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


Prompt: A Spinning ball

Question: Does the video background remain static while the ball spins?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the video background remain static while the ball spins?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Do the lighting conditions in the video stay constant?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Do the lighting conditions in the video stay constant?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the video show any unrealistic behaviors, like the ball flying upwards unexpectedly?

Answer: No


Prompt: A Spinning ball

Question: Does the video show any unrealistic behaviors, like the ball flying upwards unexpectedly?

Answer: No


Prompt: A Spinning ball

Question: Does the ball's size stay the same throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball's size stay the same throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the man carrying anything while running in the video?

Answer: Yes, a water bottle


Prompt: a man is running when holding a water bottle

Question: Is the man carrying anything while running in the video?

Answer: Yes, a water bottle


Prompt: a man is running when holding a water bottle

Question: What activity is the man doing in the video?

Answer: Running


Prompt: a man is running when holding a water bottle

Question: What activity is the man performing in the video?

Answer: Running


Prompt: a man is running when holding a water bottle

Question: Is the man in the video stationary or moving?

Answer: Moving

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the man in the video stationary or moving?

Answer: Moving

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: How does the man keep the water bottle throughout the video?

Answer: He holds it in his hand

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: How does the man keep the water bottle throughout the video?

Answer: He holds it in his hand

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the water level in the bottle stay the same throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the water level in the bottle stay the same throughout the video?

Answer: Yes


Prompt: a man is running when holding a water bottle

Question: Does the background change abruptly as the man runs?

Answer: No, it changes smoothly as he moves.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the background change abruptly as the man runs?

Answer: No, it changes smoothly as he moves.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the water bottle ever dropped in the video?

Answer: No, it is held consistently throughout.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the person drop the water bottle in the video?

Answer: No, he consistently holds onto it.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man's running motion look natural and consistent with human running?

Answer: Yes


Prompt: a man is running when holding a water bottle

Question: Does the man's running motion look natural and consistent with human running?

Answer: Yes


Prompt: a man is running when holding a water bottle

Question: Does the man ever run without holding the water bottle?

Answer: No, he holds the water bottle throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man ever run without holding the water bottle?

Answer: No, he holds the water bottle throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man's speed in the video remain constant?

Answer: Yes, it remains relatively consistent, appropriate for a running pace.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man's speed in the video remain constant?

Answer: The speed remains relatively consistent, appropriate for a running pace.

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: Is the athlete in the video a young male?

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 impressive 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: Is the basketball court shown in the video outdoors?

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 video feature a slow-motion effect of the ball spinning in the air?

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 is the player wearing in the video?

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 cheering crowd in the background of the video?

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: Are there bright stadium lights 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 ball's motion in the video adhere to the laws of gravity?

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: Do the lights maintain consistent brightness 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: Does the crowd consistently maintain their presence and activity level throughout 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: Does the player's outfit change during the video?

Answer: No

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: Do the athlete's actions, such as dribbling and dunking, appear physically plausible?

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 slow-motion effect in the video applied smoothly?

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 a spinning ball behave as expected under air resistance and gravity?

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 all scenes in the storyline smoothly connected without abrupt jumps?

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: 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: 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: What basketball skills are demonstrated in the video?

Answer: Dribbling and slam dunks

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: What basketball skills are demonstrated in the video?

Answer: Dribbling and slam dunks

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 basketball court indoor or outdoor?

Answer: Outdoor


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 basketball court indoor or outdoor?

Answer: Outdoor


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 there special effects in the basketball scenes of the video?

Answer: Yes, it includes a cinematic slow-motion effect.

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: Are there special effects in the basketball scenes of the video?

Answer: Yes, a cinematic slow-motion effect

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 is often seen spinning slowly in the air?

Answer: A basketball

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 is often seen spinning slowly in the air?

Answer: A basketball

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 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: What type of outfit is the 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: Are there people in the background and what are they doing?

