Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Which fruit differs from its real-world counterpart: apple or banana?

Answer: Banana. It has an additional stem.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What color are the girl's pants?

Answer: Blue jeans


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is the girl walking in the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the girl's left hand, which is holding the apple, maintain its shape throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Did the girl's right hand, which is holding the banana, maintain its shape throughout the video?

Answer: No, it changed shape during the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What is the girl's emotion: happy, sad, or indeterminate?

Answer: Happy.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What color are the girl's pants?

Answer: They are blue jeans.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Are the entire pants visible?

Answer: No, the entire pants are not shown on the screen.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What facial expression does the girl have?

Answer: She is smiling in the video.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Which fruit did the girl look at in the video, apple or banana?

Answer: She looked at the apple

Alignment - Entity Recognition and Classification


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: How many bananas is she holding?

Answer: 2 bananas


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is the girl's hand stable throughout the video?

Answer: yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the character in the video have short or long hair?

Answer: The video didn't show the character's hair.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is the person in the video facing towards or away from the camera?

Answer: Away from the camera.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is the person holding two apples in one hand or one apple in each hand?

Answer: The person is holding two apples in one hand.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is the thumb direction of the person in the video incorrect, and if so, which thumb?

Answer: Yes, the left thumb is facing outward, which is incorrect. The person has two right hands.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the apple's shape in the girl's hand remain consistent throughout the video?

Answer: No, the shape of the apple changes during the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: How many hands are visible in the video?

Answer: 1


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What is the gender of the person in the video?

Answer: Female.

Alignment - Entity Recognition and Classification


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the hand's shape remain consistent throughout the video?

Answer: No, the girl's hand shape changes during the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What is the girl's facial expression?

Answer: The video does not show her face.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the background change during the video?

Answer: Yes, the background changes continuously.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Does the main character, the girl, remain consistent throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: Is she holding things in both hands?

Answer: Yes.


Prompt: Alice is holding an apple in her left hand and a banana in her right hand as she walks in the room

Question: What color are her pants?

Answer: The video didn't display the pants.


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did any car cross the double yellow line in the middle of the road?

Answer: No

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did any car cross the double white line on the right side of the road?

Answer: Yes, one car crossed the double white line.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Are all cars in the video driving in the same direction?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Does the license plate of the middle car change shape in the video?

Answer: Yes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did the two cars crash in the video?

Answer: Yes, they crashed

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Are both cars in the video driving in the same direction?

Answer: Yes.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Do cars drive in one lane or separate lanes?

Answer: They drive in separate lanes.


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Does the car disassemble before or after the crash?

Answer: It starts to disassemble before the crash.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Is the red car driving backwards?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Is the black car driving backwards?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did the two cars crash in the video?

Answer: Yes, they crashed

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Are the two cars in the video driving in the same direction?

Answer: No, they are driving in opposite directions.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: What is the emotion of the drivers in the video?

Answer: The video didn't feature any drivers in the cars.

Alignment - Entity Recognition and Classification


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Does the road change from horizontal to vertical relative to the camera during the video?

Answer: It changed to the vertical of the camera.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did the two cars crash in the video?

Answer: No, they didn't crash.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Are both cars in the video driving in the same direction?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Are the headlights of the two cars turned on?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: What is the emotion of the drivers in the video?

Answer: The video didn't feature any drivers in the cars.

Alignment - Entity Recognition and Classification


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Do cars drive in one lane or separate lanes?

Answer: They drive in separate lanes.


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did any cars crash in the video?

Answer: No, they didn't crash.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Does a car appear suddenly after an explosion?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Do all cars drive in the same direction?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: What is the emotion of the drivers in the video?

Answer: The video didn't feature any drivers in the cars.

Alignment - Entity Recognition and Classification


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: Did any cars crash in the video?

Answer: No, they didn't crash.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two cars speed toward each other on a straight road. One car drives from left to right, while the other drives from right to left. The cars violently collide head-on in the center of the frame, creating a dramatic crash impact.

Question: How many black cars are in the video?

Answer: 1 black car.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many horizontal stabilizers does this airplane's tail wing have?

Answer: It has 2 horizontal stabilizers.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the camera blurred throughout the video?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is it an airliner or a fighter aircraft?

Answer: It's an airliner.

Alignment - Entity Recognition and Classification


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many aircraft ground handling instances are in the video?

Answer: There are none.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane flying or sliding on the ground?

Answer: The airplane is sliding on the ground

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many horizontal stabilizers does this airplane's tail wing have?

Answer: It has 1 horizontal stabilizer.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is it an airliner or a fighter aircraft?

Answer: It's an airliner.

Alignment - Entity Recognition and Classification


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane landing or taking off?

Answer: It's taking off

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many aircraft ground handling instances are in the video?

Answer: There are none.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Does the airplane maintain a consistent shape throughout the video?

Answer: No, the shape of the airplane changes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is it an airliner or a fighter aircraft?

