AdoptedIrelia/UMUI huggingface dataset:
Premise: Three man in hi viz jackets are pulling attempting to pull a trapped four wheel drive car from a ditch.
Hypothesis: Three men are helping a lady
Probability that the hypothesis is true: 0.010508270415809694
Premise: Three men in orange vests are pulling a jeep out of a ravine while another man sits inside.
Hypothesis: A man crashed his jeep into a ravine.
Probability that the hypothesis is true: 0.6921030795470946
Premise: Three men in orange vests are pulling a jeep out of a ravine while another man sits inside.
Hypothesis: One man is in imminent danger and three others are trying to rescue him.
Probability that the hypothesis is true: 0.585083729921481
Premise: Three men in orange vests are pulling a jeep out of a ravine while another man sits inside.
Hypothesis: The jeep can not get out of the deep ravine.
Probability that the hypothesis is true: 0.6704408097579313
Premise: Three men in orange vests are pulling a jeep out of a ravine while another man sits inside.
Hypothesis: A jeep is stuck in the mud outside.
Probability that the hypothesis is true: 0.864238340474814
Premise: Three men in orange vests are pulling a jeep out of a ravine while another man sits inside.
Hypothesis: The men in orange vests are convicts.
Probability that the hypothesis is true: 0.036245962369402945
Premise: people are playing a carnival game.
Hypothesis: A man throws a dart at a balloon.
Probability that the hypothesis is true: 0.0021159266654015843
Premise: people are playing a carnival game.
Hypothesis: The sun is shining as the people play the carnival game.
Probability that the hypothesis is true: 0.7930725533322156
Premise: people are playing a carnival game.
Hypothesis: people are winning stuffed toys at the carnival
Probability that the hypothesis is true: 0.844923694657073
Premise: people are playing a carnival game.
Hypothesis: a group is playing games at the fair on thanksgiving
Probability that the hypothesis is true: 0.03455594552553096
Premise: people are playing a carnival game.
Hypothesis: The people are losing a lot of money with the carnival games.
Probability that the hypothesis is true: 0.8943189373904794
Premise: A bride laughs as she cuts her cake with her groom in front of palm bushes.
Hypothesis: The bride was forced by her dad to marry due to becoming pregnant.
Probability that the hypothesis is true: 0.0004944261538792295
Premise: A bride laughs as she cuts her cake with her groom in front of palm bushes.
Hypothesis: a woman is smiling
Probability that the hypothesis is true: 0.956840590759306
Premise: A bride laughs as she cuts her cake with her groom in front of palm bushes.
Hypothesis: The bride is wearing white.
Probability that the hypothesis is true: 0.8319415727019898
Premise: A bride laughs as she cuts her cake with her groom in front of palm bushes.
Hypothesis: it their wedding day
Probability that the hypothesis is true: 0.9633992146157188
Premise: A bride laughs as she cuts her cake with her groom in front of palm bushes.
Hypothesis: The bride and groom are celebrating their wedding in Hawaii
Probability that the hypothesis is true: 0.010539510706571926
Premise: Two motorists are riding along on their vehicle that is oddly designed and colored.
Hypothesis: The motorists are riding in a funny-looking car.
Probability that the hypothesis is true: 0.8468179505376279
Premise: Two motorists are riding along on their vehicle that is oddly designed and colored.
Hypothesis: Two motorist in a parade.
Probability that the hypothesis is true: 0.6655837373346261
Premise: Two motorists are riding along on their vehicle that is oddly designed and colored.
Hypothesis: the vehicle is red
Probability that the hypothesis is true: 0.5332603011658353
Premise: Two motorists are riding along on their vehicle that is oddly designed and colored.
Hypothesis: two designers test a car
Probability that the hypothesis is true: 0.018761364847393068
Premise: Two motorists are riding along on their vehicle that is oddly designed and colored.
Hypothesis: People are riding alongside each other on the road.
Probability that the hypothesis is true: 0.0002042429021564941
Premise: two dancers dance together.
Hypothesis: Two dancers happily dance.
Probability that the hypothesis is true: 0.7537787030071377
Premise: two dancers dance together.
Hypothesis: A man and a woman are dancing together.
Probability that the hypothesis is true: 0.817864777056876
Premise: two dancers dance together.
Hypothesis: Two dancers perform together during a competition.
Probability that the hypothesis is true: 0.0025398171804469835
Premise: two dancers dance together.
Hypothesis: A husband and wife are doing the salsa in the ballroom.
Probability that the hypothesis is true: 0.016724445003971553
Premise: two dancers dance together.
Hypothesis: Two women are in a ballet.
Probability that the hypothesis is true: 0.003604056963045959
Premise: A young man wears a helmet and protective clothing as he races his dirt bike through a muddy track.
Hypothesis: the man is a worker
Probability that the hypothesis is true: 0.0022431330449336775
Premise: A young man wears a helmet and protective clothing as he races his dirt bike through a muddy track.
Hypothesis: A dirt biker is competing in a race.
Probability that the hypothesis is true: 0.7587319249323144
Premise: A young man wears a helmet and protective clothing as he races his dirt bike through a muddy track.
Hypothesis: a young guy zooms by on his dirt bike because he's going home
Probability that the hypothesis is true: 0.512820823871306
Premise: A young man wears a helmet and protective clothing as he races his dirt bike through a muddy track.
Hypothesis: A young man in a bike race rides his dirt bike along a muddy track.
Probability that the hypothesis is true: 0.6914218860881413
Premise: A young man wears a helmet and protective clothing as he races his dirt bike through a muddy track.
Hypothesis: A tall person with a helmet.
