AdoptedIrelia/UMUI huggingface dataset:
Premise: A young man runs with goggles above his eyes and a bungee cord tethered to him as a man on a bicycle with a white helmet laughs.
Hypothesis: A man is on a bike is getting ready to pull his friend with a bungee cord
Probability that the hypothesis is true: 0.6625181407681976
Premise: A man jogs down a city street, with a line attached to his back that vanishes out of the left side of the picture; a smiling cyclist rides past.
Hypothesis: The street does not have cars on it.
Probability that the hypothesis is true: 0.5327198157661077
Premise: A man jogs down a city street, with a line attached to his back that vanishes out of the left side of the picture; a smiling cyclist rides past.
Hypothesis: The line is attached to a fishing pole.
Probability that the hypothesis is true: 0.04729025009249207
Premise: A man jogs down a city street, with a line attached to his back that vanishes out of the left side of the picture; a smiling cyclist rides past.
Hypothesis: A man jogs down a busy city street.
Probability that the hypothesis is true: 0.008334053125236099
Premise: A man jogs down a city street, with a line attached to his back that vanishes out of the left side of the picture; a smiling cyclist rides past.
Hypothesis: the man jogging is in the road
Probability that the hypothesis is true: 0.8061095659622222
Premise: A man jogs down a city street, with a line attached to his back that vanishes out of the left side of the picture; a smiling cyclist rides past.
Hypothesis: The line on his back has a parachute on it.
Probability that the hypothesis is true: 0.023112160829943638
Premise: A woman rapels through barren treetops.
Hypothesis: The trees are tall.
Probability that the hypothesis is true: 0.5257461845841209
Premise: A woman rapels through barren treetops.
Hypothesis: A woman rappelling from the tops of trees.
Probability that the hypothesis is true: 0.6993766776256665
Premise: A woman rapels through barren treetops.
Hypothesis: The woman is having fun.
Probability that the hypothesis is true: 0.686806636525682
Premise: A woman rapels through barren treetops.
Hypothesis: A woman enjoys her vacation abroad by doing adventurous things.
Probability that the hypothesis is true: 0.6267638329223347
Premise: A woman rapels through barren treetops.
Hypothesis: A woman tries to imitate a gorilla.
Probability that the hypothesis is true: 0.0012792020148575795
Premise: A terrier is sprayed by a hose while jumping in a pool.
Hypothesis: A dog is being sprayed with a hose by it's owner while jumping into the pool.
Probability that the hypothesis is true: 0.7987784609719177
Premise: A terrier is sprayed by a hose while jumping in a pool.
Hypothesis: A dog was chasing a tennis ball.
Probability that the hypothesis is true: 0.017636045227306784
Premise: A terrier is sprayed by a hose while jumping in a pool.
Hypothesis: An animal followed its owner to into the pool.
Probability that the hypothesis is true: 0.0494299253179549
Premise: A terrier is sprayed by a hose while jumping in a pool.
Hypothesis: A dog jumped in the pool during his bath.
Probability that the hypothesis is true: 0.8019739356003646
Premise: A terrier is sprayed by a hose while jumping in a pool.
Hypothesis: Dog knows he shouldn't go in the pool.
Probability that the hypothesis is true: 0.0061322063873499874
Premise: Two children are shown upside down.
Hypothesis: Two little kids are hanging upside down on monkey bars.
Probability that the hypothesis is true: 0.7658097875682544
Premise: Two children are shown upside down.
Hypothesis: The children are hanging from monkey bars.
Probability that the hypothesis is true: 0.7634701170056901
Premise: Two children are shown upside down.
Hypothesis: The kids are hanging on monkey bars
Probability that the hypothesis is true: 0.7808514317578255
Premise: Two children are shown upside down.
Hypothesis: Some kids were hanging upside down from the monkey bars.
Probability that the hypothesis is true: 0.7742308262791042
Premise: Two children are shown upside down.
Hypothesis: Children are playing.
Probability that the hypothesis is true: 0.8399096123902837
Premise: a boy runs through the puddle.
Hypothesis: The boy is running from something.
Probability that the hypothesis is true: 0.018514442229909906
Premise: a boy runs through the puddle.
Hypothesis: A blonde human running
Probability that the hypothesis is true: 0.09355312795530488
Premise: a boy runs through the puddle.
Hypothesis: A boy is getting wet.
Probability that the hypothesis is true: 0.8048649100456986
Premise: a boy runs through the puddle.
Hypothesis: the kid ran through the water on the ground on his birthday
Probability that the hypothesis is true: 0.0034666706115424935
Premise: a boy runs through the puddle.
Hypothesis: The boy is outdoors.
Probability that the hypothesis is true: 0.9556841449305776
Premise: A young boy in a swimming suit sits in water.
Hypothesis: The boy has swimming goggles on.
Probability that the hypothesis is true: 0.6348666130281704
Premise: A young boy in a swimming suit sits in water.
Hypothesis: The child is planning to go swimming.
Probability that the hypothesis is true: 0.8338027511115258
Premise: A young boy in a swimming suit sits in water.
Hypothesis: A boy is learning to swim.
Probability that the hypothesis is true: 0.6115329024860416
Premise: A young boy in a swimming suit sits in water.
Hypothesis: A young boy is getting ready to go swimming.
Probability that the hypothesis is true: 0.7974786819824979
Premise: A young boy in a swimming suit sits in water.
Hypothesis: A boy tries to see how long he can sit in the cold water.
Probability that the hypothesis is true: 0.6084275920155902
Premise: A woman in a striped shirt smoking a cigarette with another woman sitting next to her in a jean jacket.
Hypothesis: Two women sitting at a table outside.
Probability that the hypothesis is true: 0.5692059969957665
Premise: A woman in a striped shirt smoking a cigarette with another woman sitting next to her in a jean jacket.