Answer: It's an airliner.

Alignment - Entity Recognition and Classification


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane flying or on the ground?

Answer: It's flying in the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: What type of lens does the camera have, fisheye or regular?

Answer: It's a fisheye lens camera.

Spatial-temporal Consistency - Camera Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airline close to the airport?

Answer: No, it is still in the wild, not close to the airport.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many horizontal stabilizers does this airplane's tail wing have?

Answer: It has 1 horizontal stabilizer.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is it an airliner or a fighter aircraft?

Answer: It's an airliner.

Alignment - Entity Recognition and Classification


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane landing or taking off?

Answer: It's taking off

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many aircraft ground handling instances are in the video?

Answer: There are none.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Does the airplane maintain a consistent shape throughout the video?

Answer: Yes, the shape of the airplane remains unchanged.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is it an airliner or a fighter aircraft?

Answer: It's an airliner.

Alignment - Entity Recognition and Classification


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane landing or taking off?

Answer: It's taking off

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many aircraft ground handling instances are in the video?

Answer: There are none.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Where is the vertical stabilizer located on an airplane?

Answer: It is located on the head of the airplane, not on the tail wing.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Does the airplane maintain a consistent shape throughout the video?

Answer: Yes, the shape of the airplane remains unchanged.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane landing or taking off?

Answer: It's taking off

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: How many aircraft ground handling instances are in the video?

Answer: There are none.


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Does the airplane in the video look realistic?

Answer: No, it looks very unrealistic.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Does the airplane maintain a consistent shape throughout the video?

Answer: No, the shape of the airplane changes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is the airplane flying or on the ground?

Answer: It's flying in the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An airplane skims the ground and then elevates towards the sky.

Question: Is aircraft ground handling ready for the airplane to land?

Answer: The video does not show any aircraft ground handling.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is it running in the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Does the frog croak in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: What is the frog's emotion: chilling or panic?

Answer: It's chilling.


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: What species of insect appears in this frog video?

Answer: No insect appears in the video.

Alignment - Entity Recognition and Classification


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is it running in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is it a frog or a toad?

Answer: It's a toad.

Alignment - Entity Recognition and Classification


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Does the toad croak in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: In the video, did the toad enter the water or the land after sitting on the boundary?

Answer: It entered the water.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: What species of insect appears in this frog video?

Answer: No insect appears in the video.

Alignment - Entity Recognition and Classification


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is it running in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Did the size of the pond change in the video?

Answer: The pond got larger as the frog jumped.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Do a frog's legs remain consistent in shape and number when it jumps?

Answer: No, it temporarily appears to have 5 legs, then reverts back to 4.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: In the video, did the toad enter the water or the land after sitting on the boundary?

Answer: It entered the water.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Did the size of the pond change in the video?

Answer: The pond size didn't change.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Does the video contain a splash?

Answer: Yes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: What was left on the land when the frog entered the water, a frog's egg or a light bulb?

Answer: It's a light bulb.

Alignment - Entity Recognition and Classification


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is the frog in the video cartoon or realistic style?

Answer: It's a cartoon style frog.


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Did the frog jump in the video?

Answer: No, it didn't jump.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Where is the frog heading at the end of the video, to the water or the land?

Answer: The frog is heading to the water.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is it currently raining in the forest?

Answer: No, it's not raining.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Did the frog jump in the video?

Answer: No, it didn't jump.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Does the frog croak in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Did the size of the pond change in the video?

Answer: The pond increased in size, encroaching on some land areas.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Is the frog deformed or normal?

Answer: It's a deformed frog.


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Where is the frog located?

Answer: It's in a black space with an all-black background.


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: How many legs of the frog were visible in the video?

Answer: The video showed 2 legs of the frog.


Prompt: A green pacman frog rests on moist soil beside water. The bulbous frog crouches, ready to jump. It launches itself forward, splashing into the water.

Question: Does the video show water?

Answer: Yes, water is visible beneath the frog.


Prompt: A Horse racing game

Question: Does the horse in the video have four legs?

Answer: No, it has more than four legs in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Did the horse's leg move in the video?

Answer: No, the leg didn't move in the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Horse racing game

Question: Is the crowd cheering in the video?

Answer: No, there is no crowd in the video.


Prompt: A Horse racing game

Question: What is the horse's rank in the game video?

Answer: The rank is unknown; only one horse is visible.


Prompt: A Horse racing game

Question: How many horses are visible in the video?

Answer: There are five horses in the video.


Prompt: A Horse racing game

Question: Do all racing horses have the same color?

Answer: Yes, all the horses are the same color


Prompt: A Horse racing game

Question: Do all horses run in the same direction?

Answer: Yes, they all run in the same direction.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Horse racing game

Question: Do all racers wear the same color clothes?

Answer: No, they wear different colors and styles of clothes.


Prompt: A Horse racing game

Question: What color is the leading racer's hat?