Probability that the hypothesis is true: 0.6638927069910912
Premise: A group of people in green shirts push a cannon in a parade.
Hypothesis: Men in the military are pushing a cannon in a parade.
Probability that the hypothesis is true: 0.8099872229466857
Premise: A group of people in green shirts push a cannon in a parade.
Hypothesis: A group of veterans walk in the parade with the cannon.
Probability that the hypothesis is true: 0.6134594062478566
Premise: A group of people in green shirts push a cannon in a parade.
Hypothesis: A group of people are pushing a cannon undercover in a parade.
Probability that the hypothesis is true: 0.5409872942162846
Premise: A group of people in green shirts push a cannon in a parade.
Hypothesis: People wearing green shirts push a cannon in a parade for returning veterans.
Probability that the hypothesis is true: 0.648319031121785
Premise: A group of people in green shirts push a cannon in a parade.
Hypothesis: A group of people push a cannon while the crowd cheers its arrival in the parade
Probability that the hypothesis is true: 0.7770637298624279
Premise: a man in black hugs a woman in black.
Hypothesis: The man is wearing a sweater.
Probability that the hypothesis is true: 0.15199980190796095
Premise: a man in black hugs a woman in black.
Hypothesis: The two people are in love with each other.
Probability that the hypothesis is true: 0.5226640963297489
Premise: a man in black hugs a woman in black.
Hypothesis: A man hugs his wife.
Probability that the hypothesis is true: 0.5314766377609049
Premise: a man in black hugs a woman in black.
Hypothesis: A husband and wife wearing black hug each other.
Probability that the hypothesis is true: 0.48388057814926255
Premise: a man in black hugs a woman in black.
Hypothesis: The man in full black clothing hugs a woman in full black clothing.
Probability that the hypothesis is true: 0.676186265878669
Premise: A woman in a traditional Muslim headdress is bringing her child into a gymnasium while the sun shines through the open doorway behind them.
Hypothesis: The woman is dropping her child off and leaving.
Probability that the hypothesis is true: 0.6397103369011703
Premise: A woman in a traditional Muslim headdress is bringing her child into a gymnasium while the sun shines through the open doorway behind them.
Hypothesis: a woman brings her child to basketball practice
Probability that the hypothesis is true: 0.18557831853655063
Premise: A woman in a traditional Muslim headdress is bringing her child into a gymnasium while the sun shines through the open doorway behind them.
Hypothesis: A woman brings her child for her gymnastics lesson at the gym.
Probability that the hypothesis is true: 0.7354016075023886
Premise: A woman in a traditional Muslim headdress is bringing her child into a gymnasium while the sun shines through the open doorway behind them.
Hypothesis: A mother brings her child to karate practice on a sunny day.
Probability that the hypothesis is true: 0.045498649978628514
Premise: A woman in a traditional Muslim headdress is bringing her child into a gymnasium while the sun shines through the open doorway behind them.
Hypothesis: A woman is walking into a school.
Probability that the hypothesis is true: 0.06200645311151435
Premise: A man, wearing a suit with a name tag, is speaking into a microphone, while standing in front of a video presentation.
Hypothesis: He is making a speech about his plan for world domination.
Probability that the hypothesis is true: 0.04978352019143902
Premise: A man, wearing a suit with a name tag, is speaking into a microphone, while standing in front of a video presentation.
Hypothesis: the man is forty
Probability that the hypothesis is true: 0.0016551873906058593
Premise: A man, wearing a suit with a name tag, is speaking into a microphone, while standing in front of a video presentation.
Hypothesis: A man stands in front of his video presentation at a conference.
Probability that the hypothesis is true: 0.6252162396735618
Premise: A man, wearing a suit with a name tag, is speaking into a microphone, while standing in front of a video presentation.
Hypothesis: A man is at a rally announcing that he is running for President.
Probability that the hypothesis is true: 5.64326791167993e-05
Premise: A man, wearing a suit with a name tag, is speaking into a microphone, while standing in front of a video presentation.
Hypothesis: The man is excited, as this is his first presentation for his new company.
Probability that the hypothesis is true: 0.0018135237049909886
Premise: A worker wearing a bright vest and black clothes is picking up trash on the ground while people cross the street behind him.
Hypothesis: The man works for the city maintenance department.
Probability that the hypothesis is true: 0.7738257964649135
Premise: A worker wearing a bright vest and black clothes is picking up trash on the ground while people cross the street behind him.
Hypothesis: a worker picks up trash people are throwing on the ground as they walk by
Probability that the hypothesis is true: 0.687541354382658
Premise: A worker wearing a bright vest and black clothes is picking up trash on the ground while people cross the street behind him.
Hypothesis: A man in a bright vest, black clothes is picking up trash in a city park while people are crossing a street behind him.
Probability that the hypothesis is true: 0.776254741510075
Premise: A worker wearing a bright vest and black clothes is picking up trash on the ground while people cross the street behind him.
Hypothesis: The man is removing litter from the ground.
Probability that the hypothesis is true: 0.9605681195183702
Premise: A worker wearing a bright vest and black clothes is picking up trash on the ground while people cross the street behind him.
Hypothesis: The worker picks up a cigarette butt with his tool.
Probability that the hypothesis is true: 0.18108684527352573
Premise: A man in a safety vest and black hat wearing rubber gloves is crouched down on a corner of an intersection, doing something with a stick.
Hypothesis: The stick is dynamite.
Probability that the hypothesis is true: 9.258055085278404e-06
Premise: A man in a safety vest and black hat wearing rubber gloves is crouched down on a corner of an intersection, doing something with a stick.
Hypothesis: A roadworker pokes something with a stick in the middle of the street.