Hypothesis: The women are waiting at a bus stop.
Probability that the hypothesis is true: 0.02782744154774824
Premise: A woman in a striped shirt smoking a cigarette with another woman sitting next to her in a jean jacket.
Hypothesis: A women is trying to relax and unwind.
Probability that the hypothesis is true: 0.7369472438209013
Premise: A woman in a striped shirt smoking a cigarette with another woman sitting next to her in a jean jacket.
Hypothesis: two smokers sit together
Probability that the hypothesis is true: 0.1549227271077858
Premise: A woman in a striped shirt smoking a cigarette with another woman sitting next to her in a jean jacket.
Hypothesis: The cigarette was the woman's last.
Probability that the hypothesis is true: 0.00046353760133846695
Premise: A man in a red shirt is rolling up the sleeve of a jacket that is lying on his cars front seat.
Hypothesis: A man rolls up his sleeves to get to work.
Probability that the hypothesis is true: 0.000919893646153364
Premise: A man in a red shirt is rolling up the sleeve of a jacket that is lying on his cars front seat.
Hypothesis: The man is getting ready to hem the sleeves to make the jacket fit better.
Probability that the hypothesis is true: 0.7300356265248706
Premise: A man in a red shirt is rolling up the sleeve of a jacket that is lying on his cars front seat.
Hypothesis: A man rolls up his jacket sleeves before getting in a car.
Probability that the hypothesis is true: 0.006242895666721005
Premise: A man in a red shirt is rolling up the sleeve of a jacket that is lying on his cars front seat.
Hypothesis: Man packing up clothing for a trip.
Probability that the hypothesis is true: 0.03834588345100795
Premise: A man in a red shirt is rolling up the sleeve of a jacket that is lying on his cars front seat.
Hypothesis: A man is standing beside his car.
Probability that the hypothesis is true: 0.23903072583936116
Premise: A man in a striped red shirt leans in his truck's passenger seat and plays with a jacket sleeve.
Hypothesis: A man is getting ready to drive somewhere.
Probability that the hypothesis is true: 0.6543656170121969
Premise: A man in a striped red shirt leans in his truck's passenger seat and plays with a jacket sleeve.
Hypothesis: The man is getting into his truck
Probability that the hypothesis is true: 0.6272440138786473
Premise: A man in a striped red shirt leans in his truck's passenger seat and plays with a jacket sleeve.
Hypothesis: A man plays with a jacket sleeve that has a hole in it.
Probability that the hypothesis is true: 0.16707490607146336
Premise: A man in a striped red shirt leans in his truck's passenger seat and plays with a jacket sleeve.
Hypothesis: A man is waiting on someone
Probability that the hypothesis is true: 0.19387875053751605
Premise: A man in a striped red shirt leans in his truck's passenger seat and plays with a jacket sleeve.
Hypothesis: The driver is not in the truck.
Probability that the hypothesis is true: 0.5241781536886645
Premise: A couple enjoying a glass of white wine.
Hypothesis: Two drunks getting drunk on white wine.
Probability that the hypothesis is true: 0.0006774811477707695
Premise: A couple enjoying a glass of white wine.
Hypothesis: A couple is enjoying white wine on their anniversary.
Probability that the hypothesis is true: 0.5382319527449133
Premise: A couple enjoying a glass of white wine.
Hypothesis: The couple are celebrating their anniversary.
Probability that the hypothesis is true: 0.5262327931691869
Premise: A couple enjoying a glass of white wine.
Hypothesis: a COUPLE IS drinking
Probability that the hypothesis is true: 0.9444101429843149
Premise: A couple enjoying a glass of white wine.
Hypothesis: A couple enjoying a glass of white wine in a dark restaurant.
Probability that the hypothesis is true: 0.7497362908168544
Premise: Only the letters `` AND '' are clearly visible as the little boy in the red shirt leans out the window below.
Hypothesis: the boy is ten years old
Probability that the hypothesis is true: 0.004880756395622478
Premise: Only the letters `` AND '' are clearly visible as the little boy in the red shirt leans out the window below.
Hypothesis: A little boy wearing a red shirt watches the people down below as they walk down the street.
Probability that the hypothesis is true: 0.5549711436687252
Premise: Only the letters `` AND '' are clearly visible as the little boy in the red shirt leans out the window below.
Hypothesis: The boy is looking out at a car.
Probability that the hypothesis is true: 0.608159807585663
Premise: Only the letters `` AND '' are clearly visible as the little boy in the red shirt leans out the window below.
Hypothesis: The window is small.
Probability that the hypothesis is true: 0.04198677212728687
Premise: Only the letters `` AND '' are clearly visible as the little boy in the red shirt leans out the window below.
Hypothesis: The boy is talking out the window to his friend.
Probability that the hypothesis is true: 0.12083972018185382
Premise: Three men are working on a roof.
Hypothesis: the man are fixing a leak
Probability that the hypothesis is true: 0.6713902897616089
Premise: Three men are working on a roof.
Hypothesis: The men are replacing shingles.
Probability that the hypothesis is true: 0.0056073481425516405
Premise: Three men are working on a roof.
Hypothesis: The contractors are almost done with the job.
Probability that the hypothesis is true: 0.6495927948661382
Premise: Three men are working on a roof.
Hypothesis: There are men fixing a leak
Probability that the hypothesis is true: 0.6178448201344893
Premise: Three men are working on a roof.
Hypothesis: A crew is repairing a roof in the rain.
Probability that the hypothesis is true: 1.86761170590455e-05
Premise: A little redheaded girl sits in front as the tiny trail full of people approaches the tiny water tower.