Answer: Yes, there is a cheering crowd.

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: Are there people in the background and what are they doing?

Answer: Yes, there is a cheering crowd.

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: What type of lighting is shown in the video?

Answer: Bright stadium lights


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 lighting is shown in the video?

Answer: Bright stadium lights


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 transition between normal speed and slow motion smooth 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: Is the transition between normal speed and slow motion smooth and consistent 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: Do the laws of gravity apply to a basketball when thrown or bouncing?

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: Do the laws of gravity apply to a basketball when thrown or bouncing?

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 crowd react synchronously to the athlete's actions, such as cheering during impressive moves?

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: Does the crowd react synchronously to the athlete's actions, such as cheering during impressive moves?

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: Are all movements of the athlete and the ball smooth and continuous?

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 all movements of the athlete and the ball smooth and continuous?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the video feature a German Shepherd attempting to jump?

Answer: Yes

Alignment - Entity Recognition and Classification


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

Question: Does the video feature a German Shepherd attempting to jump?

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 doing in the video?

Answer: Jumping


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

Question: What is the German Shepherd doing in the video?

Answer: Jumping


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

Question: What does the German Shepherd try to catch?

Answer: A ball

Alignment - Entity Recognition and Classification


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

Question: What does the German Shepherd try to catch?

Answer: A ball

Alignment - Entity Recognition and Classification


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

Question: Does the dog catch the ball in 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 dog catch the ball in 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 dog's action of trying to catch the ball adhere to the laws of gravity?

Answer: Yes


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

Question: Does the dog's action of trying to catch the ball adhere to the laws of gravity?

Answer: Yes


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

Question: Does the ball abruptly appear or disappear in 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 ball abruptly appear or disappear in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the motion of the German Shepherd and the ball smooth throughout the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Is the motion of the German Shepherd and the ball smooth throughout the video?

Answer: Yes

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Is the ball's motion consistent with typical throwing behavior?

Answer: Yes


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

Question: Is the ball's motion consistent with typical throwing behavior?

Answer: Yes


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

Question: Does the video maintain a consistent viewpoint to clearly show the dog's action?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the video maintain a consistent viewpoint to clearly show the dog's action?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


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

Question: Are any animals or objects inaccurately shown interacting with the ball?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are any animals or objects inaccurately shown interacting with the ball?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do a feather and a heavy rock fall at the same rate?

Answer: No, the feather falls slower due to air resistance.


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

Question: Do a feather and a heavy rock fall at the same rate?

Answer: No, the feather falls slower due to air resistance.


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

Question: Are the feather and the rock visible during the entire video?

Answer: Yes, both are visible throughout their fall.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are the feather and the rock visible during the entire video?

Answer: Yes, both are visible throughout their 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 in the video flutter or move erratically as it falls?

Answer: Yes, the feather moves erratically due to its light weight and surface area.


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

Question: Does the feather in the video flutter or move erratically as it falls?

Answer: Yes, the feather moves erratically due to its light weight and surface area.


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

Question: Does the rock's falling speed change suddenly in the video?

Answer: No, the rock's speed should consistently increase due to gravity until it reaches the ground.


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

Question: Does the rock's falling speed change suddenly in the video?

Answer: No, the rock's speed should consistently increase due to gravity until it reaches the ground.


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

Question: Do the rock and feather start falling simultaneously in the video?

Answer: Yes, they are released at the same time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do the rock and feather start falling simultaneously in the video?

Answer: Yes, they are released at the same time.

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's size or shape change during its fall in the video?

Answer: No, the feather maintains its size and shape.

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's size or shape change during its fall in the video?

Answer: No, the feather maintains its size and shape.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the lighting or camera angle change abruptly, affecting the visibility of falling objects?

Answer: No, the lighting and camera angle remain consistent to clearly show the fall.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the lighting or camera angle change abruptly, affecting the visibility of falling objects?

