AdoptedIrelia/UMUI huggingface dataset:
Premise: A blond boy with a navy blue uniform kicks a soccer ball in an open field.
Hypothesis: The field is covered in grass.
Probability that the hypothesis is true: 0.9509116092287515
Premise: A blond boy with a navy blue uniform kicks a soccer ball in an open field.
Hypothesis: a boy practices his soccer skills before a game
Probability that the hypothesis is true: 0.6490621111308016
Premise: A blond boy with a navy blue uniform kicks a soccer ball in an open field.
Hypothesis: A blonde boy launches the soccer ball all the way across the field into the other goal
Probability that the hypothesis is true: 0.006159694501376497
Premise: A blond boy with a navy blue uniform kicks a soccer ball in an open field.
Hypothesis: Blond boy playing soccer in open field with other youngsters before World Cup
Probability that the hypothesis is true: 0.005573989945169717
Premise: A small child plays with a ball while others relax and converse with one another.
Hypothesis: A child is learning to kick a soccer ball while other team members watch.
Probability that the hypothesis is true: 0.7059539507193466
Premise: A small child plays with a ball while others relax and converse with one another.
Hypothesis: A boy bounces a ball while adults converse with each other.
Probability that the hypothesis is true: 0.012685565353808798
Premise: A small child plays with a ball while others relax and converse with one another.
Hypothesis: Several small children play carelessly at the playground.
Probability that the hypothesis is true: 0.7359169320325575
Premise: A small child plays with a ball while others relax and converse with one another.
Hypothesis: The child is enjoying themselves.
Probability that the hypothesis is true: 0.8572178922907061
Premise: A small child plays with a ball while others relax and converse with one another.
Hypothesis: People watch the small child play.
Probability that the hypothesis is true: 0.9126687376462028
Premise: A young boy dressed in blue and white is kicking a soccer ball.
Hypothesis: A young boy wearing a shirt and shorts is playing soccer.
Probability that the hypothesis is true: 0.8319905789380617
Premise: A young boy dressed in blue and white is kicking a soccer ball.
Hypothesis: a boy is about to score a goal
Probability that the hypothesis is true: 0.08046813216912024
Premise: A young boy dressed in blue and white is kicking a soccer ball.
Hypothesis: A kid kicking a soccer ball in a game.
Probability that the hypothesis is true: 0.6233477634736461
Premise: A young boy dressed in blue and white is kicking a soccer ball.
Hypothesis: The boy is playing soccer on a soccer team.
Probability that the hypothesis is true: 0.7810532363565545
Premise: A young boy dressed in blue and white is kicking a soccer ball.
Hypothesis: A young boy practices for his next big game.
Probability that the hypothesis is true: 0.615117757831949
Premise: On a narrow street lined with houses, some with red awnings, a man talks on his cellphone.
Hypothesis: A man talks to a friend.
Probability that the hypothesis is true: 0.6272440138786473
Premise: On a narrow street lined with houses, some with red awnings, a man talks on his cellphone.
Hypothesis: a man sits outside his home on his phone
Probability that the hypothesis is true: 0.5517870833820261
Premise: On a narrow street lined with houses, some with red awnings, a man talks on his cellphone.
Hypothesis: on a street lined with houses a man talks on his cellphone while others go about their business
Probability that the hypothesis is true: 0.8952099850221633
Premise: On a narrow street lined with houses, some with red awnings, a man talks on his cellphone.
Hypothesis: The cellphone is new.
Probability that the hypothesis is true: 0.1070721845969606
Premise: On a narrow street lined with houses, some with red awnings, a man talks on his cellphone.
Hypothesis: a man conducts a business interview in a street
Probability that the hypothesis is true: 0.00866264318242993
Premise: A green train getting ready to enter a tunnel, along with the train conductor who is wearing a blue hat and shirt.
Hypothesis: The conductor is whistling a tune.
Probability that the hypothesis is true: 0.05100375059810031
Premise: A green train getting ready to enter a tunnel, along with the train conductor who is wearing a blue hat and shirt.
Hypothesis: The train is almost done with its trip.
Probability that the hypothesis is true: 0.08919506059855017
Premise: A green train getting ready to enter a tunnel, along with the train conductor who is wearing a blue hat and shirt.
Hypothesis: The green train entering the tunnel was extremely fast.
Probability that the hypothesis is true: 0.6022116055252291
Premise: A green train getting ready to enter a tunnel, along with the train conductor who is wearing a blue hat and shirt.
Hypothesis: A train passes through a tunnel in a big city.
Probability that the hypothesis is true: 0.14021543077070736
Premise: A green train getting ready to enter a tunnel, along with the train conductor who is wearing a blue hat and shirt.
Hypothesis: A steam train prepares to enter a tunnel through a mountain.
Probability that the hypothesis is true: 0.5498978055611962
Premise: A long-haired young man skateboarding on the rails on a cloudy day.
Hypothesis: A skateboarder is doing tricks.
Probability that the hypothesis is true: 0.6904784365801598
Premise: A long-haired young man skateboarding on the rails on a cloudy day.
Hypothesis: A young man tries to skateboard home before it rains.
Probability that the hypothesis is true: 0.012742051357528457
Premise: A long-haired young man skateboarding on the rails on a cloudy day.
Hypothesis: The boy is going to do a pop-shove it.
Probability that the hypothesis is true: 0.01590609554100789
Premise: A long-haired young man skateboarding on the rails on a cloudy day.
Hypothesis: A young man is skateboarding in the rain.
Probability that the hypothesis is true: 0.020401893410766064
Premise: A long-haired young man skateboarding on the rails on a cloudy day.