Hypothesis: the girl is five
Probability that the hypothesis is true: 9.808150058742452e-05
Premise: A little redheaded girl sits in front as the tiny trail full of people approaches the tiny water tower.
Hypothesis: The girl's hair is curly.
Probability that the hypothesis is true: 0.0021001475047988842
Premise: A little redheaded girl sits in front as the tiny trail full of people approaches the tiny water tower.
Hypothesis: A little girl sits in front of her family.
Probability that the hypothesis is true: 0.8628465916338806
Premise: A little redheaded girl sits in front as the tiny trail full of people approaches the tiny water tower.
Hypothesis: A girl by a water tower is waiting for her turn to drink.
Probability that the hypothesis is true: 0.6583382980722011
Premise: A little redheaded girl sits in front as the tiny trail full of people approaches the tiny water tower.
Hypothesis: A girl with red hair is staring at a water tower.
Probability that the hypothesis is true: 0.8500666543964268
Premise: A crowd watching air balloons at night.
Hypothesis: There is a festival going on with air balloons in the night sky.
Probability that the hypothesis is true: 0.6946168894817562
Premise: A crowd watching air balloons at night.
Hypothesis: There are 20 balloons in the air and 50 on the ground.
Probability that the hypothesis is true: 6.112725637222644e-05
Premise: A crowd watching air balloons at night.
Hypothesis: There's a group of people watching 6 hot air balloons.
Probability that the hypothesis is true: 0.03807027082501898
Premise: A crowd watching air balloons at night.
Hypothesis: A crowd watches an air balloon race.
Probability that the hypothesis is true: 0.08124849190948727
Premise: A crowd watching air balloons at night.
Hypothesis: Some people are riding air balloons.
Probability that the hypothesis is true: 0.8036193770645232
Premise: People are sitting on a ledge on the side of a street, the girl in the front has high heels on.
Hypothesis: Tall people sitting.
Probability that the hypothesis is true: 0.5695831310775206
Premise: People are sitting on a ledge on the side of a street, the girl in the front has high heels on.
Hypothesis: The street leads to a highway.
Probability that the hypothesis is true: 0.31141753066887223
Premise: People are sitting on a ledge on the side of a street, the girl in the front has high heels on.
Hypothesis: A girl and her family sit along the side of the street, all wearing high heels.
Probability that the hypothesis is true: 0.652775347832959
Premise: People are sitting on a ledge on the side of a street, the girl in the front has high heels on.
Hypothesis: People sit on a ledge waiting.
Probability that the hypothesis is true: 0.6989062818152247
Premise: People are sitting on a ledge on the side of a street, the girl in the front has high heels on.
Hypothesis: The people are wearing glasses.
Probability that the hypothesis is true: 0.0002427443179507874
Premise: A woman with shoulder length hair sits on a sidewalk wearing a blue striped shirt and high heels.
Hypothesis: A woman is resting after doing some window shopping.
Probability that the hypothesis is true: 0.6132988918735859
Premise: A woman with shoulder length hair sits on a sidewalk wearing a blue striped shirt and high heels.
Hypothesis: A woman has blonde hair.
Probability that the hypothesis is true: 0.04459530037175329
Premise: A woman with shoulder length hair sits on a sidewalk wearing a blue striped shirt and high heels.
Hypothesis: Woman sits on sidewalk by friends
Probability that the hypothesis is true: 0.07436436702167541
Premise: A woman with shoulder length hair sits on a sidewalk wearing a blue striped shirt and high heels.
Hypothesis: A woman with brown hair sits on the sidewalk.
Probability that the hypothesis is true: 0.5549711436687252
Premise: A woman with shoulder length hair sits on a sidewalk wearing a blue striped shirt and high heels.
Hypothesis: A tall person with hair
Probability that the hypothesis is true: 0.26913793748377973
Premise: A red rally-car is making its way through a muddy part of the race course, as photographers look on and take pictures of the vehicle.
Hypothesis: It is hard to see the color of the red rally-car, because it is so spattered in mud.
Probability that the hypothesis is true: 0.2694330939795056
Premise: A red rally-car is making its way through a muddy part of the race course, as photographers look on and take pictures of the vehicle.
Hypothesis: The red rally-car will win
Probability that the hypothesis is true: 0.04364640942193976
Premise: A red rally-car is making its way through a muddy part of the race course, as photographers look on and take pictures of the vehicle.
Hypothesis: Photographers are taking pictures of the car in the lead.
Probability that the hypothesis is true: 0.712931529502268
Premise: A red rally-car is making its way through a muddy part of the race course, as photographers look on and take pictures of the vehicle.
Hypothesis: a WRC car barrels through the finish of a rally
Probability that the hypothesis is true: 0.004031506213631155
Premise: A red rally-car is making its way through a muddy part of the race course, as photographers look on and take pictures of the vehicle.
Hypothesis: The photographers are all men.
Probability that the hypothesis is true: 0.1278613386429908
Premise: A man in a military style uniform is standing with his arms behind his back in a public corridor.
Hypothesis: The man is waiting for someone
Probability that the hypothesis is true: 0.5381779213609968
Premise: A man in a military style uniform is standing with his arms behind his back in a public corridor.
Hypothesis: the major waits for a colonel.
Probability that the hypothesis is true: 0.0008282483128815471
Premise: A man in a military style uniform is standing with his arms behind his back in a public corridor.
Hypothesis: A man is waiting for a fellow solider
Probability that the hypothesis is true: 0.197181953736331
Premise: A man in a military style uniform is standing with his arms behind his back in a public corridor.
Hypothesis: The man is a soldier.
Probability that the hypothesis is true: 0.8547575239166498
Premise: A man in a military style uniform is standing with his arms behind his back in a public corridor.
Hypothesis: A military men is standing guard.