Answer: Yellow


Prompt: A Horse racing game

Question: Is wind resistance effectively depicted in the video during the horse race?

Answer: Yes, the racer's clothes fluttering in the wind indicate the presence of wind resistance.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Does the background change during the video?

Answer: Yes, the background changes throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Did the direction of the racing horses change during the video?

Answer: Yes, the direction of the horses changed during the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Horse racing game

Question: Do all racing horses have the same color?

Answer: Yes, all the horses are the same color


Prompt: A Horse racing game

Question: Do all racers wear the same color clothes?

Answer: No, they wear different colors and styles of clothes.


Prompt: A Horse racing game

Question: Is the crowd cheering in the video?

Answer: No, there is no crowd in the video.


Prompt: A Horse racing game

Question: Do all racing horses have a jockey?

Answer: No, some horses race without a jockey.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Is the crowd cheering in the video?

Answer: No, there is no crowd in the video.


Prompt: A Horse racing game

Question: Does the background change during the video?

Answer: No, the background remains consistent throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: What color is the leading racer's cloth?

Answer: Red


Prompt: A Horse racing game

Question: What color is the leading racer's hat?

Answer: blue


Prompt: A Horse racing game

Question: Do all the horses maintain consistent four legs while running in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Do all racers wear the same color clothes?

Answer: Yes, they all wear the same color clothes.


Prompt: A Horse racing game

Question: Do all horses run in the same direction?

Answer: Yes, they all run in the same direction.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Horse racing game

Question: Do all racing horses have the same color?

Answer: No, one is black and one is brown.


Prompt: A Horse racing game

Question: Are the horses running fast or slow in the video?

Answer: They are running slow.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Are many people watching the race?

Answer: Yes, there are a lot of people watching from the middle of the field.


Prompt: A Horse racing game

Question: Is the background consistent throughout the video?

Answer: Yes, the background is consistent in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: How many horse heads are visible in the video?

Answer: 1 horse head


Prompt: A Horse racing game

Question: Is the racer placing both hands on one horse?

Answer: No, he is placing his hands on separate horses.

Alignment - Entity Recognition and Classification


Prompt: A Horse racing game

Question: How many horses are in the video?

Answer: There are multiple horses in the video.


Prompt: A Horse racing game

Question: How many racers are in the video?

Answer: There is only one racer in the video.


Prompt: A Horse racing game

Question: How many horses are in the video?

Answer: There are multiple horses in the video.


Prompt: A Horse racing game

Question: How many racers are in the video?

Answer: There are multiple racers in the video.


Prompt: A Horse racing game

Question: Does the background change during the video?

Answer: No, the background remains consistent throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Horse racing game

Question: Do the horses in the video maintain consistent shape and number?

Answer: No, the shape and number of the horses are not consistent in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A drop of red ink drops in a white T-shirt then a drop of blue ink drops in the same t-shirt in the same place

Question: Is there anything supporting the liquid floating in the air in the video?

Answer: No, there is nothing supporting the liquid; it is floating without any support.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: How many cats are featured in the video?

Answer: Only one cat is featured in the video.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat chasing the mouse?

Answer: Yes, it is.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the cat merge with the mouse to form a single creature?

Answer: Yes, the cat merges with the mouse and transforms into a mouse.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the camera remain stationary during the entire video?

Answer: Yes, it remains stationary throughout the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat significantly larger than the mouse?

Answer: No, the cat transforms to match the mouse's size.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the mouse initially running away from the cat?

Answer: No, initially the mouse stays in place, then interacts with the cat, and finally transforms into a mouse that is running away.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: How many cats are featured in the video?

Answer: Only one cat is featured in the video.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat chasing the mouse?

Answer: No, the cat is walking alongside the mouse.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Do the cat and mouse merge into a single creature in the video?

Answer: No, they remain distinct throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the camera remain stationary throughout the video?

Answer: No, the camera moves during the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat significantly larger than the mouse?

Answer: Yes, the cat is significantly larger than the mouse.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the mouse running away from the cat?

Answer: No, the mouse is running alongside the cat.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: How many cats are featured in the video?

Answer: Only one cat is featured in the video.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat chasing the mouse?

Answer: No, the cat is walking alongside the mouse.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Do the cat and mouse merge into a single creature in the video?

Answer: No, they remain distinct throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the camera remain stationary throughout the video?

Answer: No, the camera moves during the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat significantly larger than the mouse?

Answer: Yes, the cat is significantly larger than the mouse.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the mouse running away from the cat?

Answer: No, the mouse is running alongside the cat.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: How many cats are in the video?

Answer: Two cats.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat chasing the mouse?

Answer: Yes, it is.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the cat merge with the mouse to form a single creature?

Answer: Yes, the cat merges with the mouse and transforms into a mouse.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Does the camera remain stationary during the entire video?

Answer: Yes, it remains stationary throughout the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the cat significantly larger than the mouse?

Answer: No, they appear to be of similar size.