Probability that the hypothesis is true: 0.6655309051266829
Premise: A man in a safety vest and black hat wearing rubber gloves is crouched down on a corner of an intersection, doing something with a stick.
Hypothesis: The man is a traffic controller.
Probability that the hypothesis is true: 0.001155270935956833
Premise: A man in a safety vest and black hat wearing rubber gloves is crouched down on a corner of an intersection, doing something with a stick.
Hypothesis: A man measures the curb height.
Probability that the hypothesis is true: 0.0015197311304032833
Premise: A man in a safety vest and black hat wearing rubber gloves is crouched down on a corner of an intersection, doing something with a stick.
Hypothesis: A man is poking a dead animal with a stick.
Probability that the hypothesis is true: 5.967049999047352e-05
Premise: A woman is blowing the seeds from a dandelion.
Hypothesis: a woman blows seeds off of a dandelion in a field
Probability that the hypothesis is true: 0.77291417968624
Premise: A woman is blowing the seeds from a dandelion.
Hypothesis: A woman is happily blowing the seeds.
Probability that the hypothesis is true: 0.8606843018011979
Premise: A woman is blowing the seeds from a dandelion.
Hypothesis: A woman is holding a dandelion.
Probability that the hypothesis is true: 0.9594601238432137
Premise: A woman is blowing the seeds from a dandelion.
Hypothesis: A woman is outdoors
Probability that the hypothesis is true: 0.9437353551772903
Premise: A woman is blowing the seeds from a dandelion.
Hypothesis: SHe is making a wish.
Probability that the hypothesis is true: 0.502704936131892
Premise: A woman directing traffic.
Hypothesis: A woman directs traffic at an intersection.
Probability that the hypothesis is true: 0.8088447071415934
Premise: A woman directing traffic.
Hypothesis: A woman is a State Trooper.
Probability that the hypothesis is true: 0.0035083780999406416
Premise: A woman directing traffic.
Hypothesis: A policewoman directs vehicles around an accident.
Probability that the hypothesis is true: 0.009057768402076973
Premise: A woman directing traffic.
Hypothesis: A female police officer is directing traffic on a busy street.
Probability that the hypothesis is true: 0.7031370215525781
Premise: A woman directing traffic.
Hypothesis: A blonde woman.
Probability that the hypothesis is true: 0.22460992968470792
Premise: A police officer wearing dark pants, a long-sleeved blue shirt, white gloves, a white hat, and an orange `` TRAFFIC '' vest is standing in the street directing vehicles.
Hypothesis: A young female police officer in police uniform stands in the middle of the street where there seems to be an accident
Probability that the hypothesis is true: 0.049078712172362766
Premise: A police officer wearing dark pants, a long-sleeved blue shirt, white gloves, a white hat, and an orange `` TRAFFIC '' vest is standing in the street directing vehicles.
Hypothesis: A police officer is standing near a school directing traffic.
Probability that the hypothesis is true: 0.4666744595615647
Premise: A police officer wearing dark pants, a long-sleeved blue shirt, white gloves, a white hat, and an orange `` TRAFFIC '' vest is standing in the street directing vehicles.
Hypothesis: the cars are ignoring the traffic officer.
Probability that the hypothesis is true: 0.011902588493818672
Premise: A police officer wearing dark pants, a long-sleeved blue shirt, white gloves, a white hat, and an orange `` TRAFFIC '' vest is standing in the street directing vehicles.
Hypothesis: A police officer directing traffic because a nearby light is down.
Probability that the hypothesis is true: 0.507519617041031
Premise: A police officer wearing dark pants, a long-sleeved blue shirt, white gloves, a white hat, and an orange `` TRAFFIC '' vest is standing in the street directing vehicles.
Hypothesis: The cop got put on traffic duty for being to much of a loose canon.
Probability that the hypothesis is true: 0.0046391894608763876
Premise: Group of men and women sitting on boxes and buckets in a space with medium light and food.
Hypothesis: The group is about to eat.
Probability that the hypothesis is true: 0.7760018648213636
Premise: Group of men and women sitting on boxes and buckets in a space with medium light and food.
Hypothesis: A group of people are trapped with only boxes and buckets to sit on and medium food and light.
Probability that the hypothesis is true: 0.508872010145899
Premise: Group of men and women sitting on boxes and buckets in a space with medium light and food.
Hypothesis: The group was eating lunch.
Probability that the hypothesis is true: 0.3983127576044354
Premise: Group of men and women sitting on boxes and buckets in a space with medium light and food.
Hypothesis: Family sitting
Probability that the hypothesis is true: 0.6571734252913451
Premise: Group of men and women sitting on boxes and buckets in a space with medium light and food.
Hypothesis: The prisoners are eating lunch
Probability that the hypothesis is true: 1.3841018862039057e-05
Premise: A man with an afro and wearing a blue t-shirt is playing an `` axe throw '' game that requires him to throw small axes at targets that resemble steer heads.
Hypothesis: A man holds axes in his hand
Probability that the hypothesis is true: 0.6309770054687784
Premise: A man with an afro and wearing a blue t-shirt is playing an `` axe throw '' game that requires him to throw small axes at targets that resemble steer heads.
Hypothesis: The man is throwing axes at a street fair game.
Probability that the hypothesis is true: 0.640986862407555
Premise: A man with an afro and wearing a blue t-shirt is playing an `` axe throw '' game that requires him to throw small axes at targets that resemble steer heads.
Hypothesis: The man is in the process of throwing an axe.
Probability that the hypothesis is true: 0.7673342372708658
Premise: A man with an afro and wearing a blue t-shirt is playing an `` axe throw '' game that requires him to throw small axes at targets that resemble steer heads.