Probability that the hypothesis is true: 0.7805486855745212
Premise: A young man in uniform is standing with his back to a museum case that has a classical bust on the top shelf.
Hypothesis: A young museum security guard in front of a bust.
Probability that the hypothesis is true: 0.6547365821505798
Premise: A young man in uniform is standing with his back to a museum case that has a classical bust on the top shelf.
Hypothesis: The man is smiling.
Probability that the hypothesis is true: 0.004055671391796073
Premise: A young man in uniform is standing with his back to a museum case that has a classical bust on the top shelf.
Hypothesis: A young man is guarding a famous museum piece.
Probability that the hypothesis is true: 0.0005289551372898422
Premise: A young man in uniform is standing with his back to a museum case that has a classical bust on the top shelf.
Hypothesis: An active-duty military man is looking at his cell phone.
Probability that the hypothesis is true: 0.5450922948590201
Premise: A young man in uniform is standing with his back to a museum case that has a classical bust on the top shelf.
Hypothesis: A young man in uniform is a security guard at a museum.
Probability that the hypothesis is true: 0.7249165866964085
Premise: Two women wearing sunglasses are standing by the side of the road and the one wearing a skirt is holding up a stop sign with the word eating taped to it.
Hypothesis: Two women protest eating meat on the side of the road.
Probability that the hypothesis is true: 0.6812906365458588
Premise: Two women wearing sunglasses are standing by the side of the road and the one wearing a skirt is holding up a stop sign with the word eating taped to it.
Hypothesis: The two women are protestors.
Probability that the hypothesis is true: 0.8209266198642187
Premise: Two women wearing sunglasses are standing by the side of the road and the one wearing a skirt is holding up a stop sign with the word eating taped to it.
Hypothesis: Two hitchhikers are waiting for a ride.
Probability that the hypothesis is true: 0.0011127865992156102
Premise: Two women wearing sunglasses are standing by the side of the road and the one wearing a skirt is holding up a stop sign with the word eating taped to it.
Hypothesis: Two women are trying to cross the road.
Probability that the hypothesis is true: 9.956828726000385e-05
Premise: Two women wearing sunglasses are standing by the side of the road and the one wearing a skirt is holding up a stop sign with the word eating taped to it.
Hypothesis: The women are sisters.
Probability that the hypothesis is true: 0.015374976672718099
Premise: Two bike riders are riding their road bikes through a state park filled with campers and other bikers.
Hypothesis: Cyclists are racing in a charity race in the fall.
Probability that the hypothesis is true: 0.00926197608167469
Premise: Two bike riders are riding their road bikes through a state park filled with campers and other bikers.
Hypothesis: Bicyclists enjoying the crisp mountain air on a sunny August day
Probability that the hypothesis is true: 0.01638258135698651
Premise: Two bike riders are riding their road bikes through a state park filled with campers and other bikers.
Hypothesis: Bikers make their way through the park at the music festival.
Probability that the hypothesis is true: 0.5113603379327775
Premise: Two bike riders are riding their road bikes through a state park filled with campers and other bikers.
Hypothesis: Two bikers are having a great day riding their bicycles in a state park.
Probability that the hypothesis is true: 0.7737751619695235
Premise: Two bike riders are riding their road bikes through a state park filled with campers and other bikers.
Hypothesis: this is a known park for bikers.
Probability that the hypothesis is true: 0.74188642913497
Premise: Yellow banners with a black lion print are hung across some trees in a sun-lit neighborhood.
Hypothesis: There is a festival this weekend.
Probability that the hypothesis is true: 0.5422837434978188
Premise: Yellow banners with a black lion print are hung across some trees in a sun-lit neighborhood.
Hypothesis: There are advertisements for the local college hanging in the neighborhood.
Probability that the hypothesis is true: 0.06984946250949013
Premise: Yellow banners with a black lion print are hung across some trees in a sun-lit neighborhood.
Hypothesis: Yellow banners are draped around some trees.
Probability that the hypothesis is true: 0.9576848834811005
Premise: Yellow banners with a black lion print are hung across some trees in a sun-lit neighborhood.
Hypothesis: The banners are bright yellow.
Probability that the hypothesis is true: 0.5017311612537335
Premise: Yellow banners with a black lion print are hung across some trees in a sun-lit neighborhood.
Hypothesis: Banners are hanging outside supporting a sports team.
Probability that the hypothesis is true: 0.508980200452626
Premise: A man with no shirt on and a hat is using a hammer and anvil.
Hypothesis: A blacksmith is forging tools for a customer.
Probability that the hypothesis is true: 0.6375286924373073
Premise: A man with no shirt on and a hat is using a hammer and anvil.
Hypothesis: A man is making a piece of equipment at an anvil using a hammer.
Probability that the hypothesis is true: 0.7477892049301037
Premise: A man with no shirt on and a hat is using a hammer and anvil.
Hypothesis: the man is a paid blacksmith
Probability that the hypothesis is true: 0.645239045121992
Premise: A man with no shirt on and a hat is using a hammer and anvil.
Hypothesis: A man is trying to fix a problem with tools.
Probability that the hypothesis is true: 0.5048147645641521
Premise: A man with no shirt on and a hat is using a hammer and anvil.
Hypothesis: The man slams a hammer against an anvil.
Probability that the hypothesis is true: 0.7288989846394063
Premise: Two young women running, one wearing a green shirt and the other wearing a gray shirt with a race tag `` 5028 '' with an ambulance and a Coca-Cola machine in the background.
Hypothesis: Two participants in a race.
Probability that the hypothesis is true: 0.9848593747100977
Premise: Two young women running, one wearing a green shirt and the other wearing a gray shirt with a race tag `` 5028 '' with an ambulance and a Coca-Cola machine in the background.
Hypothesis: They are running in a 5K race for charity.