Prompt: Generate a mouse running on the top of a table and a cat is chasing it

Question: Is the mouse initially running away from the cat?

Answer: No, the mouse initially stays in place, then interacts with the cat, and finally transforms into a mouse that is running away.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people are pushing rocks in the video?

Answer: No one is pushing rocks in the video.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is the primary activity on the road related to moving rocks?

Answer: No, the main activity involves people running on the road.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the number of people change throughout the video?

Answer: Yes, people leave and enter the scene.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the rocks exhibit any abnormal changes?

Answer: No, the two rocks remain unchanged.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is the rock shown in the video stable on the road?

Answer: Yes, the two rocks are stable on the road.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks small enough for two people to push?

Answer: Yes, the two rocks are small enough for two people to push.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people are moving rocks throughout the video?

Answer: Two people.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the individuals removing the rocks from the road?

Answer: No, they are just relocating the rocks within the same crowded area on the road.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the number of people change in the video?

Answer: No, there are exactly two individuals throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the individuals work with the same rocks throughout the video?

Answer: Yes, they consistently move rocks in the same spot throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks being physically moved by individuals?

Answer: Yes, they use their hands to move the rocks.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks small enough for two people to push?

Answer: Yes.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people are moving rocks in the video?

Answer: Three people are moving rocks throughout the video.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is the primary activity cleaning the road by moving rocks?

Answer: Yes, the primary activity involves cleaning the road by moving rocks.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the number of people change during the video?

Answer: Yes, it starts with two people and a third joins later.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the individuals perform the same task throughout the video?

Answer: Yes, they use shovels to move rocks throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do rocks in the video abnormally merge with other objects?

Answer: Yes, when shovels touch the rocks, they merge instead of being lifted.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do rocks move on their own without any external force?

Answer: No, rocks remain stationary unless acted upon by an external force such as a shovel.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people are moving rocks throughout the video?

Answer: Two people.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the individuals pushing the rocks off the road?

Answer: No, they are pushing the rocks along the road, not off to the side.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the number of people change in the video?

Answer: No, there are exactly two individuals throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the clothes change color in the video?

Answer: No, they remain the same color.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do any rocks abnormally merge together?

Answer: Yes, some rocks blend into one another, forming a single rock.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks physically moved by individuals?

Answer: Yes, the two individuals use their hands to move the rocks.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people are moving rocks throughout the video?

Answer: Two people.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the individuals removing the rocks from the road?

Answer: No, they are pushing the rocks along the road, not off to the side.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the number of people change in the video?

Answer: No, there are exactly two individuals throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the individuals use the same tool consistently to move rocks in the video?

Answer: Yes, they use the same tool throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Can rocks move without direct force applied to them?

Answer: Yes, some rocks can slide when adjacent ones are pushed, even without direct contact.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks small enough for two people to push?

Answer: Yes.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: How many people appear in the video?

Answer: There are three people in the video.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are there any rocks remaining on the road at the end of the video?

Answer: Yes, there are still plenty of rocks left on the road.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the number of people change in the video?

Answer: No, there are exactly three individuals throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Do the clothes change color in the video?

Answer: No, they remain the same color.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is there any abnormal merging of tools in the scene?

Answer: Yes, the tools used by the two people on the left merge into one.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Does the camera remain stationary during the video?

Answer: No, the camera moves during the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are there any rocks visible in the video?

Answer: Yes, there are some rocks on the ground.

Alignment - Entity Recognition and Classification


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is anyone pushing rocks?

Answer: No, no one is pushing rocks in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are any car parts visible in the video?

Answer: Yes, tires are visible in some frames.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are any human body parts visible in the video?

Answer: Yes, people's legs are visible.


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Is a shovel visible at any point in the video?

Answer: No, a shovel does not appear.

Alignment - Entity Recognition and Classification


Prompt: Two people are pushing rocks scattered in the road to clean the road

Question: Are the rocks directly touched by human hands in the video?

Answer: No, the rocks are never directly touched by human hands.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Are there any glass doors visible in the video?

Answer: Yes, there are glass doors throughout the video.


Prompt: people are getting in and out through a huge glass door

Question: Are people walking throughout the video?

Answer: Yes, some people are walking throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Are there abnormal merges in the video?

Answer: Yes, some people merge abnormally with others.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Is anyone pushing or pulling the glass door?

Answer: No, no one is.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Do people shake hands at any point in the video?

Answer: No, they do not shake hands.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is it, sliding or revolving?

Answer: It is a sliding door.


Prompt: people are getting in and out through a huge glass door

Question: Is the glass door single-layer or double-layer?

Answer: The glass door is double-layer.


Prompt: people are getting in and out through a huge glass door

Question: Is the glass door automatic or manual?

Answer: The glass door is automatic.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is it, sliding or swing?

Answer: It is a swing door.


Prompt: people are getting in and out through a huge glass door

Question: Are any handles visible in the video?