Hypothesis: The game is very fun.
Probability that the hypothesis is true: 0.10779136045069616
Premise: A man with an afro and wearing a blue t-shirt is playing an `` axe throw '' game that requires him to throw small axes at targets that resemble steer heads.
Hypothesis: a stoned man plays with an axe
Probability that the hypothesis is true: 0.539798778735202
Premise: Seven people sitting around a black table playing a card game.
Hypothesis: People are playing poker at a tournament.
Probability that the hypothesis is true: 0.0002024105938592855
Premise: Seven people sitting around a black table playing a card game.
Hypothesis: People are enjoying a card game.
Probability that the hypothesis is true: 0.8246229394531286
Premise: Seven people sitting around a black table playing a card game.
Hypothesis: Some people are cheating at the card game.
Probability that the hypothesis is true: 0.00030865111506214537
Premise: Seven people sitting around a black table playing a card game.
Hypothesis: The seven people are having a miserable time.
Probability that the hypothesis is true: 9.676232405229488e-05
Premise: Seven people sitting around a black table playing a card game.
Hypothesis: A group of people play poker at a black table.
Probability that the hypothesis is true: 0.7525002630213542
Premise: A man in a blue shirt and a white blindfold is hitting a pinata with a white stick at a party in front of a yellow house at nighttime.
Hypothesis: A blindfolded man in a blue shirt and white pants in striking at a pinata at a party.
Probability that the hypothesis is true: 0.5857288709758744
Premise: A man in a blue shirt and a white blindfold is hitting a pinata with a white stick at a party in front of a yellow house at nighttime.
Hypothesis: The man is the father of the child for whom the party is being thrown.
Probability that the hypothesis is true: 0.0030120996326618624
Premise: A man in a blue shirt and a white blindfold is hitting a pinata with a white stick at a party in front of a yellow house at nighttime.
Hypothesis: A man is at a party with his friends.
Probability that the hypothesis is true: 0.027384521801871186
Premise: A man in a blue shirt and a white blindfold is hitting a pinata with a white stick at a party in front of a yellow house at nighttime.
Hypothesis: The man is attending an outdoor party and a crowd of people is watching him.
Probability that the hypothesis is true: 0.03227955596487179
Premise: A man in a blue shirt and a white blindfold is hitting a pinata with a white stick at a party in front of a yellow house at nighttime.
Hypothesis: A man attends a birthday party at a house where he hits a pinata with a stick.
Probability that the hypothesis is true: 0.7834228663706563
Premise: A gray dog runs along side a pool while a yellow dog jumps into the pool.
Hypothesis: family pets play together
Probability that the hypothesis is true: 0.6663233032386401
Premise: A gray dog runs along side a pool while a yellow dog jumps into the pool.
Hypothesis: A gray dog and a yellow dog both enjoy the indoor pool.
Probability that the hypothesis is true: 0.6293775340019587
Premise: A gray dog runs along side a pool while a yellow dog jumps into the pool.
Hypothesis: The dogs enjoy swimming in the pool every hot, summer day
Probability that the hypothesis is true: 0.04396054573350666
Premise: A gray dog runs along side a pool while a yellow dog jumps into the pool.
Hypothesis: The yellow dog is an excellent swimmer, while the grey one looks on.
Probability that the hypothesis is true: 0.6128708289087319
Premise: A gray dog runs along side a pool while a yellow dog jumps into the pool.
Hypothesis: Summertime with water loving dogs.
Probability that the hypothesis is true: 0.13107330927109972
Premise: A young boy is walking on what seems to be a chilly day, though the path he's on seems to disappear into a sea of green grass.
Hypothesis: the boy is on his way to the market
Probability that the hypothesis is true: 0.24647514717033503
Premise: A young boy is walking on what seems to be a chilly day, though the path he's on seems to disappear into a sea of green grass.
Hypothesis: The boy wears a jacket.
Probability that the hypothesis is true: 0.7756983702202007
Premise: A young boy is walking on what seems to be a chilly day, though the path he's on seems to disappear into a sea of green grass.
Hypothesis: A young boy is walking around during the winter time.
Probability that the hypothesis is true: 0.6577029592347103
Premise: A young boy is walking on what seems to be a chilly day, though the path he's on seems to disappear into a sea of green grass.
Hypothesis: A boy is taking a walk on an autumn day.
Probability that the hypothesis is true: 0.009872988120405182
Premise: A young boy is walking on what seems to be a chilly day, though the path he's on seems to disappear into a sea of green grass.
Hypothesis: The boy is looking for his mother
Probability that the hypothesis is true: 0.0003428441976603985
Premise: Three small children in yellow shirts and one in a red shirt are rollerblading on a shiny marble courtyard.
Hypothesis: The kids are all friends.
Probability that the hypothesis is true: 0.891783119603869
Premise: Three small children in yellow shirts and one in a red shirt are rollerblading on a shiny marble courtyard.
Hypothesis: The children are playing with small cars on the smooth marble floor.
Probability that the hypothesis is true: 1.262342585859597e-05
Premise: Three small children in yellow shirts and one in a red shirt are rollerblading on a shiny marble courtyard.
Hypothesis: Four children are rollerblading in their grandfather's courtyard.
Probability that the hypothesis is true: 0.20245814739484613
Premise: Three small children in yellow shirts and one in a red shirt are rollerblading on a shiny marble courtyard.
Hypothesis: Three children are rollerblading around a fountain in a marble courtyard.
Probability that the hypothesis is true: 0.4380696105918451
Premise: Three small children in yellow shirts and one in a red shirt are rollerblading on a shiny marble courtyard.
Hypothesis: The children are friends.
