companies. | |
| All legal entities are created under law. | |
| All legal entities have legal obligations. | |
| If the Harvard Weekly Book Club is created under law, then it is not a private company. ","The Harvard Weekly Book club has legal obligations. | |
| The Harvard Weekly Book club has legal obligations and is a private company. | |
| If the Harvard Weekly Book club is a private company, then it either has legal obligations or is created under law.","U | |
| F | |
| T","∀x (BusinessOrganization(x) → LegalEntity(x)) | |
| ∀x (Company(x) → BusinessOrganization(x)) | |
| ∀x (PrivateCompany(x) → Company(x)) | |
| ∀x (LegalEntity(x) → CreatedUnderLaw(x)) | |
| ∀x (LegalEntity(x) → LegalObligation(x)) | |
| CreatedUnderLaw(harvardWeeklyBookClub) → ¬PrivateCompany(harvardWeeklyBookClub)","LegalObligation(harvardWeeklyBookClub) | |
| LegalObligation(harvardWeeklyBookClub) ∧ PrivateCompany(harvardWeeklyBookClub) | |
| PrivateCompany(harvardWeeklyBookClub) → LegalObligation(harvardWeeklyBookClub) ⊕ CreatedUnderLaw(harvardWeeklyBookClub)","['Not found', 'Or(Not(LegalObligation(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n└── Not(PrivateCompany(harvardWeeklyBookClub))\n ├── Or(Company($x19),Not(PrivateCompany($x19)))\n └── Or(Not(Company(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n ├── Or(BusinessOrganization($x16),Not(Company($x16)))\n └── Or(Not(BusinessOrganization(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n ├── Or(LegalEntity($x13),Not(BusinessOrganization($x13)))\n └── Or(Not(LegalEntity(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n ├── Or(CreatedUnderLaw($x112),Not(LegalEntity($x112)))\n └── Or(Not(CreatedUnderLaw(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n', 'Implies(PrivateCompany(harvardWeeklyBookClub),And(Or(LegalObligation(harvardWeeklyBookClub),CreatedUnderLaw(harvardWeeklyBookClub)),Not(And(LegalObligation(harvardWeeklyBookClub),CreatedUnderLaw(harvardWeeklyBookClub)))))\n├── Or(Or(CreatedUnderLaw(harvardWeeklyBookClub),LegalObligation(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n│ └── Or(CreatedUnderLaw($x13),Not(PrivateCompany($x13)))\n│ ├── Or(Company($x19),Not(PrivateCompany($x19)))\n│ └── Or(CreatedUnderLaw($x13),Not(Company($x13)))\n│ ├── Or(BusinessOrganization($x16),Not(Company($x16)))\n│ └── Or(CreatedUnderLaw($x13),Not(BusinessOrganization($x13)))\n│ ├── Or(CreatedUnderLaw($x112),Not(LegalEntity($x112)))\n│ └── Or(LegalEntity($x13),Not(BusinessOrganization($x13)))\n└── Or(Or(Not(CreatedUnderLaw(harvardWeeklyBookClub)),Not(LegalObligation(harvardWeeklyBookClub))),Not(PrivateCompany(harvardWeeklyBookClub)))\n └── Or(Not(CreatedUnderLaw(harvardWeeklyBookClub)),Not(PrivateCompany(harvardWeeklyBookClub)))\n']" | |
| 318,"Some show airing at 8 pm on Monday gives out roses on TV. | |
| If a show gives out roses on TV, then the show is an episode of The Bachelor. | |
| The Bachelor portrays the lives of real people. | |
| All shows portraying the lives of real people are reality TV shows. | |
| Breaking Bad is a show. | |
| Breaking Bad is not a reality TV show.","Breaking Bad is on Monday at 8 pm. | |
| Breaking Bad is a TV show in which roses are given out on Monday at 8 pm. | |
| If roses are given out during Breaking Bad, then it is on Monday at 8 pm.","U | |