Answer: Yes, the door handles are visible.


Prompt: people are getting in and out through a huge glass door

Question: Are there tube lights inside the building?

Answer: Yes, there are tube lights inside the building.

Alignment - Entity Recognition and Classification


Prompt: people are getting in and out through a huge glass door

Question: Is the glass door automatic or manual?

Answer: The glass door is automatic.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Do the glass doors feature horizontal push bars?

Answer: Yes, they do.


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is it, sliding or swing?

Answer: It is a swing door.


Prompt: people are getting in and out through a huge glass door

Question: Does anyone push the glass door in the video?

Answer: Yes, a person pushes the glass door.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Does the person walk through the closed glass door as if it isn't solid?

Answer: Yes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Is a button pressed to open the glass door?

Answer: No, no button is pressed.


Prompt: people are getting in and out through a huge glass door

Question: Are people using the glass door to enter and exit?

Answer: No, they are walking on the road outside the glass door.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is it, sliding or swing?

Answer: It is a swing door.


Prompt: people are getting in and out through a huge glass door

Question: Is the camera positioned indoors or outdoors?

Answer: The camera is positioned indoors.

Spatial-temporal Consistency - Camera Dynamics


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is it, sliding or swing?

Answer: It is a swing door.


Prompt: people are getting in and out through a huge glass door

Question: Is the glass door fully opened at any point in the video?

Answer: No, the glass door is never fully opened.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Is the camera positioned indoors or outdoors?

Answer: The camera is positioned indoors.

Spatial-temporal Consistency - Camera Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Do people shake hands at any point in the video?

Answer: No, they do not shake hands.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: Is there a glass door visible in the entire video?

Answer: No, there is no glass door visible throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: people are getting in and out through a huge glass door

Question: What type of glass door is shown in the video?

Answer: There is no glass door in the video.

Alignment - Entity Recognition and Classification


Prompt: people are getting in and out through a huge glass door

Question: Does anyone climb over the metal fence?

Answer: No one climbs over the metal fence.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the fiery hoop?

Answer: No, the tiger is inside the fiery hoop but does not jump through it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a square hoop with ice in the video?

Answer: No, the video does not show a square hoop with ice.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the hoops in the order of the circular fire hoop first, then the square ice hoop?

Answer: The tiger remains inside the circular fire hoop and the square ice hoop never appears.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger's tail touch the flaming hoop?

Answer: The tiger's tail is not visible in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a flaming hoop?

Answer: Yes, the tiger jumps through a flaming hoop.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a square hoop with ice?

Answer: No, the tiger jumps over the ice.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the circular hoop with fire and then a square hoop with ice?

Answer: The tiger jumps through the circular hoop with fire but does not jump through a square hoop with ice; it jumps over the ice.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the circular fire hoop remain visible when the square ice hoop appears?

Answer: No, the circular fire hoop disappears when the square ice hoop appears.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the tiger jumping toward or away from the camera?

Answer: The tiger is jumping toward the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the fire on the hoop burn the tiger's fur?

Answer: No, the fur remains completely unaffected by the fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is there a circular hoop with fire in the video?

Answer: No, there is only a square hoop with both ice and fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a circular hoop with fire before a square hoop with ice?

Answer: Neither. The video only shows a square hoop with both ice and fire, and the tiger does not jump through it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the fire on the hoop burn the tiger's fur?

Answer: No, the fur remains completely unaffected by the fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is there an animal trainer holding a hoop for the tiger in the video?

Answer: No, there is no animal trainer present in the video.

Alignment - Entity Recognition and Classification


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the hoop suspended in the air or on the ground?

Answer: The hoop is placed on the ground.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the fiery hoop?

Answer: No, the tiger is in front of the fiery hoop but moves towards the icy hoop instead.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through both the circular hoop with fire and the square hoop with ice?

Answer: The tiger only jumps through the square hoop with ice, not the circular hoop with fire.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the video feature a circular or square ice hoop?

Answer: The video initially shows a circular ice hoop, which then transforms into a square ice hoop.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Are there any unnatural merges in the video?

Answer: Yes, two tigers unnaturally merge into one.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Are the hoops suspended in the air or on the ground?

Answer: The hoops are on the ground.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the fire on the hoop burn the tiger's fur?

Answer: No, the fur remains completely unaffected by the fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a flaming circular hoop?

Answer: No, the video only shows a wooden stick with fire, not a circular hoop.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a square hoop with ice?

Answer: No, the video only shows some ice on the ground, not a square hoop with ice.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a circular hoop with fire and then a square hoop with ice?

Answer: Neither. The video only shows a wooden stick with fire and some ice on the ground, but no hoops.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the circular fire hoop larger than the square ice hoop?

Answer: No comparison can be made, as neither hoop is present in the video.

Alignment - Entity Recognition and Classification


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the tiger jumping toward or away from the camera?

Answer: The tiger is jumping toward the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the fire on the hoop burn the tiger's fur?