Answer: No, the lighting and camera angle remain consistent to clearly show the fall.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does a rock bounce when it hits the ground?

Answer: No, the rock does not bounce; it comes to rest upon impact.


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

Question: Does a rock bounce when it hits the ground?

Answer: No, the rock does not bounce; it comes to rest upon impact.


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

Question: Does the video inaccurately depict the rock floating or rising at any point?

Answer: No, the rock consistently falls downwards, in alignment with gravity.


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

Question: Does the video inaccurately depict the rock floating or rising at any point?

Answer: No, the rock consistently falls downwards, in alignment with gravity.


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

Question: Does the video accurately depict gravity's effects on a feather and a rock?

Answer: Yes, it shows the rock falling faster and the feather falling slower, as expected under gravity.


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

Question: Does the video accurately depict gravity's effects on a feather and a rock?

Answer: Yes, it shows the rock falling faster and the feather falling slower, as expected under gravity.


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

Question: Is the road clear of rocks at the end of the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the road clear of rocks at the end of the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many people are working to clear the rocks from the road?

Answer: Two


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

Question: How many people are working on clearing the rocks from the road?

Answer: Two


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

Question: What are the individuals in the video doing?

Answer: Pushing rocks

Alignment - Entity Recognition and Classification


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

Question: What are the two individuals in the video doing?

Answer: Pushing rocks

Alignment - Entity Recognition and Classification


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

Question: Do the rocks maintain their size throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do the rocks maintain their size throughout the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are the individuals pushing or carrying the rocks?

Answer: Pushing

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Are the individuals pushing or carrying the rocks?

Answer: Pushing

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the activity occur during the day or night?

Answer: Day


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

Question: Does the activity occur during the day or night?

Answer: Day


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

Question: Do the movements of people and rocks accurately adhere to the laws of gravity?

Answer: Yes


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

Question: Do the movements of people and rocks accurately adhere to the laws of gravity?

Answer: Yes


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

Question: Do people use tools or their bare hands to move rocks?

Answer: Bare hands


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

Question: Do people use tools or their bare hands to move rocks?

Answer: Bare hands


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

Question: Does the road appear cleaner after the rocks are moved?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the road appear cleaner after the rocks are pushed aside?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are there any changes in the background environment, such as weather or light intensity, during the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are there any changes in the background environment, such as weather or light intensity, during the video?

Answer: No

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 depict two bowling balls on a track?

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 depict two bowling balls on a track?

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 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 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 remain intact 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: Do the bowling balls remain intact 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: How many bowling balls can be seen moving on the track at the same time?

Answer: Two


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

Question: How many bowling balls are visible moving on the track at the same time?

Answer: Two


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

Question: Do the two bowling balls knock down the pins simultaneously?

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 two bowling balls knock down the pins simultaneously?

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 consistently show a bowling lane?

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 consistently show a bowling lane?

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 movement of bowling balls accurately simulate real-life physics?

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 movement of bowling balls accurately simulate real-life physics?

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 number of pins knocked down in the video match the standard bowling pin setup?

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 number of pins knocked down in the video match the standard bowling pin setup?

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 show anything besides the bowling track, balls, or pins?

Answer: No

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 anything besides the bowling track, balls, or pins?

Answer: No

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 typically arranged in a triangular formation before play?

Answer: Yes


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 typically arranged in a triangular formation before play?

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 motion of bowling balls smoothly transition from moving fast to hitting 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: Does the motion of bowling balls smoothly transition from moving fast to hitting 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: Does each bowling ball knock down pins based on typical physical interactions?

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 each bowling ball knock down pins based on typical physical interactions?

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 pins move or shake before being hit by the ball due to video inconsistencies?

Answer: No

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 pins move or shake before being hit by the ball due to video inconsistencies?

Answer: No

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 pins react realistically when struck by the balls?

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 pins react realistically when struck by the balls?

