AdoptedIrelia/UMUI huggingface dataset:
Premise: Two young men one in a yellow sweatshirt and the other has no top on they are tossing a piece of green material.
Hypothesis: Two friends are playing a game with each other outside.
Probability that the hypothesis is true: 0.84205354960564
Premise: Two young men one in a yellow sweatshirt and the other has no top on they are tossing a piece of green material.
Hypothesis: The two men are playing frisbee.
Probability that the hypothesis is true: 0.6773973186033435
Premise: Two young men one in a yellow sweatshirt and the other has no top on they are tossing a piece of green material.
Hypothesis: Two men are wearing caps.
Probability that the hypothesis is true: 0.035570905132847434
Premise: Two young men one in a yellow sweatshirt and the other has no top on they are tossing a piece of green material.
Hypothesis: Two friends play a game during their break.
Probability that the hypothesis is true: 0.04446765434101213
Premise: Two young men one in a yellow sweatshirt and the other has no top on they are tossing a piece of green material.
Hypothesis: The two men are playing a game of catch.
Probability that the hypothesis is true: 0.8394707139640387
Premise: A man standing and putting dreads in a women's hair while she stairs off into the distance.
Hypothesis: A dad is putting dreads on his daughters hair before prom.
Probability that the hypothesis is true: 0.0005557978665463148
Premise: A man standing and putting dreads in a women's hair while she stairs off into the distance.
Hypothesis: A dreads expert applies dreads to a spaced out customer.
Probability that the hypothesis is true: 0.015719342000492416
Premise: A man standing and putting dreads in a women's hair while she stairs off into the distance.
Hypothesis: She will spend 4 hours at the salon
Probability that the hypothesis is true: 8.84085180208697e-05
Premise: A man standing and putting dreads in a women's hair while she stairs off into the distance.
Hypothesis: The woman waits patiently while her hair is being dreaded.
Probability that the hypothesis is true: 0.23604239004485647
Premise: A man standing and putting dreads in a women's hair while she stairs off into the distance.
Hypothesis: The man wonders why any women would want dreads in her hair.
Probability that the hypothesis is true: 0.22330642427267472
Premise: a man is working on constructing a shelter made of logs and reeds.
Hypothesis: A man builds a structure for his wilderness survival class
Probability that the hypothesis is true: 0.6596615618384267
Premise: a man is working on constructing a shelter made of logs and reeds.
Hypothesis: A man is building his parents a home out of logs and reeds.
Probability that the hypothesis is true: 0.0005981857033016197
Premise: a man is working on constructing a shelter made of logs and reeds.
Hypothesis: Man working in shelther
Probability that the hypothesis is true: 0.8067066883994574
Premise: a man is working on constructing a shelter made of logs and reeds.
Hypothesis: The man is crafting a cabin.
Probability that the hypothesis is true: 0.03126446594893579
Premise: a man is working on constructing a shelter made of logs and reeds.
Hypothesis: The man is building a doghouse.
Probability that the hypothesis is true: 0.0006275954497502303
Premise: A surfer in a black wetsuit rides a wave.
Hypothesis: A man surfing a huge wave
Probability that the hypothesis is true: 0.09116412913736771
Premise: A surfer in a black wetsuit rides a wave.
Hypothesis: A surfer is riding the biggest wave ever recorded.
Probability that the hypothesis is true: 1.1888767634710673e-05
Premise: A surfer in a black wetsuit rides a wave.
Hypothesis: A surfer in a black wet suit catches a wave in a competition.
Probability that the hypothesis is true: 0.004543213999819732
Premise: A surfer in a black wetsuit rides a wave.
Hypothesis: A man catches a wave.
Probability that the hypothesis is true: 0.9322007427213385
Premise: A surfer in a black wetsuit rides a wave.
Hypothesis: A surfer rides a wave while a line of surfers wait behind him for their turn
Probability that the hypothesis is true: 0.5827176953157676
Premise: A young girl in an orange bathing suit plays on the beach's shore.
Hypothesis: The girl builds a sand castle.
Probability that the hypothesis is true: 0.5004868894852261
Premise: A young girl in an orange bathing suit plays on the beach's shore.
Hypothesis: The girl builds a sandcastle.
Probability that the hypothesis is true: 0.4962500680166928
Premise: A young girl in an orange bathing suit plays on the beach's shore.
Hypothesis: A young girl gets ready to build a sand castle on the beach.
Probability that the hypothesis is true: 0.48875189117150225
Premise: A young girl in an orange bathing suit plays on the beach's shore.
Hypothesis: A child is building a sand castle.
Probability that the hypothesis is true: 0.5015147663999697
Premise: A young girl in an orange bathing suit plays on the beach's shore.
Hypothesis: A girl is trying to show off for a guy.
Probability that the hypothesis is true: 0.007748024520543288
Premise: Three women in sports bikinis are playing volleyball on a sandy beach.
Hypothesis: The three women are about to win the volleyball game.
Probability that the hypothesis is true: 0.7930725533322156
Premise: Three women in sports bikinis are playing volleyball on a sandy beach.
Hypothesis: The women are playing against each other.
Probability that the hypothesis is true: 0.7346799648322846
Premise: Three women in sports bikinis are playing volleyball on a sandy beach.
Hypothesis: Women are practicing volleyball for a tournament.
Probability that the hypothesis is true: 0.7175038578798977
Premise: Three women in sports bikinis are playing volleyball on a sandy beach.
Hypothesis: The women are in their 20s.
Probability that the hypothesis is true: 0.6536765835246046
Premise: Three women in sports bikinis are playing volleyball on a sandy beach.
Hypothesis: Three women have sunblock on the sandy beach.
