AdoptedIrelia/UMUI huggingface dataset:
Premise: A ballerina dressed in yellow is dancing, on a stage.
Hypothesis: The ballerina is performing for a crowd.
Probability that the hypothesis is true: 0.7903635781239944
Premise: A ballerina dressed in yellow is dancing, on a stage.
Hypothesis: a prima ballerina dances on stage
Probability that the hypothesis is true: 0.07374722414238355
Premise: A man is loaded on to a train in a wheelchair.
Hypothesis: A man in a wheelchair asked bystanders to assist him into the train.
Probability that the hypothesis is true: 0.6493274621536639
Premise: A man is loaded on to a train in a wheelchair.
Hypothesis: A handicapped man wrapped up in a blanket is being helped onto a train in his wheelchair.
Probability that the hypothesis is true: 0.6955590103013861
Premise: A man is loaded on to a train in a wheelchair.
Hypothesis: The man is a parapalegic.
Probability that the hypothesis is true: 0.00026324527848031374
Premise: A man is loaded on to a train in a wheelchair.
Hypothesis: A man is pushed onto the train by a train assistant.
Probability that the hypothesis is true: 0.6959776323788479
Premise: A man is loaded on to a train in a wheelchair.
Hypothesis: A person is seen smiling helping another man onto a train.
Probability that the hypothesis is true: 0.6383269878912586
Premise: A male in a red hat playing with a chainsaw on fire and a green ball in his hand in front of a crowd.
Hypothesis: A circus performer does a trick with a flaming chainsaw.
Probability that the hypothesis is true: 0.7763053129749475
Premise: A male in a red hat playing with a chainsaw on fire and a green ball in his hand in front of a crowd.
Hypothesis: The man is in front of a crowd outside.
Probability that the hypothesis is true: 0.8127658489748371
Premise: A male in a red hat playing with a chainsaw on fire and a green ball in his hand in front of a crowd.
Hypothesis: A stuntman is doing a stunt.
Probability that the hypothesis is true: 0.5502217037372673
Premise: A male in a red hat playing with a chainsaw on fire and a green ball in his hand in front of a crowd.
Hypothesis: A man is performing in front of a crowd
Probability that the hypothesis is true: 0.9573739071459285
Premise: A male in a red hat playing with a chainsaw on fire and a green ball in his hand in front of a crowd.
Hypothesis: This guy works in a circus.
Probability that the hypothesis is true: 0.7493265194611929
Premise: two men stand in front of a large building.
Hypothesis: The man are in a city and are in front of the building.
Probability that the hypothesis is true: 0.7629611452821228
Premise: two men stand in front of a large building.
Hypothesis: Two black men are in front of a bank.
Probability that the hypothesis is true: 0.09730777156894997
Premise: two men stand in front of a large building.
Hypothesis: The men are wearing coats.
Probability that the hypothesis is true: 0.17494168514947323
Premise: two men stand in front of a large building.
Hypothesis: Two brothers in front of a building.
Probability that the hypothesis is true: 0.07283034489062956
Premise: two men stand in front of a large building.
Hypothesis: The men are talking outside.
Probability that the hypothesis is true: 0.8814956999926599
Premise: The football player is running with a football trying to score.
Hypothesis: Ball carrier is running for the goaline to win the game.
Probability that the hypothesis is true: 0.6154921489069415
Premise: The football player is running with a football trying to score.
Hypothesis: The boy is about to score in a high school football game.
Probability that the hypothesis is true: 0.6031766121504041
Premise: The football player is running with a football trying to score.
Hypothesis: The football player is attempting to score the winning touchdown.
Probability that the hypothesis is true: 0.5988864471991904
Premise: The football player is running with a football trying to score.
Hypothesis: The player is running toward the goal line.
Probability that the hypothesis is true: 0.798178678689635
Premise: The football player is running with a football trying to score.
Hypothesis: In a footbal game, several running-backs are attempting a touchdown
Probability that the hypothesis is true: 0.0008573073037077419
Premise: Blond girl with a white and black feather boa and gray t-shirt dancing in crowd of young people.
Hypothesis: Blond girl dancing with friends.
Probability that the hypothesis is true: 0.8051637075656768
Premise: Blond girl with a white and black feather boa and gray t-shirt dancing in crowd of young people.
Hypothesis: A girl puts on a dance performance for her friends
Probability that the hypothesis is true: 0.1333102510909488
Premise: Blond girl with a white and black feather boa and gray t-shirt dancing in crowd of young people.
Hypothesis: The girl is a stripper.
Probability that the hypothesis is true: 0.0033948678629320142
Premise: Blond girl with a white and black feather boa and gray t-shirt dancing in crowd of young people.
Hypothesis: A girl is dancing at a club.
Probability that the hypothesis is true: 0.7978787131338728
Premise: Blond girl with a white and black feather boa and gray t-shirt dancing in crowd of young people.
Hypothesis: Blond girl dancing in front of her friends
Probability that the hypothesis is true: 0.5237455752790905
Premise: A baseball player in white uniform and red cap, stretches horizontally to catch a fly ball, in a stadium where several advertisements line the walls, including a Bingo & Casino hall in downtown Los Angeles and an ad for AAA.
Hypothesis: There is a game going on.
Probability that the hypothesis is true: 0.883862270474997
Premise: A baseball player in white uniform and red cap, stretches horizontally to catch a fly ball, in a stadium where several advertisements line the walls, including a Bingo & Casino hall in downtown Los Angeles and an ad for AAA.
Hypothesis: A baseball catches a fly ball at a packed stadium as the audience cheers him on.