Hypothesis: A long-haired man is on the rails with a skateboard on a cloudy day to impress his girlfriend.
Probability that the hypothesis is true: 0.5013524701791752
Premise: A man in a superhero costume, complete with mask and cape, posing in a public venue with pedestrians around.
Hypothesis: The man is promoting a comic book convention.
Probability that the hypothesis is true: 0.0008741801120338051
Premise: A man in a superhero costume, complete with mask and cape, posing in a public venue with pedestrians around.
Hypothesis: A man has a white superhero costume.
Probability that the hypothesis is true: 0.6416781472880906
Premise: A man in a superhero costume, complete with mask and cape, posing in a public venue with pedestrians around.
Hypothesis: The man is posing as a superhero for local kids.
Probability that the hypothesis is true: 0.7189051184301647
Premise: A man in a superhero costume, complete with mask and cape, posing in a public venue with pedestrians around.
Hypothesis: A superhero is making money as a sidewalk artist.
Probability that the hypothesis is true: 0.00029772974152484125
Premise: A man in a superhero costume, complete with mask and cape, posing in a public venue with pedestrians around.
Hypothesis: A man is wearing a Spiderman costume.
Probability that the hypothesis is true: 0.6798706554681915
Premise: A man with a yellow hat and sash has his arm raised while another man stands behind him.
Hypothesis: the man is old
Probability that the hypothesis is true: 0.11324628164254878
Premise: A man with a yellow hat and sash has his arm raised while another man stands behind him.
Hypothesis: A man is posing for a picture.
Probability that the hypothesis is true: 0.5248270067601873
Premise: A man with a yellow hat and sash has his arm raised while another man stands behind him.
Hypothesis: A priest is speaking to a devotee.
Probability that the hypothesis is true: 0.0165038794152518
Premise: A man with a yellow hat and sash has his arm raised while another man stands behind him.
Hypothesis: a man was being honored
Probability that the hypothesis is true: 0.581104032135369
Premise: A man with a yellow hat and sash has his arm raised while another man stands behind him.
Hypothesis: a guy raises his arm while wearing a sash in the winter
Probability that the hypothesis is true: 0.2501146688167309
Premise: Five men wearing black shorts are leaving the starting blocks in a track competition with few spectators.
Hypothesis: Men are racing to qualify for the olympics.
Probability that the hypothesis is true: 0.00206894053637841
Premise: Five men wearing black shorts are leaving the starting blocks in a track competition with few spectators.
Hypothesis: Five men wearing black shorts leaving the track.
Probability that the hypothesis is true: 0.3936487862337628
Premise: Five men wearing black shorts are leaving the starting blocks in a track competition with few spectators.
Hypothesis: the men are athletes
Probability that the hypothesis is true: 0.818556650395611
Premise: Five men wearing black shorts are leaving the starting blocks in a track competition with few spectators.
Hypothesis: Five guys run on a track in Iowa.
Probability that the hypothesis is true: 0.0034979045883790846
Premise: Five men wearing black shorts are leaving the starting blocks in a track competition with few spectators.
Hypothesis: Five men are outside.
Probability that the hypothesis is true: 0.602157989220286
Premise: A smiling man of Asian descent is sitting in his slightly-untidy cubicle at a desktop computer with several windows open, both hands poised in proper keyboarding position.
Hypothesis: The man is on a break at work
Probability that the hypothesis is true: 0.019840011970058278
Premise: A smiling man of Asian descent is sitting in his slightly-untidy cubicle at a desktop computer with several windows open, both hands poised in proper keyboarding position.
Hypothesis: A man is blind.
Probability that the hypothesis is true: 0.0007033625198372758
Premise: A smiling man of Asian descent is sitting in his slightly-untidy cubicle at a desktop computer with several windows open, both hands poised in proper keyboarding position.
Hypothesis: The asian man is working hard on some documents.
Probability that the hypothesis is true: 0.6663233032386401
Premise: A smiling man of Asian descent is sitting in his slightly-untidy cubicle at a desktop computer with several windows open, both hands poised in proper keyboarding position.
Hypothesis: Guy working on board report
Probability that the hypothesis is true: 0.5686672047522369
Premise: A smiling man of Asian descent is sitting in his slightly-untidy cubicle at a desktop computer with several windows open, both hands poised in proper keyboarding position.
Hypothesis: A man is working at a desk in his dreams.
Probability that the hypothesis is true: 5.1783372884238354e-05
Premise: Demonstrators waiting for the policemen to hear their grievances against police oppression and brutality.
Hypothesis: police sit patiently for the demonstraters
Probability that the hypothesis is true: 0.0015706490769104538
Premise: Demonstrators waiting for the policemen to hear their grievances against police oppression and brutality.
Hypothesis: The policemen are holding bullhorns.
Probability that the hypothesis is true: 0.00012799558440007192
Premise: Demonstrators waiting for the policemen to hear their grievances against police oppression and brutality.
Hypothesis: Anti-police brutality protesters prepare to present a list of demands to law enforcement representatives.
Probability that the hypothesis is true: 0.0019254686673443354
Premise: Demonstrators waiting for the policemen to hear their grievances against police oppression and brutality.
Hypothesis: The people are angry at the police.
Probability that the hypothesis is true: 0.7687052763879036
Premise: Demonstrators waiting for the policemen to hear their grievances against police oppression and brutality.
Hypothesis: The picture shows angry, agitated protesters.
Probability that the hypothesis is true: 0.784480696077161
Premise: A woman in a brown coat is reading a book.
Hypothesis: A female is cold.
Probability that the hypothesis is true: 0.5415815149932375
Premise: A woman in a brown coat is reading a book.
Hypothesis: A woman reading the first published copy of her new book.