Probability that the hypothesis is true: 0.7026150533463995
Premise: There are two small boys wearing ball caps, playing T-Ball in green grass with three adult men watching.
Hypothesis: Two boys are playing their first T-Ball game as their parents watch.
Probability that the hypothesis is true: 0.5843309884426519
Premise: There are two small boys wearing ball caps, playing T-Ball in green grass with three adult men watching.
Hypothesis: Two boys on opposing teams play T-Ball while some men watch.
Probability that the hypothesis is true: 0.7036067091647544
Premise: There are two small boys wearing ball caps, playing T-Ball in green grass with three adult men watching.
Hypothesis: The boys are playing baseball
Probability that the hypothesis is true: 0.006939624674684465
Premise: There are two small boys wearing ball caps, playing T-Ball in green grass with three adult men watching.
Hypothesis: the boys are playing ball
Probability that the hypothesis is true: 0.8883943125540918
Premise: There are two small boys wearing ball caps, playing T-Ball in green grass with three adult men watching.
Hypothesis: There is three men watching their kids play t-ball.
Probability that the hypothesis is true: 0.9431502031821255
Premise: Man in his boxers carving a pumpkin.
Hypothesis: A person is preparing for Halloween.
Probability that the hypothesis is true: 0.782213205510359
Premise: Man in his boxers carving a pumpkin.
Hypothesis: The man is at home.
Probability that the hypothesis is true: 0.575076540548069
Premise: Man in his boxers carving a pumpkin.
Hypothesis: A man in his boxers is carving a pumpkin for Halloween.
Probability that the hypothesis is true: 0.9085009856331354
Premise: Man in his boxers carving a pumpkin.
Hypothesis: He is carving the pumpkin to look angry.
Probability that the hypothesis is true: 0.4373312539791697
Premise: Man in his boxers carving a pumpkin.
Hypothesis: A man in only his undergarments is carving a large pumpkin
Probability that the hypothesis is true: 0.6549485455622299
Premise: Five men in asian inspired garb wrap clothes around their heads while people converse in the background.
Hypothesis: five men are dressing up for a party
Probability that the hypothesis is true: 0.14874203756186516
Premise: Five men in asian inspired garb wrap clothes around their heads while people converse in the background.
Hypothesis: The people in the background are gossiping about the men.
Probability that the hypothesis is true: 0.5190949060864618
Premise: Five men in asian inspired garb wrap clothes around their heads while people converse in the background.
Hypothesis: The men are members of a gang.
Probability that the hypothesis is true: 0.005361920376909843
Premise: Five men in asian inspired garb wrap clothes around their heads while people converse in the background.
Hypothesis: Five asian guys are about to perform a dragon dance in front of a wedding.
Probability that the hypothesis is true: 0.0011657058876102424
Premise: Five men in asian inspired garb wrap clothes around their heads while people converse in the background.
Hypothesis: Five men get ready for a ceremony.
Probability that the hypothesis is true: 0.20124983159311344
Premise: A man in a long black coat with a walking stick is walking next to a bus where the passenger is resting his head on his hand.
Hypothesis: A man is walking next to a bus a night time.
Probability that the hypothesis is true: 0.1453556714876918
Premise: A man in a long black coat with a walking stick is walking next to a bus where the passenger is resting his head on his hand.
Hypothesis: The passenger is tired.
Probability that the hypothesis is true: 0.7792867366209311
Premise: A man in a long black coat with a walking stick is walking next to a bus where the passenger is resting his head on his hand.
Hypothesis: A man with a limp walks with his walking stick alongside a bus.
Probability that the hypothesis is true: 0.6692799686763848
Premise: A man in a long black coat with a walking stick is walking next to a bus where the passenger is resting his head on his hand.
Hypothesis: A man is walking to get on the bus.
Probability that the hypothesis is true: 0.5516791330655982
Premise: A man in a long black coat with a walking stick is walking next to a bus where the passenger is resting his head on his hand.
Hypothesis: A man walks to the bus stop.
Probability that the hypothesis is true: 0.6467793410457378
Premise: Two men, one wearing red uniform with white stripes and the other a white uniform are playing soccer.
Hypothesis: Two men play professional soccer.
Probability that the hypothesis is true: 0.7603634695732275
Premise: Two men, one wearing red uniform with white stripes and the other a white uniform are playing soccer.
Hypothesis: Two men are outside.
Probability that the hypothesis is true: 0.9891731719064318
Premise: Two men, one wearing red uniform with white stripes and the other a white uniform are playing soccer.
Hypothesis: Two soccer players from opposite teams are playing against each other.
Probability that the hypothesis is true: 0.9950086924602306
Premise: Two men, one wearing red uniform with white stripes and the other a white uniform are playing soccer.
Hypothesis: Two men in soccer uniforms are competing for a ball as they are nearing a goalkeeper.
Probability that the hypothesis is true: 0.18489915414162983
Premise: Two men, one wearing red uniform with white stripes and the other a white uniform are playing soccer.
Hypothesis: the red team is winning
Probability that the hypothesis is true: 0.5003245930023228
Premise: A baby shower was held for the new mother, there was a lovely cake in pink and white, and strawberries and punch for refreshments.
Hypothesis: There was a baby shower held for a mother who was having a baby girl.
Probability that the hypothesis is true: 0.9262747812638259
Premise: A baby shower was held for the new mother, there was a lovely cake in pink and white, and strawberries and punch for refreshments.
Hypothesis: A baby shower held for a woman having a little girl
Probability that the hypothesis is true: 0.9218791396628412
Premise: A baby shower was held for the new mother, there was a lovely cake in pink and white, and strawberries and punch for refreshments.
Hypothesis: The baby was a girl.