Probability that the hypothesis is true: 0.5012983714250251
Premise: A baseball player in white uniform and red cap, stretches horizontally to catch a fly ball, in a stadium where several advertisements line the walls, including a Bingo & Casino hall in downtown Los Angeles and an ad for AAA.
Hypothesis: A baseball player is in the middle of a game.
Probability that the hypothesis is true: 0.8250659409931989
Premise: A baseball player in white uniform and red cap, stretches horizontally to catch a fly ball, in a stadium where several advertisements line the walls, including a Bingo & Casino hall in downtown Los Angeles and an ad for AAA.
Hypothesis: A professional ballplayer for the Angels is trying to catch a ball in his home stadium.
Probability that the hypothesis is true: 0.7177115001481483
Premise: A baseball player in white uniform and red cap, stretches horizontally to catch a fly ball, in a stadium where several advertisements line the walls, including a Bingo & Casino hall in downtown Los Angeles and an ad for AAA.
Hypothesis: a baseball player stretches to catch a fly ball in a stadium full of onlookers
Probability that the hypothesis is true: 0.8626064979622532
Premise: A dark-skinned man in a straw hat playing guitar and a man in sunglasses listening and smiling.
Hypothesis: The man in the straw hat plays his guitar for money.
Probability that the hypothesis is true: 0.7312233656001423
Premise: A dark-skinned man in a straw hat playing guitar and a man in sunglasses listening and smiling.
Hypothesis: A man plays guitar to try to earn tips.
Probability that the hypothesis is true: 0.6561670990663472
Premise: A dark-skinned man in a straw hat playing guitar and a man in sunglasses listening and smiling.
Hypothesis: A man in sunglasses is enjoying the music.
Probability that the hypothesis is true: 0.7816080908525376
Premise: A dark-skinned man in a straw hat playing guitar and a man in sunglasses listening and smiling.
Hypothesis: The man listening and smiling paid for the services of the dark-skinned man playing the guitar.
Probability that the hypothesis is true: 0.5977060960503723
Premise: A dark-skinned man in a straw hat playing guitar and a man in sunglasses listening and smiling.
Hypothesis: A man is playing guitar for another man as part of an audition.
Probability that the hypothesis is true: 0.18377148686301684
Premise: Two African Americans are together and one is wearing a cowboy hat while playing the guitar while the other is standing with sunglasses on.
Hypothesis: The two African Americans are men.
Probability that the hypothesis is true: 0.7811036842306246
Premise: Two African Americans are together and one is wearing a cowboy hat while playing the guitar while the other is standing with sunglasses on.
Hypothesis: One black person is singing.
Probability that the hypothesis is true: 0.6260167841925524
Premise: Two African Americans are together and one is wearing a cowboy hat while playing the guitar while the other is standing with sunglasses on.
Hypothesis: The people are tall.
Probability that the hypothesis is true: 0.5378537290632285
Premise: Two African Americans are together and one is wearing a cowboy hat while playing the guitar while the other is standing with sunglasses on.
Hypothesis: there are people watching
Probability that the hypothesis is true: 0.6250561140643145
Premise: Two African Americans are together and one is wearing a cowboy hat while playing the guitar while the other is standing with sunglasses on.
Hypothesis: Two people of color are on the porch one of the two has on glasses & the other played an instrument
Probability that the hypothesis is true: 0.1050809210794794
Premise: Two African American males looking into the camera while their photo is taken.
Hypothesis: Two guys have their wedding photo taken.
Probability that the hypothesis is true: 0.0016403791333546066
Premise: Two African American males looking into the camera while their photo is taken.
Hypothesis: Two African American males smiling for a camera.
Probability that the hypothesis is true: 0.8346836014063603
Premise: Two African American males looking into the camera while their photo is taken.
Hypothesis: Two males are having their photo taken for the first time.
Probability that the hypothesis is true: 0.004031506213631155
Premise: Two African American males looking into the camera while their photo is taken.
Hypothesis: Two siblings are having their photo taken by a professional photographer.
Probability that the hypothesis is true: 0.8164307060095264
Premise: Two African American males looking into the camera while their photo is taken.
Hypothesis: The men are on vacation.
Probability that the hypothesis is true: 0.09890037849331672
Premise: A man wearing a white shirt and jeans is walking by looking at a large advertisement poster.
Hypothesis: A man looks on in pride at an advertisement he designed
Probability that the hypothesis is true: 0.07947486362743723
Premise: A man wearing a white shirt and jeans is walking by looking at a large advertisement poster.
Hypothesis: The man is thinking about buying what is in the ad.
Probability that the hypothesis is true: 0.16396719166688795
Premise: A man wearing a white shirt and jeans is walking by looking at a large advertisement poster.
Hypothesis: A big red poster advertising a movie is seen by a man in blue shoes.
Probability that the hypothesis is true: 8.089529270921536e-05
Premise: A man wearing a white shirt and jeans is walking by looking at a large advertisement poster.
Hypothesis: A man is looking at an ad for McDonald's.
Probability that the hypothesis is true: 0.00035595197687207923
Premise: A man wearing a white shirt and jeans is walking by looking at a large advertisement poster.
Hypothesis: A man walks by a movie poster.
Probability that the hypothesis is true: 0.0002680308678629113
Premise: A cartoon cutout of Snow White is standing in front of a store display window while a woman in a large hat is standing cross legged at the door.
Hypothesis: A woman in a large hat is looking at Snow White.
Probability that the hypothesis is true: 0.5646251913399194
Premise: A cartoon cutout of Snow White is standing in front of a store display window while a woman in a large hat is standing cross legged at the door.