Answer: Yes


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

Question: Is the lighting consistent and sufficient throughout the video to clearly view the bowling balls and 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: Is the lighting consistent and sufficient throughout the video to clearly view the bowling balls and pins?

Answer: Yes

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the video show someone performing an action on a boat?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the video show someone performing an action on a boat?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

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

Answer: Jumping off

Spatial-temporal Consistency - Spatial Dynamics


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

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

Answer: Jumping off

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Where is the boat when someone jumps off?

Answer: In the lake


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

Question: Where is the boat when someone jumps off?

Answer: In the lake


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

Question: Is the boat stationary or moving?

Answer: Moving

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the boat stationary or moving?

Answer: Moving

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What happens to a person's motion in water after jumping off?

Answer: The person descends downwards due to gravity.


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

Question: What happens to a person's motion in water after jumping off?

Answer: The person descends downwards due to gravity.


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

Question: Is the water environment depicted as a typical lake with surrounding land?

Answer: Yes


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

Question: Is the water environment depicted as a typical lake with surrounding land?

Answer: Yes


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

Question: Are there any sudden changes in the lake environment, like water disappearing?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are there any sudden changes in the lake environment, like water disappearance?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does a person vanish or adapt to swim or float upon entering water?

Answer: Adapts to a swimming or floating posture

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does a person vanish or adapt to swim or float upon entering water?

Answer: Adapts to a swimming or floating posture

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the video maintain a smooth transition when the person jumps off the boat?

Answer: Follows a smooth transition

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the video maintain a smooth transition when the person jumps off the boat?

Answer: Follows a smooth transition

Spatial-temporal Consistency - Camera Dynamics


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

Question: Will the boat rock slightly when someone jumps off due to the imparted force?

Answer: Yes


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

Question: Will the boat rock slightly when someone jumps off due to the imparted force?

Answer: Yes


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: 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 is the initial state of an object placed on a pot?

Answer: Solid


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

Question: What is the initial state of the object on the pot?

Answer: Solid


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

Question: What state change is expected for the ice cube in the video?

Answer: It should change from solid to liquid.


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

Question: What state change is expected for the ice cube in the video?

Answer: It should change from solid to liquid


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

Question: Does the ice cube's size change throughout the video?

Answer: Yes, it decreases.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the size of the ice cube decrease throughout the video?

Answer: Yes, it decreases

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the hot iron pot visible in the entire video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the hot iron pot visible in the entire video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do any parts of the hot iron pot move or change shape in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do any parts of the hot iron pot move or change shape in the video?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the iron pot remain stationary in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the iron pot remain stationary in the video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Should ice emit steam or vapor as it melts?

Answer: Yes


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

Question: Should ice emit steam or vapor as it melts?

Answer: Yes


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

Question: What visual effects indicate that a pot is hot?

Answer: Visual effects such as glowing red or sizzling sounds indicate heat.


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

Question: What visual effects indicate that a pot is hot?

Answer: Visual effects such as glowing red or sizzling sounds can indicate that a pot is hot.


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

Question: Does the ice cube jump off the pot or float at any point?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the ice cube jump off the pot or float at any point?

Answer: No

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What is the result of mixing vinegar and baking soda in a glass?

Answer: A chemical reaction occurs, producing bubbles and foam.


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

Question: What is the result of mixing vinegar and baking soda in a glass?

Answer: A chemical reaction occurs, producing bubbles and foam.


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

Question: Will a glass containing a mixture of vinegar and baking soda remain stable during the reaction?

Answer: The glass should remain stable and not be knocked over.


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

Question: Will a glass containing a mixture of vinegar and baking soda remain stable during the reaction?

Answer: The glass should remain stable and not be knocked over.


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

Question: What is the consistency of the foam produced by mixing vinegar and baking soda?

Answer: The foam is typically thick.


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

Question: What is the consistency of the foam produced by mixing vinegar and baking soda?

Answer: The foam is typically thick.