Answer: No, the fur remains completely unaffected by the fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the square ice hoop visible throughout the video?

Answer: No, it is not visible throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a flaming hoop?

Answer: No, the tiger runs away from the hoop instead.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the hoops in a specific order?

Answer: Neither. The tiger runs away from the hoop.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the tiger jumping toward or away from the camera?

Answer: The tiger is running away from the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the fire on the hoop burn the tiger's fur?

Answer: No, the fur remains completely unaffected by the fire.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a flaming hoop?

Answer: No, there is no flaming hoop visible in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through a square hoop with ice?

Answer: No, there is no square hoop with ice visible in the video.


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Does the tiger jump through the circular hoop with fire before the square hoop with ice?

Answer: Neither. There are no hoops with fire or ice visible in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a tiger first jumps through a circular hoop with fire then jumps through a square hoop with ice

Question: Is the tiger jumping towards or away from the camera?

Answer: Neither, the tiger is sitting on a pink cylinder and is not jumping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: Does the tool resemble a screwdriver?

Answer: No, it does not resemble a screwdriver.


Prompt: a man is rotating a ring using a screw driver

Question: Does the screwdriver rotate in the video?

Answer: No, the screwdriver remains completely still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: Are the eyes focused on the screwdriver or the ring?

Answer: No eyes or face are visible in the video.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: Does the ring rotate in the video?

Answer: No, the ring is held still by two hands and does not rotate.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: What material is the ring made from?

Answer: The ring is made of metal.


Prompt: a man is rotating a ring using a screw driver

Question: How many screws are used to rotate the ring in the video?

Answer: Zero screws are shown.


Prompt: a man is rotating a ring using a screw driver

Question: Is the screwdriver rotated in the video?

Answer: Yes, it is rotated by hand.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: Are the eyes focused on the screwdriver or the ring in the video?

Answer: No eyes or face are visible in the video.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: Does the ring rotate in the video?

Answer: No, the ring remains stationary on the table throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: What color are the man's safety goggles?

Answer: They are transparent.


Prompt: a man is rotating a ring using a screw driver

Question: Is the man holding the screwdrivers?

Answer: Yes, he is holding the screwdrivers.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: What material is the ring made from?

Answer: The ring is made of metal.


Prompt: a man is rotating a ring using a screw driver

Question: Is the ring on the table?

Answer: No, it is being held by a hand.


Prompt: a man is rotating a ring using a screw driver

Question: Is the screwdriver rotated in the video?

Answer: Yes, it is rotated by hand.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is rotating a ring using a screw driver

Question: What color are the man's safety goggles?

Answer: The man is not wearing safety goggles.


Prompt: a man is rotating a ring using a screw driver

Question: Is only one ring being held by a hand?

Answer: No, multiple rings are being held together by a hand.


Prompt: a man is rotating a ring using a screw driver

Question: Are the eyes focused on the screwdriver or the ring in the video?

Answer: No eyes or face are visible in the video.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: Does a screwdriver appear in the video?

Answer: No, a screwdriver is never present in the video.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: What color are the man's safety goggles?

Answer: The man is not wearing safety goggles.


Prompt: a man is rotating a ring using a screw driver

Question: Is the entire circular shape of the ring visible in the video?

Answer: No, only a portion is visible, making it appear oval-shaped.


Prompt: a man is rotating a ring using a screw driver

Question: Are the eyes focused on the screwdriver or the ring?

Answer: No eyes or face are visible in the video.

Alignment - Entity Recognition and Classification


Prompt: a man is rotating a ring using a screw driver

Question: What color are the man's safety goggles?

Answer: The man is not wearing any safety goggles.


Prompt: a man is rotating a ring using a screw driver

Question: Are the eyes focused on the screwdriver or the ring?

Answer: No eyes or face are visible in the video.

Alignment - Entity Recognition and Classification


Prompt: A dog catching a frisbee in the air.

Question: Does the dog bite the frisbee?

Answer: No, the dog contacts the frisbee with its head.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Is the dog jumping in the air or running on the ground?

Answer: The dog is jumping in the air.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog return the frisbee to its owner?

Answer: No, the dog does not return the frisbee and no person is present in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch with its mouth?

Answer: Zero, the frisbee hits its head instead.


Prompt: A dog catching a frisbee in the air.

Question: Does the dog bite the frisbee?

Answer: No, the dog bites a ball.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog catch the frisbee?

Answer: No, the dog catches a ball instead; there is no frisbee in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Is the dog running towards the camera?

Answer: Yes, the dog is running towards the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch with its mouth?

Answer: Zero, the dog only catches balls with its mouth.


Prompt: A dog catching a frisbee in the air.

Question: Does the master catch the ball from the dog with their hands?

Answer: No, there is no person present in the video.

Alignment - Entity Recognition and Classification


Prompt: A dog catching a frisbee in the air.

Question: How does the dog interact with the frisbee?