Probability that the hypothesis is true: 0.8880172360992442
Premise: A woman wearing a short skirt, yellow top, and denim jacket stands in front of a brick building covered with worn out signs.
Hypothesis: A woman is outside of a yellow brick building.
Probability that the hypothesis is true: 0.5746458217074086
Premise: A woman wearing a short skirt, yellow top, and denim jacket stands in front of a brick building covered with worn out signs.
Hypothesis: The woman is waiting next to a door.
Probability that the hypothesis is true: 0.7569459931511293
Premise: A woman wearing a short skirt, yellow top, and denim jacket stands in front of a brick building covered with worn out signs.
Hypothesis: A woman is dressed for a casual evening out.
Probability that the hypothesis is true: 0.18086450975135646
Premise: A woman wearing a short skirt, yellow top, and denim jacket stands in front of a brick building covered with worn out signs.
Hypothesis: The woman is going to work.
Probability that the hypothesis is true: 0.7057975302394719
Premise: A woman wearing a short skirt, yellow top, and denim jacket stands in front of a brick building covered with worn out signs.
Hypothesis: There is a hot woman posing in front of a building.
Probability that the hypothesis is true: 0.29431868326928307
Premise: A woman is laying down on her couch with covers making a kiss face while playing with a man's hair.
Hypothesis: A blonde woman watches a movie on the couch with another man.
Probability that the hypothesis is true: 0.0016354724932738836
Premise: A woman is laying down on her couch with covers making a kiss face while playing with a man's hair.
Hypothesis: A woman is playing with her hair as she lays on a couch because she is bored.
Probability that the hypothesis is true: 0.00013190242980104454
Premise: A woman is laying down on her couch with covers making a kiss face while playing with a man's hair.
Hypothesis: A happy couple cuddling on the couch together.
Probability that the hypothesis is true: 0.7778218554921265
Premise: A woman is laying down on her couch with covers making a kiss face while playing with a man's hair.
Hypothesis: The couch is leather and the covers are white
Probability that the hypothesis is true: 2.562629233444419e-05
Premise: A woman is laying down on her couch with covers making a kiss face while playing with a man's hair.
Hypothesis: A woman teases her boyfriend by playing with his hair.
Probability that the hypothesis is true: 0.5451462996188065
Premise: Three children are on the floor playing with building blocks.
Hypothesis: Three children play with legos.
Probability that the hypothesis is true: 0.7957775690666646
Premise: Three children are on the floor playing with building blocks.
Hypothesis: The children are playing in the bedroom.
Probability that the hypothesis is true: 0.624202017210796
Premise: Three children are on the floor playing with building blocks.
Hypothesis: Three kids play with building blocks on the carpet.
Probability that the hypothesis is true: 0.5202306063265204
Premise: Three children are on the floor playing with building blocks.
Hypothesis: Three children build a replica of the White House with blocks.
Probability that the hypothesis is true: 0.0005779015944700987
Premise: Three children are on the floor playing with building blocks.
Hypothesis: Children are playing with the blocks after nap time at preschool.
Probability that the hypothesis is true: 0.021891682226411836
Premise: Someone is looking out their window watching the mailman deliver their mail and drive on to the next house.
Hypothesis: An old lady looks out the window and sees the mailman.
Probability that the hypothesis is true: 0.10649988766557279
Premise: Someone is looking out their window watching the mailman deliver their mail and drive on to the next house.
Hypothesis: A young person looking.
Probability that the hypothesis is true: 0.16854120995219138
Premise: Someone is looking out their window watching the mailman deliver their mail and drive on to the next house.
Hypothesis: A person is sitting on a chair in a house.
Probability that the hypothesis is true: 0.308530028539888
Premise: Someone is looking out their window watching the mailman deliver their mail and drive on to the next house.
Hypothesis: The mailman is wearing a blue hat.
Probability that the hypothesis is true: 0.8414204231330971
Premise: Someone is looking out their window watching the mailman deliver their mail and drive on to the next house.
Hypothesis: Someone is looking out their window, waiting for the mail.
Probability that the hypothesis is true: 0.93256441741896
Premise: A mailman in his truck whom is in front of a gate.
Hypothesis: The mailman is delivering mail.
Probability that the hypothesis is true: 0.9108644596687008
Premise: A mailman in his truck whom is in front of a gate.
Hypothesis: The mail carrier needs to get out and deliver a package but is worried that dogs may be in the yard.
Probability that the hypothesis is true: 0.057621839515689145
Premise: A mailman in his truck whom is in front of a gate.
Hypothesis: A mailman awaits to enter a gated community.
Probability that the hypothesis is true: 0.5913174753526447
Premise: A mailman in his truck whom is in front of a gate.
Hypothesis: The mailman can't get into the gate.
Probability that the hypothesis is true: 0.5051934483073508
Premise: A mailman in his truck whom is in front of a gate.
Hypothesis: Person driving a car stuck behind a railroad crossing.
Probability that the hypothesis is true: 0.5258543207327797
Premise: A woman in a withe shirt and brown skirt is playing with a large mouse trap type toy involving a black wired track that guides colored balls around a circuit.
Hypothesis: The woman must know about electric circuits.
Probability that the hypothesis is true: 0.007520749052773582
Premise: A woman in a withe shirt and brown skirt is playing with a large mouse trap type toy involving a black wired track that guides colored balls around a circuit.
Hypothesis: A young student is experimenting with a mouse trap toy in order to learn about physics.
Probability that the hypothesis is true: 0.6745005689344032
Premise: A woman in a withe shirt and brown skirt is playing with a large mouse trap type toy involving a black wired track that guides colored balls around a circuit.