Probability that the hypothesis is true: 0.02169979464508423
Premise: Two young women running, one wearing a green shirt and the other wearing a gray shirt with a race tag `` 5028 '' with an ambulance and a Coca-Cola machine in the background.
Hypothesis: The women are running a marathon.
Probability that the hypothesis is true: 0.6895346880607601
Premise: Two young women running, one wearing a green shirt and the other wearing a gray shirt with a race tag `` 5028 '' with an ambulance and a Coca-Cola machine in the background.
Hypothesis: Two woman are running in a marathon for charity
Probability that the hypothesis is true: 0.008186593961962634
Premise: Two young women running, one wearing a green shirt and the other wearing a gray shirt with a race tag `` 5028 '' with an ambulance and a Coca-Cola machine in the background.
Hypothesis: An ambulance races toward injured runners.
Probability that the hypothesis is true: 0.0005242156461121809
Premise: Two women walking down the street
Hypothesis: A couple is strolling through a village.
Probability that the hypothesis is true: 0.6239884684433267
Premise: Two women walking down the street
Hypothesis: Two women walking in the rain.
Probability that the hypothesis is true: 0.6041950505403468
Premise: Two women walking down the street
Hypothesis: The two women were walking to the store together
Probability that the hypothesis is true: 0.6155456310647676
Premise: Two women walking down the street
Hypothesis: The women are holding hands.
Probability that the hypothesis is true: 0.004991270727188661
Premise: Two women walking down the street
Hypothesis: Two women friends are walking together on the street.
Probability that the hypothesis is true: 0.6933602540603543
Premise: A construction worker is working on a support beam on a building.
Hypothesis: The person working is a man.
Probability that the hypothesis is true: 0.7178153150162823
Premise: A construction worker is working on a support beam on a building.
Hypothesis: A construction worker is outside
Probability that the hypothesis is true: 0.9740340260833016
Premise: A construction worker is working on a support beam on a building.
Hypothesis: A construction worker welds a support beam for a build that had recently shifted.
Probability that the hypothesis is true: 0.09930214002622238
Premise: A construction worker is working on a support beam on a building.
Hypothesis: A construction worker uses a drill on a support beam.
Probability that the hypothesis is true: 0.5081146731519688
Premise: A construction worker is working on a support beam on a building.
Hypothesis: The construction worker is unionized.
Probability that the hypothesis is true: 0.8583261171921737
Premise: A Asian man wearing a white top and baby blue bottoms is using a broom to remove the dirt of the pavement.
Hypothesis: The man is wearing shorts.
Probability that the hypothesis is true: 0.019810862949950568
Premise: A Asian man wearing a white top and baby blue bottoms is using a broom to remove the dirt of the pavement.
Hypothesis: The man is a janitor.
Probability that the hypothesis is true: 0.6162408470488135
Premise: A Asian man wearing a white top and baby blue bottoms is using a broom to remove the dirt of the pavement.
Hypothesis: An Asian man got his pants dirty while removing dirt from the pavement.
Probability that the hypothesis is true: 0.6463013827219073
Premise: A Asian man wearing a white top and baby blue bottoms is using a broom to remove the dirt of the pavement.
Hypothesis: There is a pile of dirt off to the side.
Probability that the hypothesis is true: 0.6724449500113535
Premise: A Asian man wearing a white top and baby blue bottoms is using a broom to remove the dirt of the pavement.
Hypothesis: An Asian man is working hard.
Probability that the hypothesis is true: 0.8009260466427829
Premise: Man sweeping the street outside.
Hypothesis: A person is cleaning the area near his home.
Probability that the hypothesis is true: 0.6940409987075383
Premise: Man sweeping the street outside.
Hypothesis: A man is outside.
Probability that the hypothesis is true: 1
Premise: Man sweeping the street outside.
Hypothesis: There is a man with a jacket outdoors.
Probability that the hypothesis is true: 0.2376691828823201
Premise: Man sweeping the street outside.
Hypothesis: A man sweeps the road.
Probability that the hypothesis is true: 0.7409097163847003
Premise: Man sweeping the street outside.
Hypothesis: The man is using a broom.
Probability that the hypothesis is true: 0.9442752186600741
Premise: A man in a white and blue kimono is using a broom to sweep pavement.
Hypothesis: A man is sweeping outside his shop.
Probability that the hypothesis is true: 0.7976787085640373
Premise: A man in a white and blue kimono is using a broom to sweep pavement.
Hypothesis: A man is getting paid hourly to sweep pavement in a kimono.
Probability that the hypothesis is true: 0.019039512522163557
Premise: A man in a white and blue kimono is using a broom to sweep pavement.
Hypothesis: A man in Japanese attire is sweeping the sidewalk.
Probability that the hypothesis is true: 0.9684668482156604
Premise: A man in a white and blue kimono is using a broom to sweep pavement.
Hypothesis: A man wearing a white and blue kimono and blue shoes is using a broom.
Probability that the hypothesis is true: 0.006991504540452234
Premise: A man in a white and blue kimono is using a broom to sweep pavement.
Hypothesis: The man is preparing to open his restaurant for the day.
Probability that the hypothesis is true: 0.5488720691520609
Premise: Asian man sweeping the walkway.
Hypothesis: A man is sweeping the path in front of his store.
Probability that the hypothesis is true: 0.7067359190114444
Premise: Asian man sweeping the walkway.
Hypothesis: A Japanese man is sweeping the sidewalk
Probability that the hypothesis is true: 0.0027371109524640686
Premise: Asian man sweeping the walkway.
Hypothesis: A man straitening up for company.
Probability that the hypothesis is true: 0.5906728810122506
Premise: Asian man sweeping the walkway.
Hypothesis: The man is a professional cleaner.
