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: A Spinning ball

Question: Is there any object moving in the video?

Answer: Yes, a ball is spinning.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Does the ball move smoothly in the video?

Answer: Yes, it rotates smoothly and continuously.


Prompt: A Spinning ball

Question: What action is the object in the video performing?

Answer: The ball is spinning.


Prompt: A Spinning ball

Question: Does the video maintain a consistent viewpoint during the ball's spin?

Answer: Yes, the viewpoint remains consistent while the ball spins.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A Spinning ball

Question: Does the spinning ball appear to float or defy gravity?

Answer: No, the ball does not defy gravity; it remains on a surface while spinning.


Prompt: A Spinning ball

Question: Does the ball's spinning speed change abruptly in the video?

Answer: No, the ball spins at a consistent speed throughout.


Prompt: A Spinning ball

Question: Does the ball change size or disappear in the video?

Answer: No, the ball maintains a consistent size and remains visible throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: What is the man holding while running?

Answer: A water bottle.


Prompt: a man is running when holding a water bottle

Question: What is the man holding as he runs in the video?

Answer: A water bottle.


Prompt: a man is running when holding a water bottle

Question: Does the man hold the water bottle throughout the running sequence in the video?

Answer: Yes, the man holds the water bottle throughout the running sequence.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man's motion in the video appear natural and consistent with gravity and human physiology?

Answer: Yes, the man’s motion appears natural and consistent with gravity and human physiology.


Prompt: a man is running when holding a water bottle

Question: Are there any abrupt changes in the background or surroundings while the man is running?

Answer: No, there are no abrupt changes in the background or surroundings while the man is running.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the water level in the bottle change with the man's running movements?

Answer: Yes, the water level should realistically change due to running, including splashing and movement.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the man present throughout the entire video?

Answer: Yes, the man appears throughout the entire duration of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the water volume in the bottle change unnaturally in the video?

Answer: No, it should not unless the man drinks from it or refills it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the viewpoint remain consistent or change smoothly throughout the video?

Answer: The viewpoint should either remain consistent or change smoothly if it changes during the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Does the video feature a young male athlete playing basketball?

Answer: Yes

Alignment - Entity Recognition and Classification


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Is the athlete in the video performing dribbling and slam dunks?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Are dribbling and slam dunk scenes depicted in dynamic, cinematic slow-motion?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Does the basketball spin in slow motion in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: What type of outfit is the basketball player wearing?

Answer: A stylish sports outfit


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Is there a crowd in the video background?

Answer: Yes


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Is the crowd cheering for the player?

Answer: Yes


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Are the stadium lights bright in the video?

Answer: Yes


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Does the basketball spin realistically while airborne?

Answer: Yes


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Does the camera viewpoint remain consistent or change smoothly throughout the video?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: A young male athlete playing basketball on an outdoor court, performing impressive dribbling and slam dunks. The scene is dynamic, with a cinematic slow-motion effect capturing the ball spinning in the air. The player wears a stylish sports outfit, and the background features a cheering crowd under bright stadium lights.

Question: Do dribbling and slam dunking conform to standard basketball physics?

Answer: Yes


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Is the dog in the video a German Shepherd?

Answer: Yes

Alignment - Entity Recognition and Classification


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: What is the German Shepherd attempting to do in the video?

Answer: It tries to jump high to catch a ball.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the German Shepherd catch the ball?

Answer: No, the German Shepherd misses the ball.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the German Shepherd's jump trajectory realistically mimic typical dog jumps?

Answer: Yes


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Is the ball visible during the German Shepherd's attempt to catch it?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the German Shepherd jump and miss smoothly in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the German Shepherd or the ball change in size or appearance during the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the background environment remain consistent when the German Shepherd jumps?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Are there any other animals or objects in the scene besides the German Shepherd and the ball?

Answer: No

Alignment - Entity Recognition and Classification


Prompt: a german shepherd jumps high to catch a ball but misses it

Question: Does the video depict any violations of physical laws, such as unsupported floating objects?

Answer: No


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Does a feather fall faster than a heavy rock?

Answer: No, the heavy rock falls faster than the feather.


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Are the feather and heavy rock visible in the video upon release?

Answer: Yes, both are visible when released.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Do both the feather and the rock stay in the frame during their fall?