Probability that the hypothesis is true: 0.9306538292351927
Premise: A baby shower was held for the new mother, there was a lovely cake in pink and white, and strawberries and punch for refreshments.
Hypothesis: They had pink and white cake because the new mother was having a girl.
Probability that the hypothesis is true: 0.9351068806209977
Premise: A baby shower was held for the new mother, there was a lovely cake in pink and white, and strawberries and punch for refreshments.
Hypothesis: The new mother's friends all attended the baby shower.
Probability that the hypothesis is true: 0.8011755996096617
Premise: A woman in a white shirt and pink pants is standing behind a table laid out with cake, strawberries and punch.
Hypothesis: A woman just laid out cake, strawberries, and punch
Probability that the hypothesis is true: 0.5266653252259011
Premise: A woman in a white shirt and pink pants is standing behind a table laid out with cake, strawberries and punch.
Hypothesis: A woman stands behind a table laid out with a wedding cake
Probability that the hypothesis is true: 0.03430660123010414
Premise: A woman in a white shirt and pink pants is standing behind a table laid out with cake, strawberries and punch.
Hypothesis: A caterer stands next to a table full of food.
Probability that the hypothesis is true: 0.5632235315575601
Premise: A woman in a white shirt and pink pants is standing behind a table laid out with cake, strawberries and punch.
Hypothesis: a woman stands by the refreshment table at a party
Probability that the hypothesis is true: 0.6966577638345542
Premise: A woman in a white shirt and pink pants is standing behind a table laid out with cake, strawberries and punch.
Hypothesis: A woman tries to resist eating the sweets laid out in front of her.
Probability that the hypothesis is true: 0.225132842833091
Premise: Two men are standing in a police rescue boat.
Hypothesis: Two people are about to steal a boat.
Probability that the hypothesis is true: 0.5585857807666026
Premise: Two men are standing in a police rescue boat.
Hypothesis: Two guys are near a boat.
Probability that the hypothesis is true: 0.8708424720924847
Premise: Two men are standing in a police rescue boat.
Hypothesis: Some police officers are in a boat.
Probability that the hypothesis is true: 0.8328724338895358
Premise: Two men are standing in a police rescue boat.
Hypothesis: The boat is moving.
Probability that the hypothesis is true: 0.6884332720553241
Premise: Two men are standing in a police rescue boat.
Hypothesis: Two men are rescued from a lake.
Probability that the hypothesis is true: 0.0010880486211732208
Premise: Two men in black jackets stand in a small boat in the water.
Hypothesis: Two men are fishing.
Probability that the hypothesis is true: 0.010246400545349553
Premise: Two men in black jackets stand in a small boat in the water.
Hypothesis: Two men are wearing black jackets because it is their favorite color.
Probability that the hypothesis is true: 0.13279118359696035
Premise: Two men in black jackets stand in a small boat in the water.
Hypothesis: The men are fishing.
Probability that the hypothesis is true: 0.21231938004452
Premise: Two men in black jackets stand in a small boat in the water.
Hypothesis: Two men talk on a boat
Probability that the hypothesis is true: 0.5417975890665749
Premise: Two men in black jackets stand in a small boat in the water.
Hypothesis: Two men are standing on the roof of a boat.
Probability that the hypothesis is true: 7.032307733709286e-05
Premise: Three Caucasian hikers in summer clothes walk a dirt path through a wooded meadow during the day.
Hypothesis: a group of hikers walk on a path just minutes away from home.
Probability that the hypothesis is true: 0.5672661855494301
Premise: Three Caucasian hikers in summer clothes walk a dirt path through a wooded meadow during the day.
Hypothesis: A group of explorers making their way through unexplored territory in the middle of summer while one drinks water.
Probability that the hypothesis is true: 8.224611546507965e-05
Premise: Three Caucasian hikers in summer clothes walk a dirt path through a wooded meadow during the day.
Hypothesis: The hikers are wearing hiking boots.
Probability that the hypothesis is true: 0.7769120697636247
Premise: Three Caucasian hikers in summer clothes walk a dirt path through a wooded meadow during the day.
Hypothesis: Some white hikers are walking on a dirt path.
Probability that the hypothesis is true: 0.06936375089427252
Premise: Three Caucasian hikers in summer clothes walk a dirt path through a wooded meadow during the day.
Hypothesis: There are white tourists walking through Europe.
Probability that the hypothesis is true: 0.0032899331715431565
Premise: A man, wearing a flamboyant shirt with red and gray stripes and black pants, bowling a bowling ball down the lane at a tournament.
Hypothesis: The winner of the bowling tournament
Probability that the hypothesis is true: 0.008174423131041894
Premise: A man, wearing a flamboyant shirt with red and gray stripes and black pants, bowling a bowling ball down the lane at a tournament.
Hypothesis: A man is competing.
Probability that the hypothesis is true: 0.7778218554921265
Premise: A man, wearing a flamboyant shirt with red and gray stripes and black pants, bowling a bowling ball down the lane at a tournament.
Hypothesis: A man bowl the winning ball at a tournament.
Probability that the hypothesis is true: 0.0015542658547523136
Premise: A man, wearing a flamboyant shirt with red and gray stripes and black pants, bowling a bowling ball down the lane at a tournament.
Hypothesis: The man has dressed up to get attention while he bowls in a charity bowling tournament.
Probability that the hypothesis is true: 0.682709975371779
Premise: A man, wearing a flamboyant shirt with red and gray stripes and black pants, bowling a bowling ball down the lane at a tournament.
Hypothesis: A man bowls a strike at the tournament.
Probability that the hypothesis is true: 0.4719046084027273
Premise: A man is bowling with various national flags displayed at the opposite end on the bowling alley.