Hypothesis: The woman is demonstrating the toy as her son looks on.
Probability that the hypothesis is true: 0.0011886389549391814
Premise: A woman in a withe shirt and brown skirt is playing with a large mouse trap type toy involving a black wired track that guides colored balls around a circuit.
Hypothesis: The skirt is knee's length.
Probability that the hypothesis is true: 0.005111897871391715
Premise: A woman in a withe shirt and brown skirt is playing with a large mouse trap type toy involving a black wired track that guides colored balls around a circuit.
Hypothesis: a woman plays with her new toy
Probability that the hypothesis is true: 0.5481162069415715
Premise: A little boy in a blue shirt looking at the camera, concrete in the background.
Hypothesis: The little boy is getting his picture taken.
Probability that the hypothesis is true: 0.8865550435551417
Premise: A little boy in a blue shirt looking at the camera, concrete in the background.
Hypothesis: The boy is having his photo taken in front of a building.
Probability that the hypothesis is true: 0.8224061398127847
Premise: A little boy in a blue shirt looking at the camera, concrete in the background.
Hypothesis: Little boy standing close to his old demolished home
Probability that the hypothesis is true: 0.0001584475529816145
Premise: A little boy in a blue shirt looking at the camera, concrete in the background.
Hypothesis: A little boy playing on the sidewalk
Probability that the hypothesis is true: 0.5226100211749832
Premise: A little boy in a blue shirt looking at the camera, concrete in the background.
Hypothesis: A boy looks at a camera to take a picture.
Probability that the hypothesis is true: 0.9385030026950307
Premise: Three young boys playing with the mud on a beach.
Hypothesis: Some kids are building a sandcastle.
Probability that the hypothesis is true: 0.0035772217097932405
Premise: Three young boys playing with the mud on a beach.
Hypothesis: three wet boys play on the beach
Probability that the hypothesis is true: 0.7740789497162092
Premise: Three young boys playing with the mud on a beach.
Hypothesis: Three kids are making sandcastles.
Probability that the hypothesis is true: 0.005345943678449456
Premise: Three young boys playing with the mud on a beach.
Hypothesis: The children are looking for crabs.
Probability that the hypothesis is true: 0.024185662663065637
Premise: Three young boys playing with the mud on a beach.
Hypothesis: The three young boys are cousins.
Probability that the hypothesis is true: 0.015082541280528758
Premise: Three men standing outside in suits are talking and laughing.
Hypothesis: Three men laugh at a funny political joke.
Probability that the hypothesis is true: 0.5998520126650453
Premise: Three men standing outside in suits are talking and laughing.
Hypothesis: Three suited men tell jokes outside.
Probability that the hypothesis is true: 0.6000665610418898
Premise: Three men standing outside in suits are talking and laughing.
Hypothesis: The groom and his friends take a break from the wedding and share jokes.
Probability that the hypothesis is true: 0.5778756241669804
Premise: Three men standing outside in suits are talking and laughing.
Hypothesis: Three tall men.
Probability that the hypothesis is true: 0.5403930486776082
Premise: Three men standing outside in suits are talking and laughing.
Hypothesis: Three men discuss the latest episode of SNL.
Probability that the hypothesis is true: 0.0006949747967226623
Premise: Men dressed up for some sort of event with huge smiles on their faces.
Hypothesis: The wedding is about to begin.
Probability that the hypothesis is true: 0.20907649338927436
Premise: Men dressed up for some sort of event with huge smiles on their faces.
Hypothesis: The men are excited for a wedding.
Probability that the hypothesis is true: 0.37168373320017023
Premise: Men dressed up for some sort of event with huge smiles on their faces.
Hypothesis: a groomsmen party pose for a photo
Probability that the hypothesis is true: 0.42262658943573
Premise: Men dressed up for some sort of event with huge smiles on their faces.
Hypothesis: The men smile while preparing for the fancy wedding.
Probability that the hypothesis is true: 0.20173250946442425
Premise: Men dressed up for some sort of event with huge smiles on their faces.
Hypothesis: The men are smiling because they are happy.
Probability that the hypothesis is true: 0.8185072403211182
Premise: A man in a brownish green shirting playing guitar singing into a microphone
Hypothesis: A man performing a song he wrote.
Probability that the hypothesis is true: 0.5186622471685743
Premise: A man in a brownish green shirting playing guitar singing into a microphone
Hypothesis: A man in a brownish green shirt plays dixie on a guitar and sings.
Probability that the hypothesis is true: 0.0007368310959277565
Premise: A man in a brownish green shirting playing guitar singing into a microphone
Hypothesis: A guitar players sings for a crowd in a bar.
Probability that the hypothesis is true: 0.5633852724902355
Premise: A man in a brownish green shirting playing guitar singing into a microphone
Hypothesis: The man is getting ready for turn to try out on The Voice.
Probability that the hypothesis is true: 0.1176886674134007
Premise: A man in a brownish green shirting playing guitar singing into a microphone
Hypothesis: Man singing Backstreet Boys
Probability that the hypothesis is true: 0.0005928266257345528
Premise: Water polo goalie readies himself for an incoming shot.
Hypothesis: A goalie is about to stop a goal from happening.
Probability that the hypothesis is true: 0.2461966651137605
Premise: Water polo goalie readies himself for an incoming shot.
Hypothesis: The goalie watches the ball closely as he readies him self to block.
Probability that the hypothesis is true: 0.9511797937521883
Premise: Water polo goalie readies himself for an incoming shot.
Hypothesis: Water polo goalie has both hands up in thte air
Probability that the hypothesis is true: 0.7295707007716157
Premise: Water polo goalie readies himself for an incoming shot.