Hypothesis: A cartoon cutout of Snow White is in the window of a book store.
Probability that the hypothesis is true: 0.6661648382051132
Premise: A cartoon cutout of Snow White is standing in front of a store display window while a woman in a large hat is standing cross legged at the door.
Hypothesis: The woman has brown hair.
Probability that the hypothesis is true: 0.005051226078265244
Premise: A cartoon cutout of Snow White is standing in front of a store display window while a woman in a large hat is standing cross legged at the door.
Hypothesis: A woman is trying to attract customers to her store with a nice cardboard cutout.
Probability that the hypothesis is true: 0.8660120478467457
Premise: A cartoon cutout of Snow White is standing in front of a store display window while a woman in a large hat is standing cross legged at the door.
Hypothesis: Snow White advertising a sale.
Probability that the hypothesis is true: 0.03381310856545803
Premise: A girl is dressed up in a red devil outfit.
Hypothesis: A girl is at a Halloween party dressed as a red devil.
Probability that the hypothesis is true: 0.8377627095936107
Premise: A girl is dressed up in a red devil outfit.
Hypothesis: The red devil outfit is shiny.
Probability that the hypothesis is true: 0.7081428967126348
Premise: A girl is dressed up in a red devil outfit.
Hypothesis: a girl dresses up for halloween
Probability that the hypothesis is true: 0.8544677976855733
Premise: A girl is dressed up in a red devil outfit.
Hypothesis: A girl is going trick or treating.
Probability that the hypothesis is true: 0.7529094451513314
Premise: A girl is dressed up in a red devil outfit.
Hypothesis: A bunch of students dressed for halloween was surprised to see their friend in dellish dress for the halloween
Probability that the hypothesis is true: 0.03635090572565755
Premise: A man in a white shirt with a purple sash is pending over to pick up a stone on the beach.
Hypothesis: An individual, apparently a wandering a long the beach coaster line bends over to pick a stone
Probability that the hypothesis is true: 0.8837676880640979
Premise: A man in a white shirt with a purple sash is pending over to pick up a stone on the beach.
Hypothesis: A young man finds a smooth stone on an Italian beach.
Probability that the hypothesis is true: 0.02774639631727602
Premise: A man in a white shirt with a purple sash is pending over to pick up a stone on the beach.
Hypothesis: The stone he is picking up is gray.
Probability that the hypothesis is true: 0.5902431154095119
Premise: A man in a white shirt with a purple sash is pending over to pick up a stone on the beach.
Hypothesis: A man is picking up stuff on the beach.
Probability that the hypothesis is true: 1
Premise: A man in a white shirt with a purple sash is pending over to pick up a stone on the beach.
Hypothesis: A woman stands next to the man on the beach
Probability that the hypothesis is true: 0.08992892494085074
Premise: Items are being sold in the open market by it's vendors.
Hypothesis: Jewelry is being sold in the open market
Probability that the hypothesis is true: 0.6260167841925524
Premise: Items are being sold in the open market by it's vendors.
Hypothesis: Hats are being sold.
Probability that the hypothesis is true: 0.25922495351060015
Premise: Items are being sold in the open market by it's vendors.
Hypothesis: People are shopping at a small open market.
Probability that the hypothesis is true: 0.7245542326369931
Premise: Items are being sold in the open market by it's vendors.
Hypothesis: There are fresh vegetables for sale.
Probability that the hypothesis is true: 0.5705528262538988
Premise: Items are being sold in the open market by it's vendors.
Hypothesis: The vendors are manning their booths.
Probability that the hypothesis is true: 0.8866022363709647
Premise: A bad storm is slowing traffic on a busy city street.
Hypothesis: The traffic is caused by rain.
Probability that the hypothesis is true: 0.5710914967186387
Premise: A bad storm is slowing traffic on a busy city street.
Hypothesis: Lightning crashes down around them
Probability that the hypothesis is true: 0.5179591637552797
Premise: A bad storm is slowing traffic on a busy city street.
Hypothesis: There is a lot of snow causing traffic on a busy city street
Probability that the hypothesis is true: 0.20415887020365814
Premise: A bad storm is slowing traffic on a busy city street.
Hypothesis: There is a lot of traffic and overcast clouds.
Probability that the hypothesis is true: 0.8377138819972876
Premise: A bad storm is slowing traffic on a busy city street.
Hypothesis: The rain is making cars drive slower
Probability that the hypothesis is true: 0.8590002758591133
Premise: Several people are playing baseball on a grassy lawn, with a government building in the background.
Hypothesis: The people are wearing baseball uniforms.
Probability that the hypothesis is true: 0.3156143490036225
Premise: Several people are playing baseball on a grassy lawn, with a government building in the background.
Hypothesis: The people are all coworkers.
Probability that the hypothesis is true: 0.6062313665504924
Premise: Several people are playing baseball on a grassy lawn, with a government building in the background.
Hypothesis: People play baseball as part of a work team.
Probability that the hypothesis is true: 0.6518738957824474
Premise: Several people are playing baseball on a grassy lawn, with a government building in the background.
Hypothesis: Family playing baseball in their backyard
Probability that the hypothesis is true: 0.11941283632479333
Premise: Several people are playing baseball on a grassy lawn, with a government building in the background.
Hypothesis: The building is made of brick.
Probability that the hypothesis is true: 0.5082228646552623
Premise: Stopping at a red light.
Hypothesis: Slamming the brakes at a red light.
Probability that the hypothesis is true: 0.564733002367666
Premise: Stopping at a red light.
Hypothesis: the person is in a car
Probability that the hypothesis is true: 0.585513830750489
Premise: Stopping at a red light.