| F | |
| T","∃x (Show(x) ∧ AiringAtOn(x, 8PMMonday) ∧ GivenOutOn(x, rose, tV)) | |
| ∀x (Show(x) ∧ GivenOutOnAt(rose, tV, x) → TheBachelor(x)) | |
| ∀x (TheBachelor(x) → Portray(x, lifeOfRealPeople)) | |
| ∀x (Portray(x, liveOfRealPeople) → RealityTVShow(x)) | |
| Show(breakingBad) | |
| ¬RealityTVShow(breakingBad)","∀x (MondayAt8PM(x) ∧ On(breakingBad, x)) | |
| ∀x ∀y (MondayAt8PM(x) ∧ Rose(y) ∧ GivenOutOn(y, tv) ∧ On(tv, x) ∧ From(y, breakingBad)) | |
| ∀x ∀y ((Rose(y) ∧ GivenOutOn(y, tv) ∧ On(tv, x) ∧ From(y, breakingBad)) → MondayAt8PM(x))","['Not found', 'Not found', 'Not found']" | |
| 453,"No birds are ectothermic. | |
| All penguins are birds. | |
| An animal is ectothermic or endothermic. | |
| All endothermic animals produce heat within the body. | |
| Ron and Henry are both animals. | |
| Ron is not a bird and does not produce heat with the body. | |
| Henry is not a cat and does not produce heat with the body. ","Ron is a cat. | |
| Either Henry is a penguin or Henry is endothermic. | |
| Ron is either both a penguin and endothermic, or he is nether.","U | |
| F | |
| T","∀x (Bird(x) → ¬Ectothermic(x)) | |
| ∀x (Penguin(x) → Bird(x)) | |
| ∀x (Animal(x) → Ectothermic(x) ∨ Endothermic(x)) | |
| ∀x (Endothermic(x) → ProduceWithIn(x, heat, body)) | |
| Animal(ron) ∧ Animal(henry) | |
| ¬Bird(ron) ∧ ¬ProduceWithIn(ron, heat, body) | |
| ¬Cat(henry) ∧ ¬ProduceWithIn(henry, heat, body)","Cat(ron) | |
| Penguin(henry) ⊕ Endothermic(henry) | |
| ¬(Penguin(ron) ⊕ Endothermic(henry))","['Not found', 'Not(And(Or(Penguin(henry),Endothermic(henry)),Not(And(Penguin(henry),Endothermic(henry)))))\n├── Or(Endothermic(henry),Not(Penguin(henry)))\n│ ├── Or(Bird($x16),Not(Penguin($x16)))\n│ └── Or(Endothermic(henry),Not(Bird(henry)))\n│ ├── Or(Ectothermic(henry),Endothermic(henry))\n│ │ ├── Animal(henry)\n│ │ └── Or(Or(Ectothermic($x19),Endothermic($x19)),Not(Animal($x19)))\n│ └── Or(Not(Bird($x13)),Not(Ectothermic($x13)))\n└── Or(Not(Endothermic(henry)),Penguin(henry))\n └── Not(Endothermic(henry))\n ├── Not(ProduceWithIn(henry,heat,body))\n └── Or(Not(Endothermic($x112)),ProduceWithIn($x112,heat,body))\n', 'Not(And(Or(Penguin(ron),Endothermic(henry)),Not(And(Penguin(ron),Endothermic(henry)))))\n├── Or(Endothermic(henry),Not(Penguin(ron)))\n│ └── Not(Penguin(ron))\n│ ├── Not(Bird(ron))\n│ └── Or(Bird($x16),Not(Penguin($x16)))\n└── Or(Not(Endothermic(henry)),Penguin(ron))\n └── Not(Endothermic(henry))\n ├── Not(ProduceWithIn(henry,heat,body))\n └── Or(Not(Endothermic($x112)),ProduceWithIn($x112,heat,body))\n']" | |
| 462,"All classrooms in William L. Harkness Hall that are used for lectures are booked during the day. | |
| None of the classrooms in William L. Harkness Hall are private study spots. | |
| All classrooms in William L. Harkness Hall are used for lectures or used for office hours. | |
| If a classroom in William L. Harkness Hall is booked in the evening, then it is not freely usable at night. | |
| If a classroom in William L. Harkness Hall is used for office hours, then it is booked in the evening. | |
| Room 116 is a classroom in William L. Harkness Hall that is either both used for lecture and used for office hours or not used for either.","Room 116 is a private study spot. | |