Probability that the hypothesis is true: 2.1880708233120286e-05
Premise: A woman in a brown coat is reading a book.
Hypothesis: A woman is reading a self-help book.
Probability that the hypothesis is true: 0.1453556714876919
Premise: A woman in a brown coat is reading a book.
Hypothesis: There is a blond woman reading a book at the library.
Probability that the hypothesis is true: 0.035932878931283
Premise: A woman in a brown coat is reading a book.
Hypothesis: A woman is realizing she needs reading glasses.
Probability that the hypothesis is true: 0.006898396159357869
Premise: A child standing on a white stool brushing her teeth.
Hypothesis: Before bed the child stood on a stool while brushing her teeth.
Probability that the hypothesis is true: 0.6749220750627859
Premise: A child standing on a white stool brushing her teeth.
Hypothesis: The child is using a toothbrush and toothpaste.
Probability that the hypothesis is true: 0.8813535727871735
Premise: A child standing on a white stool brushing her teeth.
Hypothesis: a child just went to the dentist and had a cavity
Probability that the hypothesis is true: 0.6061242108360447
Premise: A child standing on a white stool brushing her teeth.
Hypothesis: A child is brushing her teeth with a blue toothbrush
Probability that the hypothesis is true: 0.002353184791547266
Premise: A child standing on a white stool brushing her teeth.
Hypothesis: the child is ten
Probability that the hypothesis is true: 0.00036079232035434133
Premise: Woman in a green and white striped shit lying in a chair with a yellow bag, holding a folded piece of paper.
Hypothesis: A woman with a yellow bag is laying outside in a beach chair.
Probability that the hypothesis is true: 0.11737750966190565
Premise: Woman in a green and white striped shit lying in a chair with a yellow bag, holding a folded piece of paper.
Hypothesis: Woman is lying down with a yellow bag, holding a note from her loved one.
Probability that the hypothesis is true: 0.059356374499282306
Premise: Woman in a green and white striped shit lying in a chair with a yellow bag, holding a folded piece of paper.
Hypothesis: The lady is resting in a chair.
Probability that the hypothesis is true: 0.6894822488480152
Premise: Woman in a green and white striped shit lying in a chair with a yellow bag, holding a folded piece of paper.
Hypothesis: The woman is sunbathing
Probability that the hypothesis is true: 0.27388488040098363
Premise: Woman in a green and white striped shit lying in a chair with a yellow bag, holding a folded piece of paper.
Hypothesis: the woman is a waitress
Probability that the hypothesis is true: 0.03656167022872957
Premise: Three women outside all dress the same and talking to one another.
Hypothesis: Three women are outside talking about the weather
Probability that the hypothesis is true: 0.5232589154968972
Premise: Three women outside all dress the same and talking to one another.
Hypothesis: Three friends are talking about why they have the same clothes on today.
Probability that the hypothesis is true: 0.2253946230837589
Premise: Three women outside all dress the same and talking to one another.
Hypothesis: Three identical sisters dressed the same talk about their upcoming birthday.
Probability that the hypothesis is true: 0.00030268662145906193
Premise: Three women outside all dress the same and talking to one another.
Hypothesis: Three woman are making backhanded complements about how each others outfit makes them look like they lost weight.
Probability that the hypothesis is true: 0.0009282050977866741
Premise: Three women outside all dress the same and talking to one another.
Hypothesis: Three ladies are talking in the grocery store
Probability that the hypothesis is true: 0.0007479631590034659
Premise: sleeping white baby boy on a couch.
Hypothesis: A caucasian baby is taking a nap on a sofa.
Probability that the hypothesis is true: 0.995863809196201
Premise: sleeping white baby boy on a couch.
Hypothesis: A child fell asleep while playing.
Probability that the hypothesis is true: 0.5228263211133408
Premise: sleeping white baby boy on a couch.
Hypothesis: There are a lot of babies in their craddle at the nursery sleeping
Probability that the hypothesis is true: 0.006776164387212543
Premise: sleeping white baby boy on a couch.
Hypothesis: The boy was watching television be fore he fell asleep
Probability that the hypothesis is true: 0.3062944795347018
Premise: sleeping white baby boy on a couch.
Hypothesis: A boy is dreaming on the sofa.
Probability that the hypothesis is true: 0.6234011589085453
Premise: A shirtless toddler is sleeping with his hand on his chest.
Hypothesis: A toddler with no shirt is sleeping because he just ate and it's their naptime.
Probability that the hypothesis is true: 0.6577029592347103
Premise: A shirtless toddler is sleeping with his hand on his chest.
Hypothesis: A child is napping without pajamas on.
Probability that the hypothesis is true: 0.7048066601813939
Premise: A shirtless toddler is sleeping with his hand on his chest.
Hypothesis: The toddler is dreaming.
Probability that the hypothesis is true: 0.7887061573131567
Premise: A shirtless toddler is sleeping with his hand on his chest.
Hypothesis: The toddler is taking a nap after playing for awhile.
Probability that the hypothesis is true: 0.7432223109703953
Premise: A shirtless toddler is sleeping with his hand on his chest.
Hypothesis: A small child sleeps heavily.
Probability that the hypothesis is true: 0.7568438949660358
Premise: A young shirtless boy is laying on a couch with his eyes closed and his hand on his chest.
Hypothesis: A person is sleeping on the couch.
Probability that the hypothesis is true: 0.9149318486315012
Premise: A young shirtless boy is laying on a couch with his eyes closed and his hand on his chest.
Hypothesis: A boy takes a nap.
Probability that the hypothesis is true: 0.9127149659532918
Premise: A young shirtless boy is laying on a couch with his eyes closed and his hand on his chest.