Answer: Yes, both the feather and the rock remain in the frame as they fall.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Does the feather fall smoothly?

Answer: Yes, the feather falls smoothly, albeit slower than a rock, with some slight fluttering.


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Does the rock fall straight down without any sideways or backward movement?

Answer: Yes, the rock falls straight down, aligning with gravity.


Prompt: A feather and a heavy rock are released into the air and start to fall

Question: Does the feather ever fall faster than the rock in the video?

Answer: No, the feather does not fall faster than the rock in any scene.


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Does the video depict two bowling balls on a track?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Do both bowling balls knock down all the pins?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Do the bowling balls move quickly as described?

Answer: Yes


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Do the motion of bowling balls and pins adhere to the basic laws of physics, including realistic impacts?

Answer: Yes


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Do the bowling balls remain intact and unchanged in shape throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Are bowling pins correctly arranged in a typical formation before being hit?

Answer: Yes


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Does the video maintain a consistent viewpoint of the track, bowling balls, and pins without abrupt changes?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Does the collision between the bowling balls and the pins knock down all the pins?

Answer: Yes


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Do the bowling balls and pins remain consistently visible without disappearing or teleporting in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: two bowling balls are moving fast on the bowling track. Then these two bowling balls hit down all the pins

Question: Does the video show any instances where gravity is defied, such as pins floating upwards?

Answer: No


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the person stay above water during the entire video?

Answer: No, the person submerges after jumping off the boat.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Is the boat stationary or in motion when the person jumps off?

Answer: The boat is stationary when the person jumps off.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Are there any other visible characters on the boat besides the one who jumps?

Answer: No, there are no other characters visible on the boat.


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the person use any safety gear when jumping off the boat?

Answer: No, they jump off without any visible safety gear.


Prompt: A person jumps off a boat that is floating in the lake

Question: Is the lake surface calm?

Answer: Yes, it is calm.


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the boat remain stable after the person jumps?

Answer: Yes, the boat remains stable after the person jumps.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the person resurface in the video after jumping into the lake?

Answer: Yes, the person resurfaces after jumping into the lake.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the lake's water color remain consistent in the video?

Answer: Yes, the water color remains consistent throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the person swim smoothly in the lake?

Answer: Yes, the person swims smoothly in the lake.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A person jumps off a boat that is floating in the lake

Question: Does the lighting change throughout the video?

Answer: No, the lighting remains consistent from beginning to end.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An ice cube is placed on a hot iron pot

Question: Does an ice cube melt on a hot iron pot?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: What happens to the state of the ice cube in the video?

Answer: It turns from solid to liquid


Prompt: An ice cube is placed on a hot iron pot

Question: Does the video show water formation around the ice cube on the iron pot?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: Does the iron pot maintain a consistent color throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An ice cube is placed on a hot iron pot

Question: Does frost or ice form on the iron pot instead of melting?

Answer: No


Prompt: An ice cube is placed on a hot iron pot

Question: Does the ice cube maintain its shape throughout the video?

Answer: No, it melts and changes shape.


Prompt: An ice cube is placed on a hot iron pot

Question: Was the iron pot heated in the video?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: Does the hot iron pot remain stationary while the ice cube melts?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: Do ice cubes exhibit unrealistic behaviors, like bouncing instead of melting?

Answer: No


Prompt: An ice cube is placed on a hot iron pot

Question: Does the video consistently show the interaction between the ice cube and iron pot?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: An ice cube is placed on a hot iron pot

Question: Do the physical properties, like ice melting, align with real-world physics?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: Does steam form when ice melts on a hot iron pot?

Answer: Yes


Prompt: An ice cube is placed on a hot iron pot

Question: Does the video show the ice completely or partially disappearing?

Answer: Partially, it melts into water.


Prompt: An ice cube is placed on a hot iron pot

Question: Does the video show any abrupt changes, like the ice suddenly melting?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the video show the vinegar and baking soda reaction as effervescent?

Answer: Yes


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the man wear protective gear when mixing vinegar and baking soda?

Answer: No


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Are vinegar and baking soda combined in the same container in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the mixture overflow from the glass in the video?

Answer: Yes


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Is the lighting consistent throughout the video, ensuring the man and the glass are visible?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the man add vinegar to the glass before the baking soda in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the video depict any incorrect reactions, like fire or freezing, when mixing vinegar and baking soda?