Hypothesis: A man bowling with friends.
Probability that the hypothesis is true: 0.684653943498881
Premise: A man is bowling with various national flags displayed at the opposite end on the bowling alley.
Hypothesis: A man is in a bowling competition.
Probability that the hypothesis is true: 0.611800515487027
Premise: A man is bowling with various national flags displayed at the opposite end on the bowling alley.
Hypothesis: a man competes ina bowling tourney
Probability that the hypothesis is true: 0.5499517892145017
Premise: A man is bowling with various national flags displayed at the opposite end on the bowling alley.
Hypothesis: He is having a good game
Probability that the hypothesis is true: 0.32114812169999274
Premise: A man is bowling with various national flags displayed at the opposite end on the bowling alley.
Hypothesis: The man is competing.
Probability that the hypothesis is true: 0.6236147345557774
Premise: A woman is laughing as two small boys play around her and a small girl climbs up her back.
Hypothesis: The group is outside.
Probability that the hypothesis is true: 0.7417836367732755
Premise: A woman is laughing as two small boys play around her and a small girl climbs up her back.
Hypothesis: A woman laughs as her children play and frolic.
Probability that the hypothesis is true: 0.6677491588998274
Premise: A woman is laughing as two small boys play around her and a small girl climbs up her back.
Hypothesis: The woman is the mother of the children.
Probability that the hypothesis is true: 0.4095078596599418
Premise: A woman is laughing as two small boys play around her and a small girl climbs up her back.
Hypothesis: The woman is their mother.
Probability that the hypothesis is true: 0.391502648705081
Premise: A woman is laughing as two small boys play around her and a small girl climbs up her back.
Hypothesis: A woman is sitting on the grass playing with three children.
Probability that the hypothesis is true: 0.10649988766557279
Premise: A man wearing jeans and a button up dress shirt is holding a camera while standing next to a woman in black pants and a beige jacket.
Hypothesis: The man takes a picture as his wife waits next to him.
Probability that the hypothesis is true: 0.5645712853429528
Premise: A man wearing jeans and a button up dress shirt is holding a camera while standing next to a woman in black pants and a beige jacket.
Hypothesis: A man takes a picture on behalf of a tourist.
Probability that the hypothesis is true: 0.5388262853079919
Premise: A man wearing jeans and a button up dress shirt is holding a camera while standing next to a woman in black pants and a beige jacket.
Hypothesis: The man is taking a photo of something while the woman looks on.
Probability that the hypothesis is true: 0.7972286178204618
Premise: A man wearing jeans and a button up dress shirt is holding a camera while standing next to a woman in black pants and a beige jacket.
Hypothesis: The man and woman are husband and wife.
Probability that the hypothesis is true: 0.5517331083528492
Premise: A man wearing jeans and a button up dress shirt is holding a camera while standing next to a woman in black pants and a beige jacket.
Hypothesis: A man wearing jeans in getting ready to take a picture.
Probability that the hypothesis is true: 0.8240813306687584
Premise: A boy in an orange shirt plays on a large drainpipe with several other children in a sandy area.
Hypothesis: A boy stands on a drainage pipe at the beach.
Probability that the hypothesis is true: 0.5058426174269635
Premise: A boy in an orange shirt plays on a large drainpipe with several other children in a sandy area.
Hypothesis: The kids are playing tag.
Probability that the hypothesis is true: 0.007899394439703484
Premise: A boy in an orange shirt plays on a large drainpipe with several other children in a sandy area.
Hypothesis: A group of children are enjoying themselves.
Probability that the hypothesis is true: 0.8169748074717413
Premise: A boy in an orange shirt plays on a large drainpipe with several other children in a sandy area.
Hypothesis: girls are playing tag nearby
Probability that the hypothesis is true: 0.00024457359944954175
Premise: A boy in an orange shirt plays on a large drainpipe with several other children in a sandy area.
Hypothesis: A boy is sliding down a drainpipe.
Probability that the hypothesis is true: 0.6732884362918714
Premise: Small black and white dog wearing a red harness is running around with a ball in its mouth.
Hypothesis: a dog runs with a ball to play fetch
Probability that the hypothesis is true: 0.830715928622202
Premise: Small black and white dog wearing a red harness is running around with a ball in its mouth.
Hypothesis: A small dog is playing outside.
Probability that the hypothesis is true: 0.9480916269653495
Premise: Small black and white dog wearing a red harness is running around with a ball in its mouth.
Hypothesis: A dog is running around in the dog park.
Probability that the hypothesis is true: 0.6180586437726139
Premise: Small black and white dog wearing a red harness is running around with a ball in its mouth.
Hypothesis: A small mixed color dog has a ball in it's mouth and it is starting to choke.
Probability that the hypothesis is true: 0.003062063175660984
Premise: Small black and white dog wearing a red harness is running around with a ball in its mouth.
Hypothesis: A dog is playing fetch with his owner.
Probability that the hypothesis is true: 0.8319415727019898
Premise: A dog is backlit buy the sun as he jumps up to catch a tennis ball.
Hypothesis: A boy tosses a ball to his dog.
Probability that the hypothesis is true: 0.11909773537378643
Premise: A dog is backlit buy the sun as he jumps up to catch a tennis ball.
Hypothesis: A dog is playing with his owner.
Probability that the hypothesis is true: 0.8342432374840157
Premise: A dog is backlit buy the sun as he jumps up to catch a tennis ball.
Hypothesis: A dog chasing tennis balls.
Probability that the hypothesis is true: 0.8873570919991043
Premise: A dog is backlit buy the sun as he jumps up to catch a tennis ball.
Hypothesis: A dog is enjoying the day outside with his owner.