Hypothesis: The boy has fallen asleep.
Probability that the hypothesis is true: 0.9116050002057949
Premise: A young shirtless boy is laying on a couch with his eyes closed and his hand on his chest.
Hypothesis: A young boy sleeps on a couch.
Probability that the hypothesis is true: 0.9138239160271735
Premise: A young shirtless boy is laying on a couch with his eyes closed and his hand on his chest.
Hypothesis: A topless boy is taking a nap.
Probability that the hypothesis is true: 0.9116050002057949
Premise: Martial arts students practice outside building.
Hypothesis: Martial artists practice their performance routine outside.
Probability that the hypothesis is true: 0.8002271137760066
Premise: Martial arts students practice outside building.
Hypothesis: The martial arts students were all female.
Probability that the hypothesis is true: 0.028986497997284484
Premise: Martial arts students practice outside building.
Hypothesis: A group of people are practicing martial arts with their teacher.
Probability that the hypothesis is true: 0.8525831904602019
Premise: Martial arts students practice outside building.
Hypothesis: A Tae Kwan Do class is meeting outside in sunny weather to practice their moves.
Probability that the hypothesis is true: 0.21686993116633457
Premise: Martial arts students practice outside building.
Hypothesis: Martial arts students are training for an upcoming competition.
Probability that the hypothesis is true: 0.09103992510034535
Premise: A lack dog and a brown and white dog run on a gravel surface with something red underfoot.
Hypothesis: A black and a brown dog are playing around on a gravel surface.
Probability that the hypothesis is true: 0.7978787131338728
Premise: A lack dog and a brown and white dog run on a gravel surface with something red underfoot.
Hypothesis: Dogs are chasing a ball.
Probability that the hypothesis is true: 0.6930983870510597
Premise: A lack dog and a brown and white dog run on a gravel surface with something red underfoot.
Hypothesis: Two dogs run on gravel to get to the grass.
Probability that the hypothesis is true: 0.6293242083647822
Premise: A lack dog and a brown and white dog run on a gravel surface with something red underfoot.
Hypothesis: Both dogs were born out of the same litter.
Probability that the hypothesis is true: 5.110900390554565e-06
Premise: A lack dog and a brown and white dog run on a gravel surface with something red underfoot.
Hypothesis: The dogs are chasing each other.
Probability that the hypothesis is true: 0.6752381688923398
Premise: A large brown dog and a larger black dog playing together with a ball.
Hypothesis: Two friends bring their dogs together for playtime
Probability that the hypothesis is true: 0.5284494282980948
Premise: A large brown dog and a larger black dog playing together with a ball.
Hypothesis: Two dogs are playing on the beach.
Probability that the hypothesis is true: 0.507627809410115
Premise: A large brown dog and a larger black dog playing together with a ball.
Hypothesis: The ball they are playing with is a tennis ball.
Probability that the hypothesis is true: 0.303750682859097
Premise: A large brown dog and a larger black dog playing together with a ball.
Hypothesis: The large brown dog gave birth to the black dog.
Probability that the hypothesis is true: 0.007138825794983349
Premise: A large brown dog and a larger black dog playing together with a ball.
Hypothesis: The dogs are friends.
Probability that the hypothesis is true: 0.9276450213420795
Premise: A man is skiing in water.
Hypothesis: The man is wearing a wetsuit.
Probability that the hypothesis is true: 0.7522444853864911
Premise: A man is skiing in water.
Hypothesis: A man is waterskiing on vacation
Probability that the hypothesis is true: 0.5276925544293226
Premise: A man is skiing in water.
Hypothesis: A man is doing tricks while skiing.
Probability that the hypothesis is true: 0.1338310344428973
Premise: A man is skiing in water.
Hypothesis: The man forgot his helmet and life jacket.
Probability that the hypothesis is true: 0.0025627226143988143
Premise: A man is skiing in water.
Hypothesis: A man is skiing in water behind a jet ski
Probability that the hypothesis is true: 0.6928888766168804
Premise: A woman in a blue dress, a cowboy hat, and a pink boa walks down the street.
Hypothesis: The woman is wearing a pink boa for a breast cancer event.
Probability that the hypothesis is true: 3.046225795862e-05
Premise: A woman in a blue dress, a cowboy hat, and a pink boa walks down the street.
Hypothesis: This woman is going to a parade.
Probability that the hypothesis is true: 0.001139793144660144
Premise: A woman in a blue dress, a cowboy hat, and a pink boa walks down the street.
Hypothesis: A woman is heading to a country music festival.
Probability that the hypothesis is true: 0.0002146206214560077
Premise: A woman in a blue dress, a cowboy hat, and a pink boa walks down the street.
Hypothesis: A girl is going to a party dressed up.
Probability that the hypothesis is true: 0.002875623291533684
Premise: A woman in a blue dress, a cowboy hat, and a pink boa walks down the street.
Hypothesis: A woman dressed up is going to the club.
Probability that the hypothesis is true: 0.002875623291533684
Premise: A short, somewhat portly man playing baseball is stepping onto a base as the player from the other team at that base is appearing to catch the ball.
Hypothesis: A short man stole a base before any of the opposing team's players could react
Probability that the hypothesis is true: 0.5111439659957573
Premise: A short, somewhat portly man playing baseball is stepping onto a base as the player from the other team at that base is appearing to catch the ball.
Hypothesis: A man playing baseball is called `` out '' for not stepping on the base quickly enough.
Probability that the hypothesis is true: 0.8588558396294295
Premise: A short, somewhat portly man playing baseball is stepping onto a base as the player from the other team at that base is appearing to catch the ball.
Hypothesis: The short man just barely makes it to the base in time, but he is safe.