Probability that the hypothesis is true: 0.5677511796025396
Premise: Asian man sweeping the walkway.
Hypothesis: A man is doing household chores.
Probability that the hypothesis is true: 0.81341024558672
Premise: A surfer in a black wetsuit holding his balance on the crest of a wave as it begins to break around him.
Hypothesis: The man is riding his surfboard in the ocean.
Probability that the hypothesis is true: 0.8955381099508642
Premise: A surfer in a black wetsuit holding his balance on the crest of a wave as it begins to break around him.
Hypothesis: A long haired surfer holds his balance as a wave breaks around him.
Probability that the hypothesis is true: 0.8191494577695022
Premise: A surfer in a black wetsuit holding his balance on the crest of a wave as it begins to break around him.
Hypothesis: A surfer is on the ocean and he is really cold.
Probability that the hypothesis is true: 0.7963781428779559
Premise: A surfer in a black wetsuit holding his balance on the crest of a wave as it begins to break around him.
Hypothesis: A person is surfing.
Probability that the hypothesis is true: 0.9525643444879234
Premise: A surfer in a black wetsuit holding his balance on the crest of a wave as it begins to break around him.
Hypothesis: a novice surfer tries his luck
Probability that the hypothesis is true: 0.03347174693723253
Premise: Guy in white fuzzy jacket plays guitar while a man in purple button up sings.
Hypothesis: The guy in the fuzzy white jacket and the guy in the purple button up are best friends and in a band together
Probability that the hypothesis is true: 0.6619893182488428
Premise: Guy in white fuzzy jacket plays guitar while a man in purple button up sings.
Hypothesis: Two men performing a music show
Probability that the hypothesis is true: 0.7804982232966127
Premise: Guy in white fuzzy jacket plays guitar while a man in purple button up sings.
Hypothesis: A guy plays guitar and another sings while playing bass
Probability that the hypothesis is true: 0.027384521801871155
Premise: Guy in white fuzzy jacket plays guitar while a man in purple button up sings.
Hypothesis: A man in a jacket plays guitar for his brother who is wearing purple and singing.
Probability that the hypothesis is true: 0.10326122824001648
Premise: Guy in white fuzzy jacket plays guitar while a man in purple button up sings.
Hypothesis: a homeless duo play music
Probability that the hypothesis is true: 0.004939390915266439
Premise: A man with a strange helmet is sitting on top of a blue motorcycle.
Hypothesis: A man is sitting on his motorcycle getting ready to ride.
Probability that the hypothesis is true: 0.6145293726956933
Premise: A man with a strange helmet is sitting on top of a blue motorcycle.
Hypothesis: An old man with a helmet is sitting on top of a motorcycle staring at the sky.
Probability that the hypothesis is true: 0.07313479819250542
Premise: A man with a strange helmet is sitting on top of a blue motorcycle.
Hypothesis: A man with a strange helmet sitting on his motorcycle.
Probability that the hypothesis is true: 0.709392930353811
Premise: A man with a strange helmet is sitting on top of a blue motorcycle.
Hypothesis: A man prepares to drive a motorcycle.
Probability that the hypothesis is true: 0.613191879488894
Premise: A man with a strange helmet is sitting on top of a blue motorcycle.
Hypothesis: A man has gloves on.
Probability that the hypothesis is true: 0.17429311705144712
Premise: A person wearing a red, white, and blue helmet sitting on a motorcycle.
Hypothesis: The person was waiting for his friend so he decided to sit on his bike
Probability that the hypothesis is true: 0.5848686693516245
Premise: A person wearing a red, white, and blue helmet sitting on a motorcycle.
Hypothesis: A man is riding a bike
Probability that the hypothesis is true: 0.8215679071748718
Premise: A person wearing a red, white, and blue helmet sitting on a motorcycle.
Hypothesis: A patriotic American sits on his Harley.
Probability that the hypothesis is true: 0.01308621801287685
Premise: A person wearing a red, white, and blue helmet sitting on a motorcycle.
Hypothesis: A person is sitting on a motorcycle about to jump over 20 buses.
Probability that the hypothesis is true: 3.3971176999269574e-05
Premise: A person wearing a red, white, and blue helmet sitting on a motorcycle.
Hypothesis: A patriotic biker rides down the road on his motorcycle.
Probability that the hypothesis is true: 0.872607864210716
Premise: A blond man puts up a tent.
Hypothesis: A blond man sets up a campground for his family.
Probability that the hypothesis is true: 0.4218947193305325
Premise: A blond man puts up a tent.
Hypothesis: A man pitches a tent on the beach.
Probability that the hypothesis is true: 0.308530028539888
Premise: A blond man puts up a tent.
Hypothesis: a man is building something
Probability that the hypothesis is true: 0.6868591222706115
Premise: A blond man puts up a tent.
Hypothesis: A man gets ready to test out his new backpacking tent
Probability that the hypothesis is true: 0.04845248515985298
Premise: A blond man puts up a tent.
Hypothesis: A man is enjoying the wilderness.
Probability that the hypothesis is true: 0.82545961959761
Premise: A woman in a white shirt and pink skirt is about to hit a tennis ball.
Hypothesis: A woman is playing against another player.
Probability that the hypothesis is true: 0.925771953704819
Premise: A woman in a white shirt and pink skirt is about to hit a tennis ball.
Hypothesis: A woman is practicing tennis for an upcoming tournament.
Probability that the hypothesis is true: 0.6367834793269058
Premise: A woman in a white shirt and pink skirt is about to hit a tennis ball.
Hypothesis: An attractive woman practicing tennis with her friend.
Probability that the hypothesis is true: 0.5948615651702539
Premise: A woman in a white shirt and pink skirt is about to hit a tennis ball.