Probability that the hypothesis is true: 0.8576516458803473
Premise: A dog is backlit buy the sun as he jumps up to catch a tennis ball.
Hypothesis: A large dog is outside jumping.
Probability that the hypothesis is true: 0.16273718032085083
Premise: A man is sitting in the passenger seat of a red three-wheeled rickshaw.
Hypothesis: A man sitting ready for something
Probability that the hypothesis is true: 0.6057491492953753
Premise: A man is sitting in the passenger seat of a red three-wheeled rickshaw.
Hypothesis: A man is wearing a hat.
Probability that the hypothesis is true: 0.41023349009864635
Premise: A man is sitting in the passenger seat of a red three-wheeled rickshaw.
Hypothesis: A man about to go on a ride through a city.
Probability that the hypothesis is true: 0.5294765695582885
Premise: A man is sitting in the passenger seat of a red three-wheeled rickshaw.
Hypothesis: The man is in Asia.
Probability that the hypothesis is true: 0.5568055959715461
Premise: A man is sitting in the passenger seat of a red three-wheeled rickshaw.
Hypothesis: A man is travelling by rickshaw.
Probability that the hypothesis is true: 0.9925673173092517
Premise: A man putting shingles on a roof.
Hypothesis: the roof was leaking
Probability that the hypothesis is true: 0.4566093926876956
Premise: A man putting shingles on a roof.
Hypothesis: A man is on a ladder with a hammer.
Probability that the hypothesis is true: 0.5931434699690527
Premise: A man putting shingles on a roof.
Hypothesis: A man is repairing his roof after the storm.
Probability that the hypothesis is true: 0.010399649154916936
Premise: A man putting shingles on a roof.
Hypothesis: A person is fixing his own roof
Probability that the hypothesis is true: 0.5309360994457497
Premise: A man putting shingles on a roof.
Hypothesis: A man is repairing his roof.
Probability that the hypothesis is true: 0.5547013442897247
Premise: A woman in a shawl digs a hole in the ground.
Hypothesis: A woman is digging up dirt in her garden.
Probability that the hypothesis is true: 0.7763558831483883
Premise: A woman in a shawl digs a hole in the ground.
Hypothesis: A lady digs a hole to plant a flower.
Probability that the hypothesis is true: 0.7516304974610719
Premise: A woman in a shawl digs a hole in the ground.
Hypothesis: A woman is about to bury her husband that she murdered
Probability that the hypothesis is true: 2.694220105741602e-05
Premise: A woman in a shawl digs a hole in the ground.
Hypothesis: The woman used a shovel.
Probability that the hypothesis is true: 0.9124375696654643
Premise: A woman in a shawl digs a hole in the ground.
Hypothesis: A woman has brown hair.
Probability that the hypothesis is true: 0.13931370348360794
Premise: Two dogs on leashes straining toward each other while their owners walk away from each other.
Hypothesis: The dogs are both corgis.
Probability that the hypothesis is true: 0.00563249698765918
Premise: Two dogs on leashes straining toward each other while their owners walk away from each other.
Hypothesis: Both of these dogs are trained to fight.
Probability that the hypothesis is true: 0.0012639589726507572
Premise: Two dogs on leashes straining toward each other while their owners walk away from each other.
Hypothesis: Two Pugs are barking at each other while their owners walk away.
Probability that the hypothesis is true: 0.004073889888734627
Premise: Two dogs on leashes straining toward each other while their owners walk away from each other.
Hypothesis: The dogs hate eachother.
Probability that the hypothesis is true: 0.5150925960545536
Premise: Two dogs on leashes straining toward each other while their owners walk away from each other.
Hypothesis: Two huge dogs on leashes.
Probability that the hypothesis is true: 0.07303318372916137
Premise: Two dogs try to reach each other as their human companions pull them in opposite directions by their leashes.
Hypothesis: Two people walking their pets.
Probability that the hypothesis is true: 0.408057783349753
Premise: Two dogs try to reach each other as their human companions pull them in opposite directions by their leashes.
Hypothesis: Two humans' dogs like each other but their human companions pull them apart
Probability that the hypothesis is true: 0.011101326735332063
Premise: Two dogs try to reach each other as their human companions pull them in opposite directions by their leashes.
Hypothesis: The two dogs are trying to get acquainted with one another.
Probability that the hypothesis is true: 0.7045980104874063
Premise: Two dogs try to reach each other as their human companions pull them in opposite directions by their leashes.
Hypothesis: Both of the dogs' human companions are male.
Probability that the hypothesis is true: 0.004055671391796073
Premise: Two dogs try to reach each other as their human companions pull them in opposite directions by their leashes.
Hypothesis: The two dogs were just playing with each other.
Probability that the hypothesis is true: 0.7701261239690254
Premise: A man with a dog.
Hypothesis: The man is tossing a ball to the dog.
Probability that the hypothesis is true: 0.264735177781708
Premise: A man with a dog.
Hypothesis: A man pets a dog.
Probability that the hypothesis is true: 0.2974436966443108
Premise: A man with a dog.
Hypothesis: the dog is his best friend
Probability that the hypothesis is true: 0.505247545883248
Premise: A man with a dog.
Hypothesis: A man and his dog are waiting for something.
Probability that the hypothesis is true: 0.5147680648525712
Premise: A man with a dog.
Hypothesis: The dog is on a leash.
Probability that the hypothesis is true: 0.8987212328606782
Premise: A woman holds the hand of a small girl and points towards the bushes.
Hypothesis: The woman is playing in a park.
Probability that the hypothesis is true: 0.27597798807979274
Premise: A woman holds the hand of a small girl and points towards the bushes.
Hypothesis: a woman points towards a bunny
Probability that the hypothesis is true: 0.08102483074829245
Premise: A woman holds the hand of a small girl and points towards the bushes.