Probability that the hypothesis is true: 0.5818571205502205
Premise: A short, somewhat portly man playing baseball is stepping onto a base as the player from the other team at that base is appearing to catch the ball.
Hypothesis: A baseball player makes it over the plate before the other team gets him out.
Probability that the hypothesis is true: 0.627297364184543
Premise: A short, somewhat portly man playing baseball is stepping onto a base as the player from the other team at that base is appearing to catch the ball.
Hypothesis: A man steps up to bat.
Probability that the hypothesis is true: 0.6263369628917179
Premise: A boy wearing green shorts is about to serve a volleyball.
Hypothesis: A boy is playing ball with other students.
Probability that the hypothesis is true: 0.6500703475066121
Premise: A boy wearing green shorts is about to serve a volleyball.
Hypothesis: The boy is the best player on the team.
Probability that the hypothesis is true: 0.18923306351089855
Premise: A boy wearing green shorts is about to serve a volleyball.
Hypothesis: A boy is winning a game of volleyball.
Probability that the hypothesis is true: 0.5
Premise: A boy wearing green shorts is about to serve a volleyball.
Hypothesis: A boy is about to mess up his serve.
Probability that the hypothesis is true: 0.6498581092369563
Premise: A boy wearing green shorts is about to serve a volleyball.
Hypothesis: A boy is reserving a volleyball
Probability that the hypothesis is true: 0.7031370215525781
Premise: The man carries a large backpack while hiking through snow-covered terrain.
Hypothesis: There is a man hiking through Canada.
Probability that the hypothesis is true: 0.009498928976203008
Premise: The man carries a large backpack while hiking through snow-covered terrain.
Hypothesis: it is snowing
Probability that the hypothesis is true: 0.5492499823794803
Premise: The man carries a large backpack while hiking through snow-covered terrain.
Hypothesis: The man got lost while hiking.
Probability that the hypothesis is true: 0.021604468551903004
Premise: The man carries a large backpack while hiking through snow-covered terrain.
Hypothesis: A person got lost.
Probability that the hypothesis is true: 0.024614138986486695
Premise: The man carries a large backpack while hiking through snow-covered terrain.
Hypothesis: A man is headed to cabin in the snow.
Probability that the hypothesis is true: 0.0812484919094872
Premise: A man in blue jeans, a tan canvas long-sleeve shirt, and rubber gloves, holds a braided metallic wire.
Hypothesis: A man prepares to blow up a mineshaft.
Probability that the hypothesis is true: 0.0007258645251572654
Premise: A man in blue jeans, a tan canvas long-sleeve shirt, and rubber gloves, holds a braided metallic wire.
Hypothesis: a contractor on a job
Probability that the hypothesis is true: 0.5389883719505734
Premise: A man in blue jeans, a tan canvas long-sleeve shirt, and rubber gloves, holds a braided metallic wire.
Hypothesis: A metal worker prepares to weld something with wire.
Probability that the hypothesis is true: 0.06359552052619698
Premise: A man in blue jeans, a tan canvas long-sleeve shirt, and rubber gloves, holds a braided metallic wire.
Hypothesis: The man is working on a fence.
Probability that the hypothesis is true: 0.045433551168810864
Premise: A man in blue jeans, a tan canvas long-sleeve shirt, and rubber gloves, holds a braided metallic wire.
Hypothesis: The man with the rubber gloves was about to work on an art project
Probability that the hypothesis is true: 0.020887118020029058
Premise: A sailing boat with many people sails on water.
Hypothesis: A charter cruise carries a wedding party to a private island.
Probability that the hypothesis is true: 0.0007941967717343661
Premise: A sailing boat with many people sails on water.
Hypothesis: A sailing boat with many people sails into the ocean
Probability that the hypothesis is true: 0.5145517092377814
Premise: A sailing boat with many people sails on water.
Hypothesis: The boat might be in the water
Probability that the hypothesis is true: 0.9991486887499961
Premise: A sailing boat with many people sails on water.
Hypothesis: The boat is white.
Probability that the hypothesis is true: 0.17580939874767515
Premise: A sailing boat with many people sails on water.
Hypothesis: Many passangers on a large boat are sailing in a race
Probability that the hypothesis is true: 0.00011801410047713194
Premise: A young child wearing a yellow striped t-shirt and blue shorts is playing along side the lake and rocks.
Hypothesis: A boy is flying a kite
Probability that the hypothesis is true: 0.00874027708009369
Premise: A young child wearing a yellow striped t-shirt and blue shorts is playing along side the lake and rocks.
Hypothesis: The child is getting ready to go swimming in the lake
Probability that the hypothesis is true: 0.1549227271077858
Premise: A young child wearing a yellow striped t-shirt and blue shorts is playing along side the lake and rocks.
Hypothesis: The child is enjoying a beautiful summer day by the stream.
Probability that the hypothesis is true: 0.24397644502859925
Premise: A young child wearing a yellow striped t-shirt and blue shorts is playing along side the lake and rocks.
Hypothesis: A young child is wearing a light yellow striped t-shirt.
Probability that the hypothesis is true: 0.6850741000009477
Premise: A young child wearing a yellow striped t-shirt and blue shorts is playing along side the lake and rocks.
Hypothesis: The child plays here often.
Probability that the hypothesis is true: 0.5629539570392257
Premise: At a men's basketball game, number 55, in white and yellow, tries desperately to prevent number ten, in black and gray, from making a shot while the rest of the players watch frozen on the court.
Hypothesis: Basketball player hurles over player 10 to block the shot
Probability that the hypothesis is true: 0.0027576619259210198
Premise: At a men's basketball game, number 55, in white and yellow, tries desperately to prevent number ten, in black and gray, from making a shot while the rest of the players watch frozen on the court.