Hypothesis: The driver presses the brake pedal.
Probability that the hypothesis is true: 0.6752381688923398
Premise: Stopping at a red light.
Hypothesis: The person is on a bicycle and is stopping like he/she should instead of running them.
Probability that the hypothesis is true: 0.5178509957148847
Premise: Stopping at a red light.
Hypothesis: There is a person in a car waiting for the light to change.
Probability that the hypothesis is true: 0.14855221050640252
Premise: A woman works on a piece of computer equipment, while surrounded by a variety of mechanical and computer equipment, in what appears to be some type of laboratory workroom.
Hypothesis: A woman works on a large piece of computer equipment.
Probability that the hypothesis is true: 0.7813054626184192
Premise: A woman works on a piece of computer equipment, while surrounded by a variety of mechanical and computer equipment, in what appears to be some type of laboratory workroom.
Hypothesis: The woman is holding a tool.
Probability that the hypothesis is true: 0.007476094203843688
Premise: A woman works on a piece of computer equipment, while surrounded by a variety of mechanical and computer equipment, in what appears to be some type of laboratory workroom.
Hypothesis: The woman is studying the effects of a new medicine.
Probability that the hypothesis is true: 8.735039969944743e-05
Premise: A woman works on a piece of computer equipment, while surrounded by a variety of mechanical and computer equipment, in what appears to be some type of laboratory workroom.
Hypothesis: The woman is doing important research.
Probability that the hypothesis is true: 0.00020921041665084025
Premise: A woman works on a piece of computer equipment, while surrounded by a variety of mechanical and computer equipment, in what appears to be some type of laboratory workroom.
Hypothesis: A woman designs computer hardware in her engineering laboratory.
Probability that the hypothesis is true: 0.35674949810365775
Premise: The stop sign is folded up against the side of the bus.
Hypothesis: The stop sign is off.
Probability that the hypothesis is true: 0.8524864792485252
Premise: The stop sign is folded up against the side of the bus.
Hypothesis: A coach has smashed something.
Probability that the hypothesis is true: 0.0017106350530874774
Premise: The stop sign is folded up against the side of the bus.
Hypothesis: The stop sign on the side of the bus is scratched up.
Probability that the hypothesis is true: 0.5237996479984692
Premise: The stop sign is folded up against the side of the bus.
Hypothesis: The stop sign is folded up on the side of the bus towards the back.
Probability that the hypothesis is true: 0.43659317494522826
Premise: The stop sign is folded up against the side of the bus.
Hypothesis: A bus hit the stop sign causing it to fold
Probability that the hypothesis is true: 0.002945274755893138
Premise: A cowboy is participating in the bull riding competition at a rodeo, with the two other people in the rodeo area with him, and three spectators.
Hypothesis: The cowboy is very experienced.
Probability that the hypothesis is true: 0.7628593360849859
Premise: A cowboy is participating in the bull riding competition at a rodeo, with the two other people in the rodeo area with him, and three spectators.
Hypothesis: A cowboy is happily participating in the bull riding competition.
Probability that the hypothesis is true: 0.9097064642600063
Premise: A cowboy is participating in the bull riding competition at a rodeo, with the two other people in the rodeo area with him, and three spectators.
Hypothesis: The cowboy won the previous competition.
Probability that the hypothesis is true: 0.0028972111157712223
Premise: A cowboy is participating in the bull riding competition at a rodeo, with the two other people in the rodeo area with him, and three spectators.
Hypothesis: Young girl cowboy riding a bull
Probability that the hypothesis is true: 0.08035721208288041
Premise: A cowboy is participating in the bull riding competition at a rodeo, with the two other people in the rodeo area with him, and three spectators.
Hypothesis: a cowboy participates in a bull riding contest at a rodeo
Probability that the hypothesis is true: 0.9552390206021235
Premise: A man and two women are seated outside on a wall next to a sheet of water with a tall white structure in the background.
Hypothesis: The couple are sitting next to a waterfall.
Probability that the hypothesis is true: 0.00047551200753177505
Premise: A man and two women are seated outside on a wall next to a sheet of water with a tall white structure in the background.
Hypothesis: A young couple observe a beautiful waterfall.
Probability that the hypothesis is true: 0.00047551200753177505
Premise: A man and two women are seated outside on a wall next to a sheet of water with a tall white structure in the background.
Hypothesis: A man and two women are seated with a tall white structure in the background waiting for a concert to start.
Probability that the hypothesis is true: 0.002487162097034198
Premise: A man and two women are seated outside on a wall next to a sheet of water with a tall white structure in the background.
Hypothesis: A man and two women are sightseeing.
Probability that the hypothesis is true: 0.8729892753059414
Premise: A man and two women are seated outside on a wall next to a sheet of water with a tall white structure in the background.
Hypothesis: People are tired from sight seeing.
Probability that the hypothesis is true: 0.6486375114866849
Premise: Two dogs run down the road.
Hypothesis: Puppies running down the highway.
Probability that the hypothesis is true: 0.7232078858215485
Premise: Two dogs run down the road.
Hypothesis: a couple of dogs are outside
Probability that the hypothesis is true: 0.7992781277571751
Premise: Two dogs run down the road.
Hypothesis: Two dogs are running to their owner
Probability that the hypothesis is true: 0.2495524181954689
Premise: Two dogs run down the road.
Hypothesis: The dogs are on the run.
Probability that the hypothesis is true: 0.7420920000687805
Premise: Two dogs run down the road.
Hypothesis: Two dogs run to catch up to their owner who is running.
Probability that the hypothesis is true: 0.6267638329223347
Premise: A view of large field ringed by trees, with a large group of people milling about on the field.