Hypothesis: A woman exercising
Probability that the hypothesis is true: 0.9173288702876566
Premise: A woman in a white shirt and pink skirt is about to hit a tennis ball.
Hypothesis: A lady plays tennis with her best friend.
Probability that the hypothesis is true: 0.6236681269432118
Premise: The ball boys are waiting on the side lines of the tennis court while they watch the lady hitting the ball.
Hypothesis: A lady is playing tennis against an opponent.
Probability that the hypothesis is true: 0.8358084186806306
Premise: The ball boys are waiting on the side lines of the tennis court while they watch the lady hitting the ball.
Hypothesis: Ball boys eager await their chance to run on the court in front of the huge crowd.
Probability that the hypothesis is true: 0.45958831693933205
Premise: The ball boys are waiting on the side lines of the tennis court while they watch the lady hitting the ball.
Hypothesis: Two boys are smoking cigarettes by the tennis court, watching the lady play tennis.
Probability that the hypothesis is true: 0.006745944038495106
Premise: The ball boys are waiting on the side lines of the tennis court while they watch the lady hitting the ball.
Hypothesis: The lady hits the ball hard.
Probability that the hypothesis is true: 0.7057975302394719
Premise: The ball boys are waiting on the side lines of the tennis court while they watch the lady hitting the ball.
Hypothesis: The ball boys are checking out the attractive lady tennis player.
Probability that the hypothesis is true: 0.12004520035911213
Premise: Two boys are ready to receive a ball at a tennis match.
Hypothesis: Two boys in different colored jerseys are at a tennis match.
Probability that the hypothesis is true: 0.7780239730491167
Premise: Two boys are ready to receive a ball at a tennis match.
Hypothesis: Gary is going to win the tennis match against Bill.
Probability that the hypothesis is true: 0.0004907313582479237
Premise: Two boys are ready to receive a ball at a tennis match.
Hypothesis: A couple kids fighting each other over who gets to keep the ball from the tennis match.
Probability that the hypothesis is true: 0.0013500991333721696
Premise: Two boys are ready to receive a ball at a tennis match.
Hypothesis: There is a ball.
Probability that the hypothesis is true: 0.9952225450562582
Premise: Two boys are ready to receive a ball at a tennis match.
Hypothesis: There are other people also playing at the tennis match.
Probability that the hypothesis is true: 0.6848640289286106
Premise: The dogs are joined together with a red harness.
Hypothesis: The dogs are being walked in a park.
Probability that the hypothesis is true: 0.5126044584039852
Premise: The dogs are joined together with a red harness.
Hypothesis: Two dogs are harnessed together.
Probability that the hypothesis is true: 0.9827385361067715
Premise: The dogs are joined together with a red harness.
Hypothesis: Some dogs have been bad.
Probability that the hypothesis is true: 0.03204609198015206
Premise: The dogs are joined together with a red harness.
Hypothesis: The dog walker harnesses the dogs together for safety.
Probability that the hypothesis is true: 0.6854941990121188
Premise: The dogs are joined together with a red harness.
Hypothesis: 2 dogs are preparing for a walk.
Probability that the hypothesis is true: 0.6829727450362173
Premise: a man with glasses on in a short black shirt and long blue shorts stands in the road in front of a blue car.
Hypothesis: The man is hitchhiking and asking for a ride.
Probability that the hypothesis is true: 0.1394936592532502
Premise: a man with glasses on in a short black shirt and long blue shorts stands in the road in front of a blue car.
Hypothesis: The man is about to get hit.
Probability that the hypothesis is true: 0.32937781002339944
Premise: a man with glasses on in a short black shirt and long blue shorts stands in the road in front of a blue car.
Hypothesis: A man is posing for a picture.
Probability that the hypothesis is true: 0.25350586585612883
Premise: a man with glasses on in a short black shirt and long blue shorts stands in the road in front of a blue car.
Hypothesis: The man is stranded on the side of the road.
Probability that the hypothesis is true: 0.05232657812812108
Premise: a man with glasses on in a short black shirt and long blue shorts stands in the road in front of a blue car.
Hypothesis: A man wants to talk to someone in a car.
Probability that the hypothesis is true: 0.5729227099740429
Premise: The rottweiller is laying with its head and paws on the first step of the green carpeted stair.
Hypothesis: The rottweiller is laying with its head
Probability that the hypothesis is true: 0.7785796891793908
Premise: The rottweiller is laying with its head and paws on the first step of the green carpeted stair.
Hypothesis: The dog is sleeping.
Probability that the hypothesis is true: 0.6293242083647822
Premise: The rottweiller is laying with its head and paws on the first step of the green carpeted stair.
Hypothesis: The black dog is laying with its heads and paws on the first step of the stair.
Probability that the hypothesis is true: 0.8286056306880368
Premise: The rottweiller is laying with its head and paws on the first step of the green carpeted stair.
Hypothesis: Dog sitting on turf
Probability that the hypothesis is true: 0.003265428971914769
Premise: The rottweiller is laying with its head and paws on the first step of the green carpeted stair.
Hypothesis: The dog is trying to go to sleep, but it's too noisy.
Probability that the hypothesis is true: 0.014730131029715692
Premise: Costumed girl playing with a hula-hoop in a crowd.
Hypothesis: A girl is party of a halloween party.
Probability that the hypothesis is true: 0.5386641969204774
Premise: Costumed girl playing with a hula-hoop in a crowd.
Hypothesis: The hula-hoop is pink
Probability that the hypothesis is true: 0.14368661476471312
Premise: Costumed girl playing with a hula-hoop in a crowd.
Hypothesis: The girl is performing an act.
Probability that the hypothesis is true: 0.6051061270024649
Premise: Costumed girl playing with a hula-hoop in a crowd.