Hypothesis: A woman sees something.
Probability that the hypothesis is true: 0.8357595302567995
Premise: A woman holds the hand of a small girl and points towards the bushes.
Hypothesis: The child is looking at an animal that is hiding behind the bush.
Probability that the hypothesis is true: 0.6082133655434772
Premise: A woman holds the hand of a small girl and points towards the bushes.
Hypothesis: A woman holds her daughter's hand.
Probability that the hypothesis is true: 0.7188532335100393
Premise: Trampolines are a fun way to exercise.
Hypothesis: lets lay on the trampoline
Probability that the hypothesis is true: 0.00097967267466181
Premise: Trampolines are a fun way to exercise.
Hypothesis: Hopping up and down is an amusing way to get in shape.
Probability that the hypothesis is true: 0.6900590296263212
Premise: Trampolines are a fun way to exercise.
Hypothesis: Trampolines are kept outside
Probability that the hypothesis is true: 0.8207292509155522
Premise: Trampolines are a fun way to exercise.
Hypothesis: The trampoline is outdoors.
Probability that the hypothesis is true: 0.7356077507823656
Premise: Trampolines are a fun way to exercise.
Hypothesis: A group of exercisers working out on a trampoline.
Probability that the hypothesis is true: 0.7273481661461698
Premise: A woman is doing flips on a trampoline in front of a lake.
Hypothesis: The woman is jumping on a big trampoline, not a small one.
Probability that the hypothesis is true: 0.7355562166450865
Premise: A woman is doing flips on a trampoline in front of a lake.
Hypothesis: A gymnast is practicing flips on a trampoline.
Probability that the hypothesis is true: 0.5065458792115729
Premise: A woman is doing flips on a trampoline in front of a lake.
Hypothesis: A woman playing in her backyard.
Probability that the hypothesis is true: 0.6215319581765775
Premise: A woman is doing flips on a trampoline in front of a lake.
Hypothesis: A woman is bouncing on a trampoline.
Probability that the hypothesis is true: 0.9941956064859023
Premise: A woman is doing flips on a trampoline in front of a lake.
Hypothesis: A woman is practicing for her upcoming wrestling match.
Probability that the hypothesis is true: 3.822546461777774e-05
Premise: Person in a brown sweatshirt does a flip in midair over a trampoline with a river and electrical lines in the background.
Hypothesis: A man flips to try to impress a girl.
Probability that the hypothesis is true: 0.1572939861194708
Premise: Person in a brown sweatshirt does a flip in midair over a trampoline with a river and electrical lines in the background.
Hypothesis: This is the persons first attempt at a flip.
Probability that the hypothesis is true: 0.006187305059875196
Premise: Person in a brown sweatshirt does a flip in midair over a trampoline with a river and electrical lines in the background.
Hypothesis: Person is getting a workout on the trampoline in the park.
Probability that the hypothesis is true: 0.17065370276133807
Premise: Person in a brown sweatshirt does a flip in midair over a trampoline with a river and electrical lines in the background.
Hypothesis: Someone wearing shorts is on a trampoline.
Probability that the hypothesis is true: 0.5070868460824793
Premise: Person in a brown sweatshirt does a flip in midair over a trampoline with a river and electrical lines in the background.
Hypothesis: Group of people is watching a person on a trampoline.
Probability that the hypothesis is true: 0.5852450209105233
Premise: A man and a woman are standing on the curb.
Hypothesis: A man and a woman stand together on the curb under an umbrella
Probability that the hypothesis is true: 0.6697549066598625
Premise: A man and a woman are standing on the curb.
Hypothesis: The man and woman are waiting for a bus.
Probability that the hypothesis is true: 0.021667973671296414
Premise: A man and a woman are standing on the curb.
Hypothesis: A man and woman are waiting for a taxi.
Probability that the hypothesis is true: 0.046619008429962416
Premise: A man and a woman are standing on the curb.
Hypothesis: Mr. and Mrs. Smith wait to cross the street.
Probability that the hypothesis is true: 0.003609448033353439
Premise: A man and a woman are standing on the curb.
Hypothesis: the pimp was busy on the corner
Probability that the hypothesis is true: 5.249130878912814e-05
Premise: A woman holds a baby on her lap and holds the hand of another young child who is riding on a horse-shaped tire swing.
Hypothesis: a family enjoys their day at the farm
Probability that the hypothesis is true: 0.0004281049485865714
Premise: A woman holds a baby on her lap and holds the hand of another young child who is riding on a horse-shaped tire swing.
Hypothesis: A mother holds her child's hand and her baby while the child rides a swing.
Probability that the hypothesis is true: 0.9090575076390288
Premise: A woman holds a baby on her lap and holds the hand of another young child who is riding on a horse-shaped tire swing.
Hypothesis: A person looked tired
Probability that the hypothesis is true: 0.0007558554049059235
Premise: A woman holds a baby on her lap and holds the hand of another young child who is riding on a horse-shaped tire swing.
Hypothesis: A woman is playing with her two sons.
Probability that the hypothesis is true: 0.66315262292777
Premise: A woman holds a baby on her lap and holds the hand of another young child who is riding on a horse-shaped tire swing.
Hypothesis: a woman and her children
Probability that the hypothesis is true: 0.8543712096165461
Premise: A man is sitting on a silver scooter.
Hypothesis: A man sitting on a silver scooter isn't the owner.
Probability that the hypothesis is true: 0.0003413040177193131
Premise: A man is sitting on a silver scooter.
Hypothesis: A man is about to drive a scooter.
Probability that the hypothesis is true: 0.7735726111776802
Premise: A man is sitting on a silver scooter.