Answer: The dog uses its lower jaw and front legs to make contact with the frisbee.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog return the frisbee to its owner?

Answer: No, the dog fails to catch the frisbee and does not return it, as no person is present in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch with its mouth?

Answer: Zero. The dog catches frisbees using its lower jaw and front legs, not its mouth.


Prompt: A dog catching a frisbee in the air.

Question: Did the dog catch the frisbee?

Answer: No, the dog touched the frisbee with its mouth but did not successfully catch it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog maintain eye contact with the camera during the entire video?

Answer: No, the dog initially faces the camera but then turns left, focusing on a frisbee.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog return the frisbee to its owner?

Answer: No, the dog fails to catch the frisbee and does not return it, as no person is present in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch with its mouth?

Answer: Zero. The dog contacts the frisbee with its mouth but fails to catch it.


Prompt: A dog catching a frisbee in the air.

Question: Does the dog catch the frisbee?

Answer: No, the dog fails to catch the frisbee.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the master retrieve the frisbee by the video's end?

Answer: No, there is no person present in the video.

Alignment - Entity Recognition and Classification


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch?

Answer: Zero, the dog fails to catch any frisbees.


Prompt: A dog catching a frisbee in the air.

Question: Does the dog catch the frisbee?

Answer: No, the dog fails to catch the frisbee.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the master retrieve the frisbee by the video's end?

Answer: No, there is no person present in the video.

Alignment - Entity Recognition and Classification


Prompt: A dog catching a frisbee in the air.

Question: How many frisbees does the dog catch?

Answer: Zero, the dog fails to catch any frisbees.


Prompt: A dog catching a frisbee in the air.

Question: Does the dog bite the frisbee?

Answer: No, the dog never catches or bites the frisbee.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the dog's fur color change in the video?

Answer: Yes, it changes from brown to white in different scenes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog catching a frisbee in the air.

Question: Does the master retrieve the frisbee by the video's end?

Answer: No, there is no person present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Is there a small person in the background appearing to be held by the woman's palm?

Answer: No, there is no small person present in the background.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman's clothing color change in the video?

Answer: No, the color remains consistent throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman have normal human fingers on her outstretched palm?

Answer: No, she has an extra finger next to her pinky finger.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Is the small person on the woman's palm standing on a grassy field?

Answer: No, the small person is not standing on a grassy field.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: How many different palms does the woman hold out in the video?

Answer: The woman holds out two different palms in the video; first her left, then her right.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the camera remain stationary in the video?

Answer: No, it moves slightly, rotating around the woman as the center.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the camera zoom in or out in the video?

Answer: The camera slightly zooms out.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the video consistently show a small person standing on a grassy field, appearing as if held by the woman's palm?

Answer: No, initially the small person creates that illusion in the background, but later walks onto the woman’s palm, which is physically impossible.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman have normal human fingers on her outstretched palm?

Answer: No, she has an extra finger next to her pinky and is missing both the index and middle fingers.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the small person in the background on the grassy field move in the video?

Answer: No, the small person remains completely still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman move her head in the video?

Answer: Yes, she shakes her head from side to side.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Is the small person in the background, standing on a grassy field, made to appear as if held by the woman's palm in the video?

Answer: No, the small person is in the background on a grassy field, but it does not appear as though they are being held by the woman's palm.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Can you see the woman's face in the video?

Answer: No, only her palm is visible.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Is the small person in the background, standing on a grassy field, made to appear as if held by the woman's palm in the video?

Answer: No, the small person is in the background on a grassy field, but they do not appear to be held by the woman's palm.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman have a normal number of fingers on her outstretched palm?

Answer: No, she has six fingers on her palm.


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Can you tell if the woman is smiling in the video?

Answer: No, the camera focuses on her palm, blurring her face and making it unclear if she's smiling.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Is there a small person standing on a grassy field in the background, appearing as if held by the woman's palm in the video?

Answer: No, there is no small person present in the background.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman smiles while holding out her palm, making it appear as though she's playfully "holding" a small person standing in the distant background on a grassy field against a light sky.

Question: Does the woman have normal human fingers on her outstretched palm?

Answer: No, she has three fingers on her palm.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the cat already on the floor at the start of the video?

Answer: Yes, the cat is on the floor from the beginning.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the cat on the table?

Answer: No, both the cat and the dog are sitting under the table.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: How many animals appear in the video?

Answer: Three. Initially, a cat and a dog with a cat-like face are present. Later, another cat-like animal emerges from behind the dog.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: What does the dog's face resemble?

Answer: The dog has a cat-like face.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is there a dog sitting under the table in the video?

Answer: No, there is no dog in the video.

Alignment - Entity Recognition and Classification


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Where is the cat sitting?

Answer: Under the table.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the cat on the floor at the start of the video?

Answer: Yes, the cat is on the floor from the beginning.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the dog under the table?

Answer: Yes, the dog is under the table.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the cat already on the floor at the start of the video?