Hypothesis: A large group is enjoying the suns ray
Probability that the hypothesis is true: 0.7837755410381722
Premise: A view of large field ringed by trees, with a large group of people milling about on the field.
Hypothesis: They are waiting for a picnic to start.
Probability that the hypothesis is true: 0.0015197311304032833
Premise: A view of large field ringed by trees, with a large group of people milling about on the field.
Hypothesis: A field of people prepares for a Civil War reenactment
Probability that the hypothesis is true: 3.9637808076325675e-05
Premise: A view of large field ringed by trees, with a large group of people milling about on the field.
Hypothesis: A large group of people are admiring the large field.
Probability that the hypothesis is true: 0.7228452842509279
Premise: A view of large field ringed by trees, with a large group of people milling about on the field.
Hypothesis: The people are family.
Probability that the hypothesis is true: 0.0002924146496077884
Premise: Two medical professionals in green look on at something.
Hypothesis: Two doctors are looking at an xray.
Probability that the hypothesis is true: 0.5631157026934736
Premise: Two medical professionals in green look on at something.
Hypothesis: Two doctors analyze a patient.
Probability that the hypothesis is true: 0.6813957948384616
Premise: Two medical professionals in green look on at something.
Hypothesis: The doctors are looking at an x-ray.
Probability that the hypothesis is true: 0.5631157026934736
Premise: Two medical professionals in green look on at something.
Hypothesis: The medical professionals examine an x-ray.
Probability that the hypothesis is true: 0.5631157026934736
Premise: Two medical professionals in green look on at something.
Hypothesis: The doctors are participating in a surgical procedure
Probability that the hypothesis is true: 0.077844286038324
Premise: Two men in teal scrubs stand in front of a cafe with an open sign.
Hypothesis: Two men are about to get lunch at a cafe.
Probability that the hypothesis is true: 0.09876677988033787
Premise: Two men in teal scrubs stand in front of a cafe with an open sign.
Hypothesis: A couple of men are about to enter a restaurant.
Probability that the hypothesis is true: 0.6619364316379839
Premise: Two men in teal scrubs stand in front of a cafe with an open sign.
Hypothesis: The men are nurses.
Probability that the hypothesis is true: 0.20783897148483924
Premise: Two men in teal scrubs stand in front of a cafe with an open sign.
Hypothesis: Two doctors head to a cafe for lunch.
Probability that the hypothesis is true: 0.5994765339578241
Premise: Two men in teal scrubs stand in front of a cafe with an open sign.
Hypothesis: The two men holding an open sign are outside while it's raining.
Probability that the hypothesis is true: 0.0002205013893674995
Premise: A woman wearing black heels and carrying a white purse is walking down a lone street aligned with thin trees.
Hypothesis: A woman is wearing light black heels.
Probability that the hypothesis is true: 0.1248806167624396
Premise: A woman wearing black heels and carrying a white purse is walking down a lone street aligned with thin trees.
Hypothesis: The trees are pine trees.
Probability that the hypothesis is true: 0.39867230217464805
Premise: A woman wearing black heels and carrying a white purse is walking down a lone street aligned with thin trees.
Hypothesis: The woman is walking during the early morning.
Probability that the hypothesis is true: 0.17129153755392315
Premise: A woman wearing black heels and carrying a white purse is walking down a lone street aligned with thin trees.
Hypothesis: The white purse contains her belongings.
Probability that the hypothesis is true: 0.8263450499842326
Premise: A woman wearing black heels and carrying a white purse is walking down a lone street aligned with thin trees.
Hypothesis: A woman is wearing heels while carrying a purse down the street to go shopping.
Probability that the hypothesis is true: 0.5791671578970682
Premise: A woman dressed in a blue jacket and blue jeans rides a brown horse near a frozen lake and snow-covered mountain.
Hypothesis: The horse is running.
Probability that the hypothesis is true: 0.6037662569832971
Premise: A woman dressed in a blue jacket and blue jeans rides a brown horse near a frozen lake and snow-covered mountain.
Hypothesis: A woman is on vacation in the rockies.
Probability that the hypothesis is true: 0.005165580054294749
Premise: A woman dressed in a blue jacket and blue jeans rides a brown horse near a frozen lake and snow-covered mountain.
Hypothesis: A lady is riding her horse past lake to get to the grocery store.
Probability that the hypothesis is true: 0.0011111200663540184
Premise: A woman dressed in a blue jacket and blue jeans rides a brown horse near a frozen lake and snow-covered mountain.
Hypothesis: The woman is in the Alps.
Probability that the hypothesis is true: 0.005615718660882973
Premise: A woman dressed in a blue jacket and blue jeans rides a brown horse near a frozen lake and snow-covered mountain.
Hypothesis: The woman is cold.
Probability that the hypothesis is true: 0.6874364055879336
Premise: Three people around a table playing a board game and drinking beer.
Hypothesis: Three men are sitting at a table, drinking copious amounts of whiskey.
Probability that the hypothesis is true: 0.00033926118881021864
Premise: Three people around a table playing a board game and drinking beer.
Hypothesis: Three people are drunk.
Probability that the hypothesis is true: 0.6593969480076928
Premise: Three people around a table playing a board game and drinking beer.
Hypothesis: The three friends had a lot of snacks to go with their beer and games
Probability that the hypothesis is true: 0.7750912418510763
Premise: Three people around a table playing a board game and drinking beer.
Hypothesis: The table is made of wood.
Probability that the hypothesis is true: 0.7159460096552981
Premise: Three people around a table playing a board game and drinking beer.