Hypothesis: A man is sitting on a moving scooter.
Probability that the hypothesis is true: 0.045044817532511806
Premise: A man is sitting on a silver scooter.
Hypothesis: Some guy is parking his scooter.
Probability that the hypothesis is true: 0.5433100131294941
Premise: A man is sitting on a silver scooter.
Hypothesis: The man is old
Probability that the hypothesis is true: 0.00018552280544397912
Premise: Three football players in navy blue and yellow uniforms are running down a football field; one is kicking a football as he runs.
Hypothesis: The three football players were in a serious game of football
Probability that the hypothesis is true: 0.36783863222053836
Premise: Three football players in navy blue and yellow uniforms are running down a football field; one is kicking a football as he runs.
Hypothesis: Some people are playing a football game.
Probability that the hypothesis is true: 0.9037603894717938
Premise: Three football players in navy blue and yellow uniforms are running down a football field; one is kicking a football as he runs.
Hypothesis: The game is just starting again after half time.
Probability that the hypothesis is true: 0.33704281376603307
Premise: Three football players in navy blue and yellow uniforms are running down a football field; one is kicking a football as he runs.
Hypothesis: Players practice football on a field near a road.
Probability that the hypothesis is true: 0.5103866573097934
Premise: Three football players in navy blue and yellow uniforms are running down a football field; one is kicking a football as he runs.
Hypothesis: Three men are running.
Probability that the hypothesis is true: 0.888818394144483
Premise: A woman in an all black outfit holds her glasses while she stands in the street in front of a sandwich board advertising menu items.
Hypothesis: Woman in front of subway shop following their latest shop opening
Probability that the hypothesis is true: 0.0057513490711477095
Premise: A woman in an all black outfit holds her glasses while she stands in the street in front of a sandwich board advertising menu items.
Hypothesis: a person talks to people buying sandwiches
Probability that the hypothesis is true: 0.527097848754895
Premise: A woman in an all black outfit holds her glasses while she stands in the street in front of a sandwich board advertising menu items.
Hypothesis: A woman is deciding what to eat.
Probability that the hypothesis is true: 0.6646854800402107
Premise: A woman in an all black outfit holds her glasses while she stands in the street in front of a sandwich board advertising menu items.
Hypothesis: The woman is a spy.
Probability that the hypothesis is true: 0.0002749595370673956
Premise: A woman in an all black outfit holds her glasses while she stands in the street in front of a sandwich board advertising menu items.
Hypothesis: A woman in a black outfit holds her glasses while she reads a sandwich board with other people waiting outside.
Probability that the hypothesis is true: 0.8213706143686013
Premise: A young woman in a white shirt and black pants holding a top hat entertaining some people sitting at a table
Hypothesis: A female magician is performing magic tricks.
Probability that the hypothesis is true: 0.6360913776003788
Premise: A young woman in a white shirt and black pants holding a top hat entertaining some people sitting at a table
Hypothesis: A magician performs for a group of people.
Probability that the hypothesis is true: 0.6360913776003788
Premise: A young woman in a white shirt and black pants holding a top hat entertaining some people sitting at a table
Hypothesis: A woman is juggling at the table.
Probability that the hypothesis is true: 0.08513772786782811
Premise: A young woman in a white shirt and black pants holding a top hat entertaining some people sitting at a table
Hypothesis: the mime is working
Probability that the hypothesis is true: 0.020045234891164453
Premise: A young woman in a white shirt and black pants holding a top hat entertaining some people sitting at a table
Hypothesis: A burlesque dancer is performing a routine for customers at a nightclub.
Probability that the hypothesis is true: 0.4310667484567831
Premise: A waitress is performing in a restaurant with her arms spread out and a top hat in her left hand.
Hypothesis: The waitress is singing.
Probability that the hypothesis is true: 0.5745919801780027
Premise: A waitress is performing in a restaurant with her arms spread out and a top hat in her left hand.
Hypothesis: A waitress is putting on a performance at work for restaurant customers.
Probability that the hypothesis is true: 0.5883088172652231
Premise: A waitress is performing in a restaurant with her arms spread out and a top hat in her left hand.
Hypothesis: A waitress in a blue uniform is performing in a restaurant.
Probability that the hypothesis is true: 0.6267104763537387
Premise: A waitress is performing in a restaurant with her arms spread out and a top hat in her left hand.
Hypothesis: The woman is also singing.
Probability that the hypothesis is true: 0.6347068351710821
Premise: A waitress is performing in a restaurant with her arms spread out and a top hat in her left hand.
Hypothesis: The waitress is at work.
Probability that the hypothesis is true: 0.5665116964871935
Premise: A boy wearing a white shirt and green shorts kicks a soccer ball.
Hypothesis: A boy kicks a soccer ball as part of a championship game.
Probability that the hypothesis is true: 0.14516942915200365
Premise: A boy wearing a white shirt and green shorts kicks a soccer ball.
Hypothesis: a boy kicking a soccer ball to someone else
Probability that the hypothesis is true: 0.6582324160017585
Premise: A boy wearing a white shirt and green shorts kicks a soccer ball.
Hypothesis: The youth is kicking a ball while dressed in a sports uniform.
Probability that the hypothesis is true: 0.945938122731691
Premise: A boy wearing a white shirt and green shorts kicks a soccer ball.
Hypothesis: A boy in a soccer uniform plays at practice.
Probability that the hypothesis is true: 0.7617391087900094
Premise: A boy wearing a white shirt and green shorts kicks a soccer ball.
Hypothesis: A boy scores the winning goal at a soccer game.
Probability that the hypothesis is true: 0.009057768402076973
Premise: women ( wearing scarf ) driving motorized scooter and man ( in the backseat ) riding in the busy streets.