Hypothesis: A girl is being watched as she uses a hula-hoop while wearing a costume.
Probability that the hypothesis is true: 0.9478226725685481
Premise: Costumed girl playing with a hula-hoop in a crowd.
Hypothesis: Girl entertaining crowd
Probability that the hypothesis is true: 0.8052135022378968
Premise: There are several people and children looking into water with a blue tiled floor and goldfish.
Hypothesis: Adults and kids looking at fish in a decorative pond.
Probability that the hypothesis is true: 0.8618859756166024
Premise: There are several people and children looking into water with a blue tiled floor and goldfish.
Hypothesis: The fish are staring at several people.
Probability that the hypothesis is true: 0.08351623346097488
Premise: There are several people and children looking into water with a blue tiled floor and goldfish.
Hypothesis: The goldfish in the aquarium seem to be taking nap.
Probability that the hypothesis is true: 0.17300167425434002
Premise: There are several people and children looking into water with a blue tiled floor and goldfish.
Hypothesis: The goldfish is a male.
Probability that the hypothesis is true: 0.5428238950254758
Premise: There are several people and children looking into water with a blue tiled floor and goldfish.
Hypothesis: Several people and kids look at a goldfish in the water near a tiled floor.
Probability that the hypothesis is true: 0.7244506932326622
Premise: A little boy is playfully jumping off the side of a fountain.
Hypothesis: A little boy is playing with the fountain.
Probability that the hypothesis is true: 0.8916891049726023
Premise: A little boy is playfully jumping off the side of a fountain.
Hypothesis: A child in a fountain
Probability that the hypothesis is true: 0.8474973631025275
Premise: A little boy is playfully jumping off the side of a fountain.
Hypothesis: The boy is getting wet.
Probability that the hypothesis is true: 0.956840590759306
Premise: A little boy is playfully jumping off the side of a fountain.
Hypothesis: A boy playfully jumps off the side a fountain at a school carnival.
Probability that the hypothesis is true: 0.4436158124723716
Premise: A little boy is playfully jumping off the side of a fountain.
Hypothesis: A child is jumping from a high height.
Probability that the hypothesis is true: 6.434140918380748e-05
Premise: A little boy is jumping in front of a fountain.
Hypothesis: A little kid running around, playing tag with his friends around the fountain.
Probability that the hypothesis is true: 0.1435021518859373
Premise: A little boy is jumping in front of a fountain.
Hypothesis: The child is getting ready to jump into the fountain.
Probability that the hypothesis is true: 0.30470321116898935
Premise: A little boy is jumping in front of a fountain.
Hypothesis: The boy is getting his picture taken while jumping.
Probability that the hypothesis is true: 0.8061593339140483
Premise: A little boy is jumping in front of a fountain.
Hypothesis: There is an ornate fountain in front of the boy.
Probability that the hypothesis is true: 0.4369621795670569
Premise: A little boy is jumping in front of a fountain.
Hypothesis: The boy is having fun.
Probability that the hypothesis is true: 0.9416634182772274
Premise: A young boy wearing swimming trunks is walking across rocks next to a beach.
Hypothesis: A young boy walks with his family to the beach
Probability that the hypothesis is true: 0.6537825969719362
Premise: A young boy wearing swimming trunks is walking across rocks next to a beach.
Hypothesis: A boy is out for a walk on a sunny day.
Probability that the hypothesis is true: 0.8435136172007285
Premise: A young boy wearing swimming trunks is walking across rocks next to a beach.
Hypothesis: a child and his mother stroll the beach
Probability that the hypothesis is true: 0.5575069182458195
Premise: A young boy wearing swimming trunks is walking across rocks next to a beach.
Hypothesis: A young boy in swimming trunks is trying to leap across rocks next to the beach.
Probability that the hypothesis is true: 0.6105158475615885
Premise: A young boy wearing swimming trunks is walking across rocks next to a beach.
Hypothesis: A young boy is by the ocean.
Probability that the hypothesis is true: 0.264151638127447
Premise: Man in blue sweater measuring curved board.
Hypothesis: A man measure wood before he works with it.
Probability that the hypothesis is true: 0.5824487769578768
Premise: Man in blue sweater measuring curved board.
Hypothesis: a construction worker checks his measurements
Probability that the hypothesis is true: 0.39221756632349986
Premise: Man in blue sweater measuring curved board.
Hypothesis: A man is making a surfboard.
Probability that the hypothesis is true: 0.08374614514566912
Premise: Man in blue sweater measuring curved board.
Hypothesis: a man is building something
Probability that the hypothesis is true: 0.8451666798801201
Premise: Man in blue sweater measuring curved board.
Hypothesis: A man measuring boards to make surfboards
Probability that the hypothesis is true: 0.1211587960543581
Premise: Lot of men are sitting under a shaded tree.
Hypothesis: The men are taking a break after building a house.
Probability that the hypothesis is true: 0.5451462996188067
Premise: Lot of men are sitting under a shaded tree.
Hypothesis: Men are sitting under a big shaded tree.
Probability that the hypothesis is true: 0.8907015405815448
Premise: Lot of men are sitting under a shaded tree.
Hypothesis: The men go so hot in the heat, they sit beneath a shaded tree to cool off.
Probability that the hypothesis is true: 0.8993755942025661
Premise: Lot of men are sitting under a shaded tree.
Hypothesis: The men are taking a break from work
Probability that the hypothesis is true: 0.8232932175318197
Premise: Lot of men are sitting under a shaded tree.
Hypothesis: A lot of men are sitting under a maple tree
Probability that the hypothesis is true: 0.0006554936326856482
Premise: Two people pose for a picure holding a card that says `` know what this is? ''
Hypothesis: They are both clothed
Probability that the hypothesis is true: 0.7823140395517557