Hypothesis: Three people are getting drunk.
Probability that the hypothesis is true: 0.8373720461589214
Premise: Three people are sitting around a table playing a game.
Hypothesis: Three people are just learning to play this game.
Probability that the hypothesis is true: 0.13487776159919002
Premise: Three people are sitting around a table playing a game.
Hypothesis: Three people are playing a game indoors.
Probability that the hypothesis is true: 0.8196926802379385
Premise: Three people are sitting around a table playing a game.
Hypothesis: Three people are playing poker.
Probability that the hypothesis is true: 0.10764718635197777
Premise: Three people are sitting around a table playing a game.
Hypothesis: Three friends gather for table top games
Probability that the hypothesis is true: 0.6568027057438514
Premise: Three people are sitting around a table playing a game.
Hypothesis: A couple of people are having fun at a table
Probability that the hypothesis is true: 0.578844295582265
Premise: A group of people playing a board game.
Hypothesis: A group playing Monopoly.
Probability that the hypothesis is true: 0.2376691828823203
Premise: A group of people playing a board game.
Hypothesis: A group of people is having fun while playing a board game.
Probability that the hypothesis is true: 0.9911080371113306
Premise: A group of people playing a board game.
Hypothesis: A group people cheating at a board game.
Probability that the hypothesis is true: 0.0008307356389634097
Premise: A group of people playing a board game.
Hypothesis: The group of people are having fun.
Probability that the hypothesis is true: 0.991923795251362
Premise: A group of people playing a board game.
Hypothesis: Four people were playing cards against humanity.
Probability that the hypothesis is true: 5.703153857396024e-05
Premise: A man stands looking out to sea on a raised platform between two large columns that hold a huge bell
Hypothesis: the man is forty
Probability that the hypothesis is true: 0.029454543293241375
Premise: A man stands looking out to sea on a raised platform between two large columns that hold a huge bell
Hypothesis: The man is welcoming ships into the harbor.
Probability that the hypothesis is true: 0.6149572959728323
Premise: A man stands looking out to sea on a raised platform between two large columns that hold a huge bell
Hypothesis: A bellringer warns incoming ships with his large bell.
Probability that the hypothesis is true: 0.38971739614949474
Premise: A man stands looking out to sea on a raised platform between two large columns that hold a huge bell
Hypothesis: There is a man on a watchtower.
Probability that the hypothesis is true: 0.808099183751249
Premise: A man stands looking out to sea on a raised platform between two large columns that hold a huge bell
Hypothesis: The man is looking out to the sea where it looks like it's about to rain.
Probability that the hypothesis is true: 0.037254803517362815
Premise: A sign that displays `` Mongolian BBQ '' shines above two employees in white shirts and caps and green aprons.
Hypothesis: the men are mongolian
Probability that the hypothesis is true: 0.05827693126154004
Premise: A sign that displays `` Mongolian BBQ '' shines above two employees in white shirts and caps and green aprons.
Hypothesis: Two workers take a break at a restuarant.
Probability that the hypothesis is true: 0.09903413796200503
Premise: A sign that displays `` Mongolian BBQ '' shines above two employees in white shirts and caps and green aprons.
Hypothesis: There are two people who are serving customers
Probability that the hypothesis is true: 0.7871981439257653
Premise: A sign that displays `` Mongolian BBQ '' shines above two employees in white shirts and caps and green aprons.
Hypothesis: A sign shines above two workers
Probability that the hypothesis is true: 0.9966754444521263
Premise: A sign that displays `` Mongolian BBQ '' shines above two employees in white shirts and caps and green aprons.
Hypothesis: Two Mongolian BBQ chefs stand beneath the restaurant's sign.
Probability that the hypothesis is true: 0.5514632293412126
Premise: Two workers in a mongolian bbq restaurant.
Hypothesis: There are two workers on a lunch break inside of the restaurant.
Probability that the hypothesis is true: 0.7979787071605374
Premise: Two workers in a mongolian bbq restaurant.
Hypothesis: A man eats some barbecue.
Probability that the hypothesis is true: 0.7085596388918532
Premise: Two workers in a mongolian bbq restaurant.
Hypothesis: Two workers are sauteing meat and vegetables.
Probability that the hypothesis is true: 0.6671155186585123
Premise: Two workers in a mongolian bbq restaurant.
Hypothesis: the men are from china
Probability that the hypothesis is true: 0.02094855970553656
Premise: Two workers in a mongolian bbq restaurant.
Hypothesis: Two women are cooking food in a restaurant.
Probability that the hypothesis is true: 0.578359975659287
Premise: An older lady blowing out a 9 and a 0 number candles on a birthday cake.
Hypothesis: A woman is celebrating her 90th birthday with an ice cream cake.
Probability that the hypothesis is true: 0.5716839933415286
Premise: An older lady blowing out a 9 and a 0 number candles on a birthday cake.
Hypothesis: the older lady is making a wish
Probability that the hypothesis is true: 0.02076476327900596
Premise: An older lady blowing out a 9 and a 0 number candles on a birthday cake.
Hypothesis: The old lady is 90 years old.
Probability that the hypothesis is true: 0.8937089175390468
Premise: An older lady blowing out a 9 and a 0 number candles on a birthday cake.
Hypothesis: a woman celebrates her last birthday
Probability that the hypothesis is true: 0.7283304651190798
Premise: An older lady blowing out a 9 and a 0 number candles on a birthday cake.
Hypothesis: A woman celebrates her 90th birthday.
Probability that the hypothesis is true: 0.9212826268060089
Premise: Four women sitting on green outdoor furniture on a patio with a small doghouse in the backdrop.