Hypothesis: A woman is trying out her boyfriend's scooter for the first time.
Probability that the hypothesis is true: 0.000433925181861032
Premise: women ( wearing scarf ) driving motorized scooter and man ( in the backseat ) riding in the busy streets.
Hypothesis: A woman and a man ride a red scooter.
Probability that the hypothesis is true: 0.5505995735377957
Premise: women ( wearing scarf ) driving motorized scooter and man ( in the backseat ) riding in the busy streets.
Hypothesis: Man and woman driving in a huge city
Probability that the hypothesis is true: 0.7771142806400071
Premise: women ( wearing scarf ) driving motorized scooter and man ( in the backseat ) riding in the busy streets.
Hypothesis: The women has to take the man to work.
Probability that the hypothesis is true: 0.001984000857689052
Premise: women ( wearing scarf ) driving motorized scooter and man ( in the backseat ) riding in the busy streets.
Hypothesis: A couple are riding down the street in the rain.
Probability that the hypothesis is true: 0.10493994586235532
Premise: A little boy is in a swimming pool with goggles on, covering his mouth and nose with his hands just above the surface of the water.
Hypothesis: A person with green goggles
Probability that the hypothesis is true: 0.10146947411827494
Premise: A little boy is in a swimming pool with goggles on, covering his mouth and nose with his hands just above the surface of the water.
Hypothesis: A little boy is swimming in a pool just above the surface of the water because he is drowning.
Probability that the hypothesis is true: 0.0014770846756214356
Premise: A little boy is in a swimming pool with goggles on, covering his mouth and nose with his hands just above the surface of the water.
Hypothesis: the boy is ten years old
Probability that the hypothesis is true: 0.0017573774447620194
Premise: A little boy is in a swimming pool with goggles on, covering his mouth and nose with his hands just above the surface of the water.
Hypothesis: Boy swimming very well
Probability that the hypothesis is true: 0.2644433048621556
Premise: A little boy is in a swimming pool with goggles on, covering his mouth and nose with his hands just above the surface of the water.
Hypothesis: A child during his first swimming lesson.
Probability that the hypothesis is true: 0.0030392508724374585
Premise: Pink shirted woman sleeping in a car with blue and white blanket on her.
Hypothesis: A woman is asleep in a parked car.
Probability that the hypothesis is true: 0.7031370215525781
Premise: Pink shirted woman sleeping in a car with blue and white blanket on her.
Hypothesis: The women is homeless.
Probability that the hypothesis is true: 0.0001264653614378869
Premise: Pink shirted woman sleeping in a car with blue and white blanket on her.
Hypothesis: The car was parked in a local park because the woman was homeless.
Probability that the hypothesis is true: 1.4184647097578456e-05
Premise: Pink shirted woman sleeping in a car with blue and white blanket on her.
Hypothesis: They woman is laying down inside of a car.
Probability that the hypothesis is true: 0.5653798413689511
Premise: Pink shirted woman sleeping in a car with blue and white blanket on her.
Hypothesis: The woman in comfortable.
Probability that the hypothesis is true: 0.7150108524628073
Premise: A lady with brown hair in a pink shirt sleeping in a car.
Hypothesis: The lady is snoring.
Probability that the hypothesis is true: 0.23174200151414936
Premise: A lady with brown hair in a pink shirt sleeping in a car.
Hypothesis: There is a woman sleeping in her car because she was up all night.
Probability that the hypothesis is true: 0.07303318372916147
Premise: A lady with brown hair in a pink shirt sleeping in a car.
Hypothesis: The lady does not have a home to sleep at.
Probability that the hypothesis is true: 0.01955040307944986
Premise: A lady with brown hair in a pink shirt sleeping in a car.
Hypothesis: A lady is sleeping in her car.
Probability that the hypothesis is true: 0.7344737409306101
Premise: A lady with brown hair in a pink shirt sleeping in a car.
Hypothesis: The lady is homeless so she has to sleep in her car.
Probability that the hypothesis is true: 0.02254336243560103
Premise: a boy swimming in a pool with goggles on
Hypothesis: The boy is swimming outdoors.
Probability that the hypothesis is true: 0.6807122029963543
Premise: a boy swimming in a pool with goggles on
Hypothesis: His goggles are blue.
Probability that the hypothesis is true: 0.5936267324601441
Premise: a boy swimming in a pool with goggles on
Hypothesis: The pool is filled with other children as well.
Probability that the hypothesis is true: 0.6635226845334123
Premise: a boy swimming in a pool with goggles on
Hypothesis: A boy is swimming a race.
Probability that the hypothesis is true: 0.049078712172362766
Premise: a boy swimming in a pool with goggles on
Hypothesis: Boy swimming in his private pool
Probability that the hypothesis is true: 0.0010913150176794257
Premise: A little girl in a pink skirt is climbing a tree with other children.
Hypothesis: A bunch of kids are having a race to see who can climb a tree the fastest.
Probability that the hypothesis is true: 0.6370496420446465
Premise: A little girl in a pink skirt is climbing a tree with other children.
Hypothesis: Siblings are playing outdoors.
Probability that the hypothesis is true: 0.0036365241359359256
Premise: A little girl in a pink skirt is climbing a tree with other children.
Hypothesis: Children are outdoor.
Probability that the hypothesis is true: 0.932655317924409
Premise: A little girl in a pink skirt is climbing a tree with other children.
Hypothesis: The children had to be home in a few hours.
Probability that the hypothesis is true: 0.0008159228163185067
Premise: A little girl in a pink skirt is climbing a tree with other children.
Hypothesis: A girl climbs a redwood tree
Probability that the hypothesis is true: 0.5149844192861363