Hypothesis: Player 55 succeeds in blocking a shot.
Probability that the hypothesis is true: 0.6207840714694666
Premise: At a men's basketball game, number 55, in white and yellow, tries desperately to prevent number ten, in black and gray, from making a shot while the rest of the players watch frozen on the court.
Hypothesis: number 55 is preventing number 10 to tie the game
Probability that the hypothesis is true: 0.6114793782295918
Premise: At a men's basketball game, number 55, in white and yellow, tries desperately to prevent number ten, in black and gray, from making a shot while the rest of the players watch frozen on the court.
Hypothesis: TThe man is working on the telephone line. layer tries to prevent his opponent from scoring the winning shot.
Probability that the hypothesis is true: 3.030882800859409e-06
Premise: At a men's basketball game, number 55, in white and yellow, tries desperately to prevent number ten, in black and gray, from making a shot while the rest of the players watch frozen on the court.
Hypothesis: A man is jumping trying to block the opponents shot.
Probability that the hypothesis is true: 0.815737960076247
Premise: Three women wearing blue walk along a sidewalk while laughing and smiling.
Hypothesis: Women from the same workplace take their lunch break together.
Probability that the hypothesis is true: 0.01592959268081197
Premise: Three women wearing blue walk along a sidewalk while laughing and smiling.
Hypothesis: A group of women are shopping.
Probability that the hypothesis is true: 0.6770287855397347
Premise: Three women wearing blue walk along a sidewalk while laughing and smiling.
Hypothesis: The three women share a hilarious joke and laugh about it.
Probability that the hypothesis is true: 0.5302333765705303
Premise: Three women wearing blue walk along a sidewalk while laughing and smiling.
Hypothesis: Three women are walking to church on a sunny morning.
Probability that the hypothesis is true: 0.0028799279880243485
Premise: Three women wearing blue walk along a sidewalk while laughing and smiling.
Hypothesis: Young women are dressed alike.
Probability that the hypothesis is true: 0.7366897081018016
Premise: A boy on a skateboard grinding down a handrail.
Hypothesis: The boy is grinding down the handrail while it's sunny.
Probability that the hypothesis is true: 0.6611430376278572
Premise: A boy on a skateboard grinding down a handrail.
Hypothesis: A boy shows off his new skateboard.
Probability that the hypothesis is true: 0.10133279534475383
Premise: A boy on a skateboard grinding down a handrail.
Hypothesis: A skateboarder is grinding their way to class.
Probability that the hypothesis is true: 0.16376167203672903
Premise: A boy on a skateboard grinding down a handrail.
Hypothesis: The amateur skater must have perfect form on the handrail.
Probability that the hypothesis is true: 0.6485844332473127
Premise: A boy on a skateboard grinding down a handrail.
Hypothesis: The boy is riding down the handrail and following his friend.
Probability that the hypothesis is true: 0.20318573109494692
Premise: Football players wearing helmets practice defensive moves while their coach stands by ready to blow his whistle.
Hypothesis: They practice hard for the championship game
Probability that the hypothesis is true: 0.01732688230799075
Premise: Football players wearing helmets practice defensive moves while their coach stands by ready to blow his whistle.
Hypothesis: Friends playing football together
Probability that the hypothesis is true: 0.5924990617685058
Premise: Football players wearing helmets practice defensive moves while their coach stands by ready to blow his whistle.
Hypothesis: The team is getting ready for the championship game
Probability that the hypothesis is true: 0.27747911058910746
Premise: Football players wearing helmets practice defensive moves while their coach stands by ready to blow his whistle.
Hypothesis: A group of high school football players are practicing in front of their coach and a scout.
Probability that the hypothesis is true: 0.21031942743710647
Premise: Football players wearing helmets practice defensive moves while their coach stands by ready to blow his whistle.
Hypothesis: High school football players in blue uniforms practice tackling.
Probability that the hypothesis is true: 0.11941283632479333
Premise: Two people sit on a bench in front of a picture of a woman with long, messy hair and a huge diamond necklace.
Hypothesis: Two lovers sit on a bench in front of an advertisement of a diamond necklace.
Probability that the hypothesis is true: 0.41168592080817984
Premise: Two people sit on a bench in front of a picture of a woman with long, messy hair and a huge diamond necklace.
Hypothesis: Tall people sitting
Probability that the hypothesis is true: 0.0789278997495497
Premise: Two people sit on a bench in front of a picture of a woman with long, messy hair and a huge diamond necklace.
Hypothesis: Ads size are getting out of hand
Probability that the hypothesis is true: 0.043583839743394664
Premise: Two people sit on a bench in front of a picture of a woman with long, messy hair and a huge diamond necklace.
Hypothesis: Two men are looking at a picture of their mother.
Probability that the hypothesis is true: 0.0007812051978927114
Premise: Two people sit on a bench in front of a picture of a woman with long, messy hair and a huge diamond necklace.
Hypothesis: a married couple sit discussing what to eat for lunch.
Probability that the hypothesis is true: 0.04622062310433178
Premise: seven people are riding a green raft in a white water river.
Hypothesis: Friends enjoy a ride in a white water raft.
Probability that the hypothesis is true: 0.8426377431496395
Premise: seven people are riding a green raft in a white water river.
Hypothesis: Seven people on vacation riding white water in a green raft.
Probability that the hypothesis is true: 0.6936744635834058
Premise: seven people are riding a green raft in a white water river.
Hypothesis: The rafters approach the rapids with squeals of excitement.
Probability that the hypothesis is true: 0.7559758648499506
Premise: seven people are riding a green raft in a white water river.