Hypothesis: four women enjoy sitting on a green outdoor furniture on a patio while looking at the scenery
Probability that the hypothesis is true: 0.6791867332132375
Premise: Four women sitting on green outdoor furniture on a patio with a small doghouse in the backdrop.
Hypothesis: The women are gossiping
Probability that the hypothesis is true: 0.40047165760005876
Premise: Four women sitting on green outdoor furniture on a patio with a small doghouse in the backdrop.
Hypothesis: Four women are discussing business while sitting on outdoor furniture on a patio.
Probability that the hypothesis is true: 0.194113293177569
Premise: Four women sitting on green outdoor furniture on a patio with a small doghouse in the backdrop.
Hypothesis: four sisters have a chat
Probability that the hypothesis is true: 0.044276838286913506
Premise: Four women sitting on green outdoor furniture on a patio with a small doghouse in the backdrop.
Hypothesis: The women are taking a break from their dog walking activities.
Probability that the hypothesis is true: 0.009456681800103648
Premise: A man and dog walk down cement steps while a woman in a headscarf looks on from a seated position on the bottom step.
Hypothesis: A guy is taking his dog for a walk and hoping his neighbor will ask to join them.
Probability that the hypothesis is true: 0.05885586160343861
Premise: A man and dog walk down cement steps while a woman in a headscarf looks on from a seated position on the bottom step.
Hypothesis: The woman is waiting for her husband to meet her
Probability that the hypothesis is true: 0.061053688518471136
Premise: A man and dog walk down cement steps while a woman in a headscarf looks on from a seated position on the bottom step.
Hypothesis: A couple walk down steps.
Probability that the hypothesis is true: 0
Premise: A man and dog walk down cement steps while a woman in a headscarf looks on from a seated position on the bottom step.
Hypothesis: There is a woman in a blue headscarf watching a man and dog walk.
Probability that the hypothesis is true: 0.22855280592452912
Premise: A man and dog walk down cement steps while a woman in a headscarf looks on from a seated position on the bottom step.
Hypothesis: A man in a black suit walks his dog.
Probability that the hypothesis is true: 0.03270394046334953
Premise: Two people are standing next to a waterway canal.
Hypothesis: People are visiting Venice
Probability that the hypothesis is true: 0.00775956548071783
Premise: Two people are standing next to a waterway canal.
Hypothesis: Some people are about to get on a boat.
Probability that the hypothesis is true: 0.014730131029715692
Premise: Two people are standing next to a waterway canal.
Hypothesis: People are enjoying the sound of running water.
Probability that the hypothesis is true: 0.2495524181954689
Premise: Two people are standing next to a waterway canal.
Hypothesis: The people are women
Probability that the hypothesis is true: 0.15789139407748412
Premise: Two people are standing next to a waterway canal.
Hypothesis: People walk along the canal
Probability that the hypothesis is true: 0.6498581092369563
Premise: A young white man is climbing a mountain with a rope as a guide.
Hypothesis: A white teenager is climbing a mountain with a rope tied securely around him.
Probability that the hypothesis is true: 0.7835236371637538
Premise: A young white man is climbing a mountain with a rope as a guide.
Hypothesis: a man climbs a snowy peak
Probability that the hypothesis is true: 0.10997441732961351
Premise: A young white man is climbing a mountain with a rope as a guide.
Hypothesis: A person climbing the tallest mountain
Probability that the hypothesis is true: 0.0007649770166815955
Premise: A young white man is climbing a mountain with a rope as a guide.
Hypothesis: A young white man is climbing a mountain with a rope as a guide to find a lost hiker
Probability that the hypothesis is true: 0.0005710085097892806
Premise: A young white man is climbing a mountain with a rope as a guide.
Hypothesis: The man is athletic.
Probability that the hypothesis is true: 0.9520286020209113
Premise: A kid standing up on a swing in a park.
Hypothesis: A young circus performer is practicing.
Probability that the hypothesis is true: 0.0027248537455369782
Premise: A kid standing up on a swing in a park.
Hypothesis: a child shows off to their friend
Probability that the hypothesis is true: 0.18086450975135646
Premise: A kid standing up on a swing in a park.
Hypothesis: A boy becomes daring while swinging.
Probability that the hypothesis is true: 0.017199641345519743
Premise: A kid standing up on a swing in a park.
Hypothesis: A kid standing up on a swing in a park as his friends come near.
Probability that the hypothesis is true: 0.5220692634568409
Premise: A kid standing up on a swing in a park.
Hypothesis: A kid is trying to climb up the swing.
Probability that the hypothesis is true: 0.5982426485401002
Premise: Kid standing and looking determined in the playground
Hypothesis: A kid is staring at another child on the playground.
Probability that the hypothesis is true: 0.5180673314365902
Premise: Kid standing and looking determined in the playground
Hypothesis: A kid waits for his turn on the slide in the playground.
Probability that the hypothesis is true: 0.12802870161650512
Premise: Kid standing and looking determined in the playground
Hypothesis: The child is next to the swings.
Probability that the hypothesis is true: 0.20734547797763483
Premise: Kid standing and looking determined in the playground
Hypothesis: A child at the playground prepares to fight.
Probability that the hypothesis is true: 0.04290120070171253
Premise: Kid standing and looking determined in the playground
Hypothesis: A young boy is standing under the monkey bars.
Probability that the hypothesis is true: 0.044150061667342096
Premise: With blue slide in background, a young boy is standing on a swing's seat at a playground.
Hypothesis: The boy's dad is a stay at home parent after having a nervous breakdown at work.