| If Room 116 is either both booked during the day and freely usable at night, or neither, then it is either used for office hours or for private study spots. | |
| If Room 116 is not both a private study spot and freely useable at night, then it is either used for lectures or booked during the day.","F | |
| T | |
| F","∀x (ClassroomIn(x, williamLHarknessHall) ∧ UsedFor(x, lecture) → BookedDuring(x, day)) | |
| ∀x (ClassroomIn(x, williamLHarknessHall) ∧ ¬PrivateStudySpot(x)) | |
| ∀x (ClassroomIn(x, williamLHarknessHall) ∧ (UsedFor(x, lecture) ∨ UsedFor(x, officeHours))) | |
| ∀x (ClassroomIn(x, williamLHarknessHall) ∧ BookedIn(x, evening) → ¬FreelyUsableAtNight(x)) | |
| ∀x (ClassroomIn(x, williamLHarknessHall) ∧ UsedFor(x, officeHours) → BookedIn(x, evening)) | |
| ClassroomIn(116, williamLHarknessHall) ∧ ¬(UsedFor(116, lecture) ⊕ UsedFor(116, officeHours))","PrivateStudySpot(room116) | |
| ¬(BookedDuring(room116, day) ⊕ FreelyUsableAtNight(room116) → (UsedFor(room116, officeHour) ⊕ PrivateStudySpot(room116)) | |
| ¬(PrivateStudySpot(room116) ∧ FreelyUsableAtNight(room116)) → (UsedFor(room116, lecture) ∨ BookedIn(room116, evening))","['Not(PrivateStudySpot(room116))\n└── Not(PrivateStudySpot($x16))\n', 'Not found', 'Implies(Not(And(PrivateStudySpot(room116),FreelyUsableAtNight(room116))),Or(UsedFor(room116,lecture),BookedIn(room116,evening)))\n├── Or(Or(BookedIn(room116,evening),FreelyUsableAtNight(room116)),UsedFor(room116,lecture))\n│ └── Or(BookedIn($x19,evening),UsedFor($x19,lecture))\n│ ├── Or(BookedIn($x115,evening),Not(UsedFor($x115,officeHours)))\n│ │ ├── ClassroomIn($x16,williamLHarknessHall)\n│ │ └── Or(Or(BookedIn($x115,evening),Not(ClassroomIn($x115,williamLHarknessHall))),Not(UsedFor($x115,officeHours)))\n│ └── Or(UsedFor($x19,lecture),UsedFor($x19,officeHours))\n└── Or(Or(BookedIn(room116,evening),PrivateStudySpot(room116)),UsedFor(room116,lecture))\n └── Or(BookedIn($x19,evening),UsedFor($x19,lecture))\n ├── Or(BookedIn($x115,evening),Not(UsedFor($x115,officeHours)))\n │ ├── ClassroomIn($x16,williamLHarknessHall)\n │ └── Or(Or(BookedIn($x115,evening),Not(ClassroomIn($x115,williamLHarknessHall))),Not(UsedFor($x115,officeHours)))\n └── Or(UsedFor($x19,lecture),UsedFor($x19,officeHours))\n']" | |
| 422,"All customers in James' family who subscribe to AMC A-List are eligible to watch three movies every week without any additional fees. | |
| Some of the customers in James' family go to the cinema every week. | |
| Customers in James' family subscribe to AMC A-List or HBO service. | |
| Customers in James' family who prefer TV series will not watch TV series in cinemas. | |
| All customers in James' family who subscribe to HBO services prefer TV series to movies. | |
| Lily is in James' family; she watches TV series in cinemas. ","Lily goes to cinemas every week. | |
| Lily does not go to cinemas every week. | |
| Lily goes to cinemas every week or watches 3 movies every week without any additional fees. | |
| If Lily does not both go to cinemas every week and subscribe to HBO service, then Lily is either available to watch 3 movies every week without any additional fees or she prefers TV more. | |
| If Lily is available to watch 3 movies every week without any additional fees and she watches TV series in cinemas, then she goes to cinemas every week and prefers TV series more.","U | |