Hypothesis: A group of people with helmets on in a boat.
Probability that the hypothesis is true: 0.9290136376458886
Premise: seven people are riding a green raft in a white water river.
Hypothesis: Seven people are riding quickly.
Probability that the hypothesis is true: 0.8461867943682919
Premise: A classic blue Volkswagen Beetle lines up next to a modern red Volkswagen for a drag race.
Hypothesis: Two Volkswagens get ready to determine how much faster the newer model is
Probability that the hypothesis is true: 0.645239045121992
Premise: A classic blue Volkswagen Beetle lines up next to a modern red Volkswagen for a drag race.
Hypothesis: The two Beetles line up to compete in an annual race hosted by the city.
Probability that the hypothesis is true: 0.0010559168580815414
Premise: A classic blue Volkswagen Beetle lines up next to a modern red Volkswagen for a drag race.
Hypothesis: A person holds a flag out in front of two cars to initiate a race.
Probability that the hypothesis is true: 0.2676652226380938
Premise: A classic blue Volkswagen Beetle lines up next to a modern red Volkswagen for a drag race.
Hypothesis: The car is in great shape.
Probability that the hypothesis is true: 0.5872877077398545
Premise: A classic blue Volkswagen Beetle lines up next to a modern red Volkswagen for a drag race.
Hypothesis: An older VW Beetle prepares for its last drag race against a more recent model
Probability that the hypothesis is true: 0.000906206078891326
Premise: a young boy sliding on the grass in an innertube
Hypothesis: The boy is wearing shorts.
Probability that the hypothesis is true: 0.6590793856838439
Premise: a young boy sliding on the grass in an innertube
Hypothesis: A person is sliding down a hill.
Probability that the hypothesis is true: 0.9959065444731905
Premise: a young boy sliding on the grass in an innertube
Hypothesis: a boy pretends he is tubing down a creek
Probability that the hypothesis is true: 0.0026091533647716893
Premise: a young boy sliding on the grass in an innertube
Hypothesis: A boy is sliding down a hill at a park.
Probability that the hypothesis is true: 0.8149954181787754
Premise: a young boy sliding on the grass in an innertube
Hypothesis: This youngster is moving fast.
Probability that the hypothesis is true: 0.8836730989434499
Premise: Two older looking cars are on a drag race strip.
Hypothesis: Two vehicles showing off their beauty.
Probability that the hypothesis is true: 0.055070026869861774
Premise: Two older looking cars are on a drag race strip.
Hypothesis: Two cars about to race.
Probability that the hypothesis is true: 0.7321008847230795
Premise: Two older looking cars are on a drag race strip.
Hypothesis: Two old cars are about to race.
Probability that the hypothesis is true: 0.7293640385931913
Premise: Two older looking cars are on a drag race strip.
Hypothesis: Two old cars will win the drag race.
Probability that the hypothesis is true: 0.00011348895926885009
Premise: Two older looking cars are on a drag race strip.
Hypothesis: People are racing for money
Probability that the hypothesis is true: 0.3320338752198885
Premise: A young girl is drawing a hopscotch game on the side of a road while other children are watching.
Hypothesis: A young girl is teaching other children how to play hopscotch.
Probability that the hypothesis is true: 0.5848686693516245
Premise: A young girl is drawing a hopscotch game on the side of a road while other children are watching.
Hypothesis: The young girl is playing with her friends.
Probability that the hypothesis is true: 0.8680227563345635
Premise: A young girl is drawing a hopscotch game on the side of a road while other children are watching.
Hypothesis: The girl is playing hopscotch.
Probability that the hypothesis is true: 0.878222979045804
Premise: A young girl is drawing a hopscotch game on the side of a road while other children are watching.
Hypothesis: The children just finished playing tag.
Probability that the hypothesis is true: 0.3414137445395778
Premise: A young girl is drawing a hopscotch game on the side of a road while other children are watching.
Hypothesis: A young girl is preparing to play hopscotch with her best friends.
Probability that the hypothesis is true: 0.9133619770443455
Premise: Man wearing black takes a nap in a green park.
Hypothesis: A man just got off work and is taking a nap.
Probability that the hypothesis is true: 0.5215825720721333
Premise: Man wearing black takes a nap in a green park.
Hypothesis: tired man needs a rest after long day
Probability that the hypothesis is true: 0.6728140017880396
Premise: Man wearing black takes a nap in a green park.
Hypothesis: Man taking nap after hard day of work
Probability that the hypothesis is true: 0.6118540364291581
Premise: Man wearing black takes a nap in a green park.
Hypothesis: The man is homeless.
Probability that the hypothesis is true: 0.5395826745937559
Premise: Man wearing black takes a nap in a green park.
Hypothesis: A person is sleeping outside in a playground.
Probability that the hypothesis is true: 0.5083851516011867
Premise: The youthfully dressed man takes a picture of himself as he jumps in the air and spilling his coffee.
Hypothesis: A guy in nice clothes jumps and spills his coffee as he jumps to take a picture for an art project at school
Probability that the hypothesis is true: 0.04370906482078685
Premise: The youthfully dressed man takes a picture of himself as he jumps in the air and spilling his coffee.
Hypothesis: A young man sees a snake on the ground at the exact moment he takes a picture of himself.
Probability that the hypothesis is true: 0.0011779990112375733
Premise: The youthfully dressed man takes a picture of himself as he jumps in the air and spilling his coffee.
Hypothesis: A man jumps in the air with his friends
Probability that the hypothesis is true: 0.01464330339130804
Premise: The youthfully dressed man takes a picture of himself as he jumps in the air and spilling his coffee.
Hypothesis: The mans coffee is from starbucks.