Answer: No


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Is the glass stable throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Does the glass remain intact during the reaction shown in the video?

Answer: Yes


Prompt: A man mixes Vinegar and baking soda in a glass

Question: Are the proportions and reactions between vinegar and baking soda accurate based on basic chemistry principles?

Answer: Yes


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Does the man in the video use the north pole of one magnet towards the north pole of another magnet?

Answer: Yes


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: What occurs when the north pole of one magnet approaches the north pole of another?

Answer: The two magnets repel each other.


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Do the magnets cause any video interruptions or distortions when they repel?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Does the video depict any unrealistic behavior with the magnets?

Answer: No


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Does the video correctly show magnets attracting when their north poles are brought close together?

Answer: No


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Is the man's action of moving the magnet consistent throughout the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Does the video consistently maintain the same viewpoint when showing how the magnets interact?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is using the north pole of a magnet to approach the north pole of another magnet

Question: Does the video depict any violations of basic physical laws, such as magnets merging when similar poles meet?

Answer: No


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Does the video feature both a green and a red ball?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Were both balls released from the same height in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Does the green ball bounce higher than the red ball?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Do balls released simultaneously hit the floor at the same time?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Does the video demonstrate that the green ball is more elastic than the red ball by bouncing higher?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Do the balls move smoothly and maintain a consistent trajectory?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Does the video maintain a consistent viewpoint or change smoothly if it varies?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Do the balls initially fall downward in accordance with the laws of gravity?

Answer: Yes


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Is the video environment stable and clear for observing the balls' motion?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Two balls—a green ball and a red ball—are simultaneously released from the same height. After hitting the floor, both follow an upward trajectory, but the green ball, being more elastic, bounces significantly higher than the red ball. Let's think step by step to first reason the prompt, then generate a video that strictly follows the prompt description.

Question: Do the balls maintain consistent height and rebound speed with each bounce?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Does the video depict a man kicking an iron door?

Answer: Yes

Alignment - Entity Recognition and Classification


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Is there a visible dent on the iron door after kicking it?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Is the dent mentioned in the video large and deep?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Does the man kick the door with his foot?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Are the visual effects depicting the door denting from a kick realistic?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Does the video remain consistent before and after the man kicks the door?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Are the laws of physics accurately depicted in the video regarding the door denting?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Does the door stay stable and attached after being kicked, despite any dents?

Answer: Yes


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Did the dent occur because the man kicked it or did it appear spontaneously?

Answer: The dent occurred because the man kicked it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man kicked an iron door with his foot, and the impact left a large, deep dent in its surface.

Question: Does the video maintain a consistent setting without abrupt background changes?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Does the video depict a metal bar bending?

Answer: Yes


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Is the metal bar bending shown in slow motion as described?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Does the video show a transition from elastic deformation to permanent plastic bending?

Answer: Yes


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Are micro-cracks visible on the metal bar in the video?

Answer: Yes


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Does the video use both dynamic close-ups and wide-angle shots?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Are subtle sound effects used to enhance the metal bar's transformation in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Is the force on the metal bar controlled?

Answer: Yes


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Is the metal bar bending process smooth and continuous in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Does the video maintain consistent spatial and temporal continuity?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Do micro-cracks in a metal bar result from bending and applied force?

Answer: Yes


Prompt: Create a slow-motion video of a metal bar gradually bending under controlled force, showcasing its elastic deformation transitioning into permanent plastic bending with visible micro-cracks. Use dynamic close-ups and wide-angle shots along with subtle sound effects to enhance the transformation.

Question: Does the video accurately depict the metal bar's physical behavior?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Does the video include a close-up shot of the nail interacting with the leather?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Is the nail in the video sharp and made of iron?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Is the leather as thick as described?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Does the video show the nail slowly pressing against the leather before it punctures?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Can leather fibers be observed stretching and tearing when punctured by a nail?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Does the video feature slow-motion effects when the nail pierces the leather?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Do tiny leather particles scatter when a nail punctures through it?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Is the lighting in the video soft and dramatic?