| U | |
| T | |
| T | |
| F","∀x ((Customer(x) ∧ In(x, jameSFamily) ∧ SubscribedTo(x, aMCAList)) → EligibleForThreeFreeMoviesEveryWeekWithoutAdditionalFees(x)) | |
| ∃x ∃y (Customer(x) ∧ In(x, jameSFamily) ∧ GoToEveryWeek(x, cinema) ∧ (¬(x=y)) ∧ Customer(y) ∧ In(y, jameSFamily) ∧ GoToEveryWeek(y, cinema)) | |
| ∀x (Customer(x) ∧ In(x, jameSFamily) ∧ (SubscribedTo(x, aMCAList) ∨ SubscribedTo(x, hBO))) | |
| ∀x ((Customer(x) ∧ In(x, jameSFamily) ∧ Prefer(x, tVSeries)) → (¬WatchIn(x, tV, cinema))) | |
| ∀x ((Customer(x) ∧ In(x, jameSFamily) ∧ SubscribedTo(x, hBO)) → Prefer(x, tVSeries)) | |
| Customer(lily) ∧ In(lily, jameSFamily ∧ WatchIn(lily, tV, cinema)","GoToEveryWeek(lily, cinema) | |
| ¬GoToEveryWeek(lily, cinema) | |
| GoToEveryWeek(lily, cinema) ∨ EligibleForThreeFreeMoviesWithoutAdditionalFees(lily) | |
| (GoToEveryWeek(lily, cinema) ∧ SubscribedTo(lily, hBO)) → (EligibleForThreeFreeMoviesEveryWeek(lily) ⊕ Prefer(lily, tVSeries)) | |
| (EligibleForThreeFreeMoviesEveryWeekWithoutAdditionalFees(lily) ∧ WatchIn(lily, tV, cinema)) → (GoToEveryWeek(lily, cinema) ∧ Prefer(lily, tVSeries))","['Not found', 'Not found', 'Not found', 'Implies(And(GoToEveryWeek(lily,cinema),SubscribedTo(lily,hBO)),And(Or(EligibleForThreeFreeMoviesEveryWeek(lily),Prefer(lily,tVSeries)),Not(And(EligibleForThreeFreeMoviesEveryWeek(lily),Prefer(lily,tVSeries)))))\n├── Or(Or(Or(EligibleForThreeFreeMoviesEveryWeek(lily),Not(GoToEveryWeek(lily,cinema))),Not(SubscribedTo(lily,hBO))),Prefer(lily,tVSeries))\n│ └── Or(Not(SubscribedTo($x115,hBO)),Prefer($x115,tVSeries))\n│ ├── In($x19,jameSFamily)\n│ └── Or(Or(Not(In($x115,jameSFamily)),Not(SubscribedTo($x115,hBO))),Prefer($x115,tVSeries))\n│ ├── Customer($x19)\n│ └── Or(Or(Or(Not(Customer($x115)),Not(In($x115,jameSFamily))),Not(SubscribedTo($x115,hBO))),Prefer($x115,tVSeries))\n└── Or(Or(Or(Not(EligibleForThreeFreeMoviesEveryWeek(lily)),Not(GoToEveryWeek(lily,cinema))),Not(Prefer(lily,tVSeries))),Not(SubscribedTo(lily,hBO)))\n └── Not(Prefer(lily,tVSeries))\n ├── In($x19,jameSFamily)\n └── Or(Not(In(lily,jameSFamily)),Not(Prefer(lily,tVSeries)))\n ├── Customer($x19)\n └── Or(Or(Not(Customer(lily)),Not(In(lily,jameSFamily))),Not(Prefer(lily,tVSeries)))\n ├── Or(Or(Or(Not(Customer($x112)),Not(In($x112,jameSFamily))),Not(Prefer($x112,tVSeries))),Not(WatchIn($x112,tV,cinema)))\n └── WatchIn(lily,tV,cinema)\n', 'Not found']" | |
| 304,"If a paper is accepted as oral at ICLR, then it needs to be presented offline at ICLR. | |
| If a paper needs to be presented offline at ICLR, then the paper is not rejected by the ICLR committee. | |
| All papers selected as best paper candidates at ICLR have been accepted as oral. | |
| Some survey papers are selected to be the best paper candidates at ICLR. | |
| The paper named “Analytic-DPM” is selected to be the best paper candidate at ICLR.","The paper named “Analytic-DPM” is a survey paper at ICLR. | |
| If the paper named “Analytic-DPM” is selected as the best candidate, then it is a survey paper and rejected by the committee. | |
| If the paper named “Analytic-DPM” is either a survey paper or needs to be presented offline at ICLR, then the paper is not rejected by the committee.","U | |
| F | |