Hypothesis: The goalie is strong
Probability that the hypothesis is true: 0.5915323256484855
Premise: Water polo goalie readies himself for an incoming shot.
Hypothesis: The water polo goalie is female.
Probability that the hypothesis is true: 0.37273524653771367
Premise: Happy children rocking out and smiling.
Hypothesis: There are 7 happy children.
Probability that the hypothesis is true: 0.012554724173591787
Premise: Happy children rocking out and smiling.
Hypothesis: Children smiling and happy while listening to a band.
Probability that the hypothesis is true: 0.3383847925977771
Premise: Happy children rocking out and smiling.
Hypothesis: Kids are happy.
Probability that the hypothesis is true: 1
Premise: Happy children rocking out and smiling.
Hypothesis: Young people at a concert laughing and having a good time.
Probability that the hypothesis is true: 0.07073167770673135
Premise: Happy children rocking out and smiling.
Hypothesis: Children rocking out.
Probability that the hypothesis is true: 1
Premise: Two men decide what to do with an obstructing fallen branch.
Hypothesis: The men are strong enough to lift the branch.
Probability that the hypothesis is true: 0.5602038548271598
Premise: Two men decide what to do with an obstructing fallen branch.
Hypothesis: there was a big storm that broke the branch
Probability that the hypothesis is true: 0.7150108524628073
Premise: Two men decide what to do with an obstructing fallen branch.
Hypothesis: Two men stand by a fallen branch trying to move it to pass.
Probability that the hypothesis is true: 0.46966229330482767
Premise: Two men decide what to do with an obstructing fallen branch.
Hypothesis: Two men are thoroughly planning out how to move a branch.
Probability that the hypothesis is true: 0.8203344428186368
Premise: Two men decide what to do with an obstructing fallen branch.
Hypothesis: Two men argue about a fallen branch.
Probability that the hypothesis is true: 0.0019370355955625341
Premise: An orchestra made up of individuals of asian descent, with a man playing the cello forefront.
Hypothesis: The cellist is the leader of this orchestra.
Probability that the hypothesis is true: 0.6252696136415941
Premise: An orchestra made up of individuals of asian descent, with a man playing the cello forefront.
Hypothesis: the crowd enjoys the asian orchestra
Probability that the hypothesis is true: 0.8097389138890041
Premise: An orchestra made up of individuals of asian descent, with a man playing the cello forefront.
Hypothesis: The music is ethnically inspired.
Probability that the hypothesis is true: 0.30597585465261257
Premise: An orchestra made up of individuals of asian descent, with a man playing the cello forefront.
Hypothesis: Orchestra band performing in front of audience
Probability that the hypothesis is true: 0.9799614722836479
Premise: An orchestra made up of individuals of asian descent, with a man playing the cello forefront.
Hypothesis: Asian kids playing in a school orchestra.
Probability that the hypothesis is true: 0.6467793410457378
Premise: A girl wearing a yellow shirt playing with a busted pinata.
Hypothesis: A girl has just busted the pinata.
Probability that the hypothesis is true: 0.6402954604159707
Premise: A girl wearing a yellow shirt playing with a busted pinata.
Hypothesis: The busted pinata had candy in it.
Probability that the hypothesis is true: 0.8510834592130602
Premise: A girl wearing a yellow shirt playing with a busted pinata.
Hypothesis: A girl tries to find more prizes from inside a broken pinata.
Probability that the hypothesis is true: 0.7412696060868251
Premise: A girl wearing a yellow shirt playing with a busted pinata.
Hypothesis: A kid with a shirt on is looking for candy.
Probability that the hypothesis is true: 0.5628461250340953
Premise: A girl wearing a yellow shirt playing with a busted pinata.
Hypothesis: SHe is outside.
Probability that the hypothesis is true: 0.7728128633561577
Premise: A person wearing slacks and a backpack climbs a ladder up the side of the rock face of a gorge.
Hypothesis: The man is a proffessional cliff climber.
Probability that the hypothesis is true: 0.7811036842306246
Premise: A person wearing slacks and a backpack climbs a ladder up the side of the rock face of a gorge.
Hypothesis: A person wearing brown pants
Probability that the hypothesis is true: 0.009057768402076973
Premise: A person wearing slacks and a backpack climbs a ladder up the side of the rock face of a gorge.
Hypothesis: There is a person wearing slacks and a backpack climbing a ladder to find gold.
Probability that the hypothesis is true: 0.0001808449282146054
Premise: A person wearing slacks and a backpack climbs a ladder up the side of the rock face of a gorge.
Hypothesis: The person's backpack has granola in it.
Probability that the hypothesis is true: 0.49025122966022044
Premise: A person wearing slacks and a backpack climbs a ladder up the side of the rock face of a gorge.
Hypothesis: A person is climbing out of a gorge.
Probability that the hypothesis is true: 0.9603909193632529
Premise: The brown dog is out in the snow.
Hypothesis: The dog is playing.
Probability that the hypothesis is true: 0.8662994672167948
Premise: The brown dog is out in the snow.
Hypothesis: The dog was going to the bathroom in the snow.
Probability that the hypothesis is true: 0.6377415861440391
Premise: The brown dog is out in the snow.
Hypothesis: The brown dog is digging in the snow
Probability that the hypothesis is true: 0.7480454975488434
Premise: The brown dog is out in the snow.
Hypothesis: The brown dog is playing in the snow with another dog.
Probability that the hypothesis is true: 0.5570213925662494
Premise: The brown dog is out in the snow.
Hypothesis: The dog loves the snow.
Probability that the hypothesis is true: 0.8083974313636704
Premise: A dog looking at the camera in snow.