Answer: Yes


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Does the video maintain smooth continuity without abrupt scene changes?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: A close-up macro shot of a sharp iron nail slowly pressing against a thick leather surface. As pressure increases, the nail punctures the leather in a highly detailed and realistic manner. The texture of the leather is visible, showing its fibers stretching and tearing apart. Slow-motion effects capture the exact moment the nail pierces through, with tiny particles of leather scattering. The lighting is soft and dramatic, highlighting the metallic sheen of the nail and the rugged texture of the leather.

Question: Do the motion of the nail and the reaction of the leather adhere to fundamental physical principles such as pressure and puncture dynamics?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Does the video depict two cloths covering the table objects?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Are the cloths square-shaped?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Do the objects on the table vary in size, color, and mass as described?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Do clothes exhibit unique properties such as stretching, bending, and friction when covering objects?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Can the shapes of objects be discerned from the outlines formed by a fabric's deformable surface after release?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Are there scenes where objects topple when covered by the cloth?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Does the video consistently demonstrate dynamic fabric deformation due to varying object sizes and masses?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Does the video accurately depict physics by showing that lighter objects are easier to topple under the cloth than heavier ones?

Answer: Yes


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Do objects moving or toppling cause smooth transitions in the fabric's 3D surface geometry?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A small table holds various objects, including pillars and plates of different sizes, colors, and masses. Two square pieces of cloth, each with unique stretching, bending, and frictional properties, are gripped at one edge and moved forward to cover the objects, potentially causing collisions. The cloths are then released. While the fabric hides the objects, it outlines their shapes through its deformable surface. Objects may topple if they are too tall or have low mass, altering the fabric's dynamic 3D surface geometry.

Question: Do the clothes' movements realistically reflect their physical properties of stretching and bending?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Does the video depict a hand holding three apples?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Are there two apples at the bottom in the video?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Is there an apple on top of the two bottom apples in the video?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Is the top apple positioned between the two bottom apples?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Do the apples' positions or quantities change during the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Are the apples adhering to the law of gravity by not floating?

Answer: Yes


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

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

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Are there any sudden or abnormal changes in apple size?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Does the viewpoint in the video remain consistent or change smoothly?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a hand is holding three apples, two apples are at the bottom, and the third apple is on top of these two apples and lies in the middle.

Question: Is there a violation of the conservation of mass, such as unexplained disappearance or replication of apples?

Answer: No


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Does the video feature both a dog and a cat?

Answer: Yes

Alignment - Entity Recognition and Classification


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Where is the dog positioned relative to the table?

Answer: On the table


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Where is the cat in relation to the table?

Answer: Under the table


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Do the positions of the dog and the cat change in the video?

Answer: No

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Is the table stable throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Does the video show any animals or objects defying gravity?

Answer: No


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Are the size proportions of the dog, cat, and table consistent and realistic in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Does the dog interact unnaturally with its surroundings?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A dog is sitting on a table, and a cat is under the table.

Question: Is the cat's motion sometimes visible under the table in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the camera viewpoint fixed at the top of the rocket for the entire video?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the camera viewpoint fixed at the top of the rocket for the entire video?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video primarily show the sky as the rocket ascends?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video primarily show the sky as the rocket ascends?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the launching pad visible receding as the rocket lifts off in the video's early part?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the launching pad visible receding as the rocket lifts off in the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does space appear darker as a rocket ascends?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does space appear darker as a rocket ascends?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is there visible shaking or vibration suggesting turbulence during a rocket launch?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is there visible shaking or vibration suggesting turbulence during a rocket launch?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do rocket launch phases occur sequentially, starting with ignition, then liftoff, followed by ascent?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do rocket launch phases occur sequentially, starting with ignition, then liftoff, followed by ascent?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the rocket's acceleration motion have any inconsistencies, such as sudden reversals or stops that defy physics laws?

Answer: No


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the rocket's acceleration motion have any inconsistencies, such as sudden reversals or stops that defy physics laws?

Answer: No


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the sound from rocket engines become fainter as the rocket moves farther from Earth?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the sound from rocket engines become fainter as the rocket moves farther from Earth?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the Earth's curvature visible from high altitudes in a rocket?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the Earth's curvature visible from high altitudes in a rocket?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do the smoke and flame dynamics from rocket engines match expectations during a launch?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do the smoke and flame dynamics from rocket engines match expectations during a launch?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: What is the main object featured in the video?