| T","∀x (Paper(x) ∧ AcceptedAs(x, oral) → PresentedOfflineAt(x, iCLR)) | |
| ∀x (Paper(x) ∧ PresentedOfflineAt(x, iCLR) → ¬Rejected(x)) | |
| ∀x (Paper(x) ∧ BestPaperCandidate(x) → AcceptedAs(x, oral)) | |
| ∃x (Paper(x) ∧ Survey(x) ∧ BestPaperCandidate(x)) | |
| Paper(analytic-DPM) ∧ BestPaperCandidate(analytic-DPM)","Survey(analytic-DPM) | |
| BestPaperCandidate(analytic-DPM) → (Survey(analytic-DPM) ∧ Rejected(analytic-DPM) | |
| (Survey(analytic-DPM) ⊕ PresentedIn(analytic-DPM, iCLR)) → ¬Rejected(analytic-DPM)","['Not found', 'Not(Implies(BestPaperCandidate(analytic-DPM),Rejected(analytic-DPM)))\n├── BestPaperCandidate(analytic-DPM)\n└── Not(Rejected(analytic-DPM))\n ├── BestPaperCandidate(analytic-DPM)\n └── Or(Not(BestPaperCandidate(analytic-DPM)),Not(Rejected(analytic-DPM)))\n ├── Or(Or(Not(BestPaperCandidate(analytic-DPM)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n │ ├── Or(Or(AcceptedAs($x19,oral),Not(BestPaperCandidate($x19))),Not(Paper($x19)))\n │ └── Or(Or(Not(AcceptedAs(analytic-DPM,oral)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n │ ├── Or(Not(AcceptedAs(analytic-DPM,oral)),PresentedOfflineAt(analytic-DPM,iCLR))\n │ │ ├── Or(Or(Not(AcceptedAs($x13,oral)),Not(Paper($x13))),PresentedOfflineAt($x13,iCLR))\n │ │ └── Paper(analytic-DPM)\n │ └── Or(Or(Not(Paper($x16)),Not(PresentedOfflineAt($x16,iCLR))),Not(Rejected($x16)))\n └── Paper(analytic-DPM)\n', 'Implies(And(Or(Survey(analytic-DPM),PresentedIn(analytic-DPM,iCLR)),Not(And(Survey(analytic-DPM),PresentedIn(analytic-DPM,iCLR)))),Not(Rejected(analytic-DPM)))\n├── Or(Or(Not(PresentedIn(analytic-DPM,iCLR)),Not(Rejected(analytic-DPM))),Survey(analytic-DPM))\n│ └── Not(Rejected(analytic-DPM))\n│ ├── BestPaperCandidate(analytic-DPM)\n│ └── Or(Not(BestPaperCandidate(analytic-DPM)),Not(Rejected(analytic-DPM)))\n│ ├── Or(Or(Not(BestPaperCandidate(analytic-DPM)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n│ │ ├── Or(Or(AcceptedAs($x19,oral),Not(BestPaperCandidate($x19))),Not(Paper($x19)))\n│ │ └── Or(Or(Not(AcceptedAs(analytic-DPM,oral)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n│ │ ├── Or(Not(AcceptedAs(analytic-DPM,oral)),PresentedOfflineAt(analytic-DPM,iCLR))\n│ │ │ ├── Or(Or(Not(AcceptedAs($x13,oral)),Not(Paper($x13))),PresentedOfflineAt($x13,iCLR))\n│ │ │ └── Paper(analytic-DPM)\n│ │ └── Or(Or(Not(Paper($x16)),Not(PresentedOfflineAt($x16,iCLR))),Not(Rejected($x16)))\n│ └── Paper(analytic-DPM)\n└── Or(Or(Not(Rejected(analytic-DPM)),Not(Survey(analytic-DPM))),PresentedIn(analytic-DPM,iCLR))\n └── Not(Rejected(analytic-DPM))\n ├── BestPaperCandidate(analytic-DPM)\n └── Or(Not(BestPaperCandidate(analytic-DPM)),Not(Rejected(analytic-DPM)))\n ├── Or(Or(Not(BestPaperCandidate(analytic-DPM)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n │ ├── Or(Or(AcceptedAs($x19,oral),Not(BestPaperCandidate($x19))),Not(Paper($x19)))\n │ └── Or(Or(Not(AcceptedAs(analytic-DPM,oral)),Not(Paper(analytic-DPM))),Not(Rejected(analytic-DPM)))\n │ ├── Or(Not(AcceptedAs(analytic-DPM,oral)),PresentedOfflineAt(analytic-DPM,iCLR))\n │ │ ├── Or(Or(Not(AcceptedAs($x13,oral)),Not(Paper($x13))),PresentedOfflineAt($x13,iCLR))\n │ │ └── Paper(analytic-DPM)\n │ └── Or(Or(Not(Paper($x16)),Not(PresentedOfflineAt($x16,iCLR))),Not(Rejected($x16)))\n └── Paper(analytic-DPM)\n']" | |