Hypothesis: capture of animal photos in camera
Probability that the hypothesis is true: 0.9480916269653495
Premise: A dog looking at the camera in snow.
Hypothesis: The dog is running through the snow.
Probability that the hypothesis is true: 0.6419971621959515
Premise: A dog looking at the camera in snow.
Hypothesis: The dogs owner is recording him.
Probability that the hypothesis is true: 0.8380068247082231
Premise: A dog looking at the camera in snow.
Hypothesis: A dog and a cat are both looking at the camera.
Probability that the hypothesis is true: 0.0023673146498793137
Premise: A dog looking at the camera in snow.
Hypothesis: The dog is playing.
Probability that the hypothesis is true: 0.7406011948458862
Premise: Two men playing table tennis in a room with lower lighting.
Hypothesis: Two men are at home playing games
Probability that the hypothesis is true: 0.6728140017880396
Premise: Two men playing table tennis in a room with lower lighting.
Hypothesis: It's difficult to see the men's faces.
Probability that the hypothesis is true: 0.28170889804832183
Premise: Two men playing table tennis in a room with lower lighting.
Hypothesis: the men are squinting
Probability that the hypothesis is true: 0.2495524181954689
Premise: Two men playing table tennis in a room with lower lighting.
Hypothesis: Two men playing table tennis with others in a low lite room.
Probability that the hypothesis is true: 0.5724918736276488
Premise: Two men playing table tennis in a room with lower lighting.
Hypothesis: The men are talking while they play.
Probability that the hypothesis is true: 0.5257461845841209
Premise: An athletic woman wearing blue and red shorts stands between the white lines on the rust-colored court and attempts to throw the javelin, while cameramen stand by.
Hypothesis: Woman participating in Olympic javelin event
Probability that the hypothesis is true: 0.6595027958807809
Premise: An athletic woman wearing blue and red shorts stands between the white lines on the rust-colored court and attempts to throw the javelin, while cameramen stand by.
Hypothesis: An athletic woman attempts to throw the javelin as far as she can.
Probability that the hypothesis is true: 0.8795045529360033
Premise: An athletic woman wearing blue and red shorts stands between the white lines on the rust-colored court and attempts to throw the javelin, while cameramen stand by.
Hypothesis: The woman is trying to break her javelin throw record.
Probability that the hypothesis is true: 0.6366237736183901
Premise: An athletic woman wearing blue and red shorts stands between the white lines on the rust-colored court and attempts to throw the javelin, while cameramen stand by.
Hypothesis: The athletic woman is attempting to qualify for the Olympic team.
Probability that the hypothesis is true: 0.6617777670571234
Premise: An athletic woman wearing blue and red shorts stands between the white lines on the rust-colored court and attempts to throw the javelin, while cameramen stand by.
Hypothesis: The woman is in the summer Olympics.
Probability that the hypothesis is true: 0.0057513490711477095
Premise: A lady is sitting on a bench wearing sunglasses and holding a walking cane.
Hypothesis: She uses a cane to walk.
Probability that the hypothesis is true: 0.9770021915801138
Premise: A lady is sitting on a bench wearing sunglasses and holding a walking cane.
Hypothesis: A woman is enjoying a day at the shore.
Probability that the hypothesis is true: 0.6729194375782157
Premise: A lady is sitting on a bench wearing sunglasses and holding a walking cane.
Hypothesis: This lady is more than 40 years old.
Probability that the hypothesis is true: 0.6855467073400795
Premise: A lady is sitting on a bench wearing sunglasses and holding a walking cane.
Hypothesis: The lady's sunglasses are black.
Probability that the hypothesis is true: 0.7422975526048379
Premise: A lady is sitting on a bench wearing sunglasses and holding a walking cane.
Hypothesis: An old lady sits on a bench with a walking cane.
Probability that the hypothesis is true: 0.7342159359156779
Premise: Two players hustle during a soccer game.
Hypothesis: Two opposing players fight for a ball.
Probability that the hypothesis is true: 0.96313412825069
Premise: Two players hustle during a soccer game.
Hypothesis: two female soccer players hustle during a game
Probability that the hypothesis is true: 0.16854120995219138
Premise: Two players hustle during a soccer game.
Hypothesis: Soccer players are running towards a loose ball.
Probability that the hypothesis is true: 0.3333659389792327
Premise: Two players hustle during a soccer game.
Hypothesis: The two teams are fighting for the ball
Probability that the hypothesis is true: 0.9684228901067469
Premise: Two players hustle during a soccer game.
Hypothesis: The players are running to field the ball.
Probability that the hypothesis is true: 0.44917610393846014
Premise: A man wearing sunglasses holds a sign at a demonstration.
Hypothesis: The man is protesting something.
Probability that the hypothesis is true: 0.9289224471419399
Premise: A man wearing sunglasses holds a sign at a demonstration.
Hypothesis: A man attends a climate change rally and holds a sign.
Probability that the hypothesis is true: 0.07805991340687483
Premise: A man wearing sunglasses holds a sign at a demonstration.
Hypothesis: A man is protesting.
Probability that the hypothesis is true: 0.926548959024047
Premise: A man wearing sunglasses holds a sign at a demonstration.
Hypothesis: A man is protesting for a cause he does not really believe in.
Probability that the hypothesis is true: 6.88554355174913e-05
Premise: A man wearing sunglasses holds a sign at a demonstration.
Hypothesis: A man in sunglasses on a picket line.
Probability that the hypothesis is true: 2.90203130913598e-05
Premise: A pilot wearing his professional uniform stands next to his luggage with a newspaper in an airport terminal.
Hypothesis: the man is black
Probability that the hypothesis is true: 0.12131860621277363