Answer: A rocket

Alignment - Entity Recognition and Classification


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: What is the main object featured in the video?

Answer: A rocket

Alignment - Entity Recognition and Classification


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: From which viewpoint is the rocket launch primarily captured?

Answer: From a camera mounted on top of the rocket.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: From which viewpoint is the rocket launch primarily captured?

Answer: From a viewpoint mounted on top of the rocket.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video maintain a consistent viewpoint from atop the rocket during launch?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video maintain a consistent viewpoint from atop the rocket during launch?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Is the rocket in the video launching?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the rocket in the video appear to be launching?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Are there visible changes in the background during a rocket launch as it ascends?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Are there visible changes in the background during a rocket launch as it ascends?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the background scenery's rate of change align with the expected speed of a rocket launch?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the background scenery's rate of change align with the expected speed of a rocket launch?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video show any abnormal rocket behavior, like parts detaching?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video show any abnormal rocket behavior, like parts detaching?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do gravitational effects influence rocket movement?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Do gravitational effects influence rocket movement?

Answer: Yes


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video end with the camera still attached to the rocket, maintaining the initial viewpoint?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video end with the rocket still attached to the camera, maintaining the initial viewpoint?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video show any sudden viewpoint changes during the rocket's ascent that suggest editing errors?

Answer: No

Spatial-temporal Consistency - Camera Dynamics


Prompt: a rocket launching process, using the view point mounted on the top of the rocket

Question: Does the video show any sudden viewpoint changes during the rocket's ascent that suggest editing errors?

Answer: No

Spatial-temporal Consistency - Camera Dynamics


Prompt: A Spinning ball

Question: What is the main object depicted in the video?

Answer: A ball

Alignment - Entity Recognition and Classification


Prompt: A Spinning ball

Question: What is the main object depicted in the video?

Answer: A ball

Alignment - Entity Recognition and Classification


Prompt: A Spinning ball

Question: Does the ball move continuously in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball move continuously in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball spin?

Answer: Yes


Prompt: A Spinning ball

Question: Does the ball spin?

Answer: Yes


Prompt: A Spinning ball

Question: Is the ball's spinning motion smooth and consistent?

Answer: Yes


Prompt: A Spinning ball

Question: Is the ball's spinning motion smooth and consistent?

Answer: Yes


Prompt: A Spinning ball

Question: Are there any objects interacting with the spinning ball in the video?

Answer: No

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Are there any objects interacting with the spinning ball in the video?

Answer: No

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Are changes in light or shadows noticeable on a spinning ball?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Are changes in light or shadows noticeable on a spinning ball?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball appear to float or defy gravity in the video?

Answer: No


Prompt: A Spinning ball

Question: Does the ball appear to float or defy gravity in the video?

Answer: No


Prompt: A Spinning ball

Question: Does the ball's size or shape unnaturally change in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball's size or shape unnaturally change in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball spinning on a surface or in the air?

Answer: This needs to be observed in the video

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball spinning on a surface or in the air?

Answer: This needs to be observed in the video

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball's spinning speed remain constant or change noticeably?

Answer: The spinning speed should remain relatively constant or naturally decrease.


Prompt: A Spinning ball

Question: Does the ball's spinning speed remain constant or change noticeably?

Answer: The spinning speed should remain relatively constant or naturally decrease.


Prompt: A Spinning ball

Question: Does the ball spin continuously in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball spin continuously in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball levitating or resting on a surface?

Answer: Resting on a surface


Prompt: A Spinning ball

Question: Is the ball levitating or resting on a surface?

Answer: Resting on a surface


Prompt: A Spinning ball

Question: Does the video depict any sudden changes in the ball's spinning speed?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the video depict any sudden changes in the ball's spinning speed?

Answer: No


Prompt: A Spinning ball

Question: Does the ball move smoothly and consistently like a spinning object?

Answer: Yes


Prompt: A Spinning ball

Question: Does the ball move smoothly and consistently like a spinning object?

Answer: Yes


Prompt: A Spinning ball

Question: Are there any objects in the video besides the ball?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Are there any objects in the video besides the ball?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Can you identify the type of ball by its appearance?

Answer: Yes


Prompt: A Spinning ball

Question: Can you identify the type of ball by its appearance?

Answer: Yes