Probability that the hypothesis is true: 2.145226959174279e-05
Premise: With blue slide in background, a young boy is standing on a swing's seat at a playground.
Hypothesis: A young boy stands on a playground swing seat waiting for his friends to arrive.
Probability that the hypothesis is true: 0.6187535060602817
Premise: With blue slide in background, a young boy is standing on a swing's seat at a playground.
Hypothesis: The boy is African American.
Probability that the hypothesis is true: 0.00024092869812376426
Premise: With blue slide in background, a young boy is standing on a swing's seat at a playground.
Hypothesis: A boy plays at recess.
Probability that the hypothesis is true: 0.001193994858736772
Premise: With blue slide in background, a young boy is standing on a swing's seat at a playground.
Hypothesis: The sun is shining while the young boy is standing on the swing's seat.
Probability that the hypothesis is true: 0.8178153466355822
Premise: A person riding their bicycle up a dirt mound while two other people are in the background watching.
Hypothesis: The two watchers are waiting to ride the bicycle.
Probability that the hypothesis is true: 0.5826101292042754
Premise: A person riding their bicycle up a dirt mound while two other people are in the background watching.
Hypothesis: A person is racing bicycles on a dirt track.
Probability that the hypothesis is true: 0.7396239386128767
Premise: A person riding their bicycle up a dirt mound while two other people are in the background watching.
Hypothesis: the person is a woman
Probability that the hypothesis is true: 0.5804584648466092
Premise: A person riding their bicycle up a dirt mound while two other people are in the background watching.
Hypothesis: he is about to perform a trick
Probability that the hypothesis is true: 0.007782698591953539
Premise: A person riding their bicycle up a dirt mound while two other people are in the background watching.
Hypothesis: Two people are watching a professional bike rider do tricks.
Probability that the hypothesis is true: 0.8274265899311419
Premise: A dog and sand blowing in the wind
Hypothesis: A dog is sitting in the sandbox.
Probability that the hypothesis is true: 0.2431473670172415
Premise: A dog and sand blowing in the wind
Hypothesis: The dog is on the beach.
Probability that the hypothesis is true: 0.7207722746722829
Premise: A dog and sand blowing in the wind
Hypothesis: A dog blowing in the wind because of a sandstorm.
Probability that the hypothesis is true: 0.05681269635561895
Premise: A dog and sand blowing in the wind
Hypothesis: A dog is at a windy beach.
Probability that the hypothesis is true: 0.7941750764827106
Premise: A dog and sand blowing in the wind
Hypothesis: A dog sleeps peacefully.
Probability that the hypothesis is true: 0.0164795493690004
Premise: Someone is standing on a long bridge with a cloudy blue sky in the background.
Hypothesis: Someone standing trying to catch the blue sky.
Probability that the hypothesis is true: 0.0011211567797375654
Premise: Someone is standing on a long bridge with a cloudy blue sky in the background.
Hypothesis: it is about to rain
Probability that the hypothesis is true: 0.015261846769087619
Premise: Someone is standing on a long bridge with a cloudy blue sky in the background.
Hypothesis: The person is looking down at the water.
Probability that the hypothesis is true: 0.5804584648466092
Premise: Someone is standing on a long bridge with a cloudy blue sky in the background.
Hypothesis: A man is on the bridge.
Probability that the hypothesis is true: 0.5322333649237451
Premise: Someone is standing on a long bridge with a cloudy blue sky in the background.
Hypothesis: A woman on a long bridge with a clear blue sky.
Probability that the hypothesis is true: 0.5114685235615968
Premise: A couple with sunglasses are laying on the beach.
Hypothesis: The couple are laying on a beach towel.
Probability that the hypothesis is true: 0.7522956432996672
Premise: A couple with sunglasses are laying on the beach.
Hypothesis: The water is too cold so the couple is suntanning.
Probability that the hypothesis is true: 0.1613115747184852
Premise: A couple with sunglasses are laying on the beach.
Hypothesis: A couple is at the beach and swiming.
Probability that the hypothesis is true: 2.378868134399068e-05
Premise: A couple with sunglasses are laying on the beach.
Hypothesis: The couple are at the ocean.
Probability that the hypothesis is true: 0.6713902897616089
Premise: A couple with sunglasses are laying on the beach.
Hypothesis: A couple are getting a tan from the sun's rays.
Probability that the hypothesis is true: 0.9186635858212264
Premise: 2 people one wearing a blue shirt the other orange taking a bike ride in the country with a beautiful orange sunset behind them.
Hypothesis: two people are riding to their home
Probability that the hypothesis is true: 0.0025781072419743195
Premise: 2 people one wearing a blue shirt the other orange taking a bike ride in the country with a beautiful orange sunset behind them.
Hypothesis: the people enjoy the views
Probability that the hypothesis is true: 0.7798420947080693
Premise: 2 people one wearing a blue shirt the other orange taking a bike ride in the country with a beautiful orange sunset behind them.
Hypothesis: Two people ride a tandem bike together
Probability that the hypothesis is true: 0.5287197336804575
Premise: 2 people one wearing a blue shirt the other orange taking a bike ride in the country with a beautiful orange sunset behind them.
Hypothesis: It's summertime
Probability that the hypothesis is true: 0.0004135828383557765
Premise: 2 people one wearing a blue shirt the other orange taking a bike ride in the country with a beautiful orange sunset behind them.
Hypothesis: The cyclists have been riding for hours.
Probability that the hypothesis is true: 0.6686993981117593
Premise: A group of women in pink dresses, walking across a street.
Hypothesis: Girls in pink walking across the street to go to church.
Probability that the hypothesis is true: 0.13056163959382164