Probability that the hypothesis is true: 0.22020004384522082
Premise: The youthfully dressed man takes a picture of himself as he jumps in the air and spilling his coffee.
Hypothesis: A man is taking a selfie at a concert.
Probability that the hypothesis is true: 0.08248871564113186
Premise: A man wearing a black shirt, jeans and a cap is outside jumping in the air, causing the liquid in his cup to splash.
Hypothesis: The cup is filled to the brim with pepsi.
Probability that the hypothesis is true: 0.0838613165157344
Premise: A man wearing a black shirt, jeans and a cap is outside jumping in the air, causing the liquid in his cup to splash.
Hypothesis: A man holding a coffee cup.
Probability that the hypothesis is true: 0.5361786283986083
Premise: A man wearing a black shirt, jeans and a cap is outside jumping in the air, causing the liquid in his cup to splash.
Hypothesis: The liquid spilled onto his clothing.
Probability that the hypothesis is true: 0.4233587993830659
Premise: A man wearing a black shirt, jeans and a cap is outside jumping in the air, causing the liquid in his cup to splash.
Hypothesis: A man is jumping for joy.
Probability that the hypothesis is true: 0.572168731205459
Premise: A man wearing a black shirt, jeans and a cap is outside jumping in the air, causing the liquid in his cup to splash.
Hypothesis: He is jumping around and spilling the coffee in his cup.
Probability that the hypothesis is true: 0.5246647951490265
Premise: A man in a black shirt jumping with a coffee cup full of a beverage.
Hypothesis: The man is jumping because he wants to spill his beverage.
Probability that the hypothesis is true: 4.172769072873421e-05
Premise: A man in a black shirt jumping with a coffee cup full of a beverage.
Hypothesis: A man jumps with his friends while holding a beverage
Probability that the hypothesis is true: 0.09970535303788883
Premise: A man in a black shirt jumping with a coffee cup full of a beverage.
Hypothesis: A man about to spill his drink.
Probability that the hypothesis is true: 0.9041328561597276
Premise: A man in a black shirt jumping with a coffee cup full of a beverage.
Hypothesis: The man is jumping and holding a white coffee cup.
Probability that the hypothesis is true: 0.6053204761181246
Premise: A man in a black shirt jumping with a coffee cup full of a beverage.
Hypothesis: The man slipped some of his coffee when he jumped.
Probability that the hypothesis is true: 0.676660210265156
Premise: A man in a black shirt and jeans with glasses and white shoes is jumping high off the ground.
Hypothesis: The man is jumping rope.
Probability that the hypothesis is true: 0.02379928819895859
Premise: A man in a black shirt and jeans with glasses and white shoes is jumping high off the ground.
Hypothesis: The man is playing basketball.
Probability that the hypothesis is true: 0.06994698158486545
Premise: A man in a black shirt and jeans with glasses and white shoes is jumping high off the ground.
Hypothesis: A guy in jeans and a shirt is doing some exercise.
Probability that the hypothesis is true: 0.6174706063616773
Premise: A man in a black shirt and jeans with glasses and white shoes is jumping high off the ground.
Hypothesis: A man is jumping off a cliff.
Probability that the hypothesis is true: 5.418080011547342e-05
Premise: A man in a black shirt and jeans with glasses and white shoes is jumping high off the ground.
Hypothesis: A man is exercising.
Probability that the hypothesis is true: 0.692574582956573
Premise: A black-haired woman wearing white skirt, white shirt, white apron and black shoes is sweeping the floor.
Hypothesis: The woman is wearing white panties.
Probability that the hypothesis is true: 0.21994258367137073
Premise: A black-haired woman wearing white skirt, white shirt, white apron and black shoes is sweeping the floor.
Hypothesis: A woman sweeps the floor after she spilled sugar.
Probability that the hypothesis is true: 0.031401046598403384
Premise: A black-haired woman wearing white skirt, white shirt, white apron and black shoes is sweeping the floor.
Hypothesis: The woman is cleaning up a mess.
Probability that the hypothesis is true: 0.559772394520855
Premise: A black-haired woman wearing white skirt, white shirt, white apron and black shoes is sweeping the floor.
Hypothesis: A woman is sweeping a restaurant.
Probability that the hypothesis is true: 0.407333343352057
Premise: A black-haired woman wearing white skirt, white shirt, white apron and black shoes is sweeping the floor.
Hypothesis: A woman is sweeping the kitchen floor.
Probability that the hypothesis is true: 0.3441170634223115
Premise: A line of six children in bathing suits prepare to leap into a swimming pool.
Hypothesis: The children are good swimmers
Probability that the hypothesis is true: 0.6740790084183057
Premise: A line of six children in bathing suits prepare to leap into a swimming pool.
Hypothesis: The children are all holding hands.
Probability that the hypothesis is true: 0.4233587993830656
Premise: A line of six children in bathing suits prepare to leap into a swimming pool.
Hypothesis: Children learn to swim together.
Probability that the hypothesis is true: 0.5126044584039852
Premise: A line of six children in bathing suits prepare to leap into a swimming pool.
Hypothesis: The swimming pool is located outside
Probability that the hypothesis is true: 0.6379012493107385
Premise: A line of six children in bathing suits prepare to leap into a swimming pool.
Hypothesis: The children are outside.
Probability that the hypothesis is true: 0.640986862407555
Premise: Six children, boys and girls, jumping into a swimming pool.
Hypothesis: Group of children jump into the outdoor pool at night
Probability that the hypothesis is true: 0.024578151793379174
Premise: Six children, boys and girls, jumping into a swimming pool.
Hypothesis: Two boys and four girls are jumping into a swimming pool.
Probability that the hypothesis is true: 0.03516152079496337