Answer: Yes, the cat is on the floor from the beginning.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Does the cat remain under the table during the entire video?

Answer: No, initially it stands and then walks away.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Does the cat sit on the table?

Answer: Yes, the cat sits on the table briefly after jumping onto it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Does the cat jump onto the table?

Answer: Yes, the cat jumps from the sofa to the table.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Does the cat jump towards the floor?

Answer: Yes, the cat jumps from the table towards the floor, but the video ends before it lands.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Where is the cat sitting?

Answer: Under the table.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the cat already on the floor at the start of the video?

Answer: Yes, the cat is on the floor from the beginning.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Is the dog visible throughout the entire video?

Answer: No, the dog unrealistically disappears at the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: What does the dog's face resemble?

Answer: The dog has a cat-like face.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: How many animals appear in the video?

Answer: One, only the cat.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Where is the cat located?

Answer: The cat is poking its head out from a cabinet.


Prompt: A dog is sitting under the table and a cat is sitting on the table. The cat jumps down to the floor.

Question: Does the cat jump onto the floor?

Answer: No, it only pokes its head out from a cabinet.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: No, he jumps directly upward without crouching.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does his jump reach or exceed the car's roof level?

Answer: Yes, his jump reaches the car's roof level.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car remains stationary throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: Yes, he crouches every time before jumping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does he jump completely above the car's roof?

Answer: No, he only reaches about halfway up the car.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man jump more than three times?

Answer: Yes, including several small hops.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car is stationary throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: How many times does the man jump in the video?

Answer: Zero, he remains standing.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: No, he remains standing.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car remains completely stationary for the entire duration of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: Yes, he crouches before jumping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car remains completely stationary for the entire duration of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man land on the car's roof after jumping?

Answer: Yes, he lands directly on the roof.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: How does the man maintain balance while jumping?

Answer: He swings his arms and hands.


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: Yes, he crouches before jumping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car is stationary throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man successfully land on the car's roof?

Answer: No, he attempts to but does not successfully land on it before the video ends.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the man crouch before he jumps?

Answer: Yes, he crouches before jumping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does he jump completely above the car's roof?

Answer: No, he only reaches about halfway up the car.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car remains stationary for the entire video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Is the man's body anatomically correct when he jumps?

Answer: No, he appears to have extra arms and hands during the jump.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Is there a man present who can jump?

Answer: No, there is no man present.

Alignment - Entity Recognition and Classification


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the car remain stationary during the entire video?

Answer: Yes, the car is stationary throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man stands next to a stationary car. He crouches and launches himself upward. His jump takes him completely above the car's roof level.

Question: Does the video have a cartoonish or realistic style?

Answer: The video has a cartoonish style.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: How many different colored cars appear in the video?

Answer: Two, including two red cars and one blue car.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are the cars moving on the road?

Answer: No, the cars are on the road but stationary.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Do any cars stop or brake at a red traffic light in the video?

Answer: No, there are no traffic lights in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are there at least three cars of different colors in the video?

Answer: Yes, there is one red car, one green car, and one dark blue car.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are cars currently driving on the road?

Answer: Yes, cars are driving on the road.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are all the cars facing the same direction?

Answer: Yes, all the cars are facing toward the camera.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Which of the three differently colored cars is positioned last?

Answer: The green car is positioned last.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: How many different colored cars appear in the video?

Answer: Three, including two red cars and one blue car.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are cars driving on the road?

Answer: Yes, cars are driving on the road.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are all the cars facing the same direction?

Answer: Yes, they are all facing toward the camera.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Do the other cars move relative to the camera positioned on the last red car?

Answer: No, all three cars remain relatively still with no motion between them.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are cars currently driving on the road?

Answer: Yes, cars are driving on the road.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are all the cars facing the same direction?

Answer: Yes, all the cars are facing toward the camera.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Which of the three differently colored cars is positioned last?

Answer: The green car is positioned last.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are the cars in the video obeying the traffic rule regarding double yellow lines?

Answer: No, the blue car is on the opposite side of the double yellow line from the red and green cars, yet all are facing the same direction.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are cars currently driving on the road?

Answer: Yes, cars are driving on the road.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are all the cars facing the same direction?

Answer: Yes, all the cars are facing toward the camera.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Which of the three differently colored cars is positioned last?

Answer: The green car is positioned last.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Do any cars stop or brake at a red traffic light in the video?

Answer: No, there are no traffic lights in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are either the red or green car moving on the road?

Answer: No, neither the red nor the green car is moving.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Is the camera positioned at a bird’s-eye view or ground level?

Answer: The camera is positioned in a bird’s-eye view.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Does the video have a cartoonish or realistic style?

Answer: The video has a cartoonish style.


Prompt: Generate exactly one red car, one green car and one blue car driving on the road

Question: Are either the green or blue car visible on the road in the video?

Answer: No, neither a green nor a blue car is visible at any point in the video.

Alignment - Entity Recognition and Classification