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

Question: How does adding baking soda to vinegar affect the volume inside the glass?

Answer: The volume increases, causing bubbling and rising foam.


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

Question: How does adding baking soda to vinegar affect the volume inside the glass?

Answer: The volume increases, causing bubbling and rising foam.


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

Question: Does mixing vinegar with baking soda change the color of the mixture?

Answer: No significant color change occurs, though it may become slightly cloudier from foam and bubbles.


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

Question: Does mixing vinegar with baking soda change the color of the mixture?

Answer: No significant color change occurs, though it may become slightly cloudier from foam and bubbles.


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

Question: Can the reaction between vinegar and baking soda be reversed by simple physical means once mixed?

Answer: No, the reaction cannot be reversed by simple physical means.


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

Question: Can the reaction between vinegar and baking soda be reversed by simple physical means once mixed?

Answer: No, the reaction cannot be reversed by simple physical means.


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

Question: Does the position where baking soda is added affect the foam distribution in the glass?

Answer: Yes, adding it to the center promotes even distribution, but foam will form regardless of position.


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

Question: Does the position where baking soda is added affect the foam distribution in the glass?

Answer: Yes, adding it to the center promotes even distribution, but foam will form regardless of position.


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

Question: Does the man use the north pole of his magnet to approach the south pole of the other magnet?

Answer: No


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: They repel each other


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

Question: Should the magnets touch each other in the demonstration?

Answer: No, they repel each other before touching.


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 unnatural movements of the magnets, like sudden jerks or floating?

Answer: No, the magnets only exhibit natural repelling movements.


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

Question: Do the magnets change in appearance or shape during the video?

Answer: No, the magnets retain their original appearance and shape.

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: Is specific safety equipment required for the magnet demonstration shown in the video?

Answer: No, typical magnets used in such demonstrations do not require safety equipment.


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

Question: Does the repulsion strength between the magnets increase as they approach each other in the video?

Answer: Yes, the repelling force increases as they get closer.


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

Question: Should the background or table move during the video?

Answer: No, both the background and table should remain static and consistent throughout the video.

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: Are there any scenes in the video where gravity does not affect the magnets correctly?

Answer: No, all scenes correctly depict the magnets affected by gravity.


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

Question: Do any objects, including magnets, change color unnaturally in the video?

Answer: No, all objects maintain consistent coloring throughout the video.

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 in the video start from the same height?

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 both balls in the video start from the same height?

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: Which ball bounces higher when it hits the floor?

Answer: The green ball


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: Which ball bounces higher when it hits the floor?

Answer: The green ball


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 hit the floor at the same time in the video?

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 hit the floor at the same time in the video?

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 differ in elasticity based on their bounce heights?

Answer: Yes, the green ball is more elastic since it bounces higher.


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 differ in elasticity based on their bounce heights?

Answer: Yes, the green ball is more elastic since it bounces higher.


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 both balls follow an upward trajectory after hitting the floor in the video?

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 both balls follow an upward trajectory after hitting the floor in the video?

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 ball colors remain the same throughout 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: Do the ball colors remain the same throughout 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: Do the balls in the video bounce only once or multiple times?

Answer: The problem does not specify, but both should follow the same pattern, whether bouncing once or multiple times.


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 in the video bounce only once or multiple times?

Answer: The problem does not specify, but both should follow the same pattern, whether bouncing once or multiple times.


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 slow down at the peak of their bounce?

Answer: Yes, due to gravity.


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 slow down at the peak of their bounce?

Answer: Yes, due to gravity.


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 retain their shape and size throughout the video despite bouncing impacts?

Answer: Yes, they should maintain their shape and size.


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 retain their shape and size throughout the video despite bouncing impacts?

Answer: Yes, they should maintain their shape and size.


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 there a moment in the video where one ball is stationary while the other moves?

Answer: No, both balls are released simultaneously and hit the floor at the same time, starting their motion together.

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: Is there a moment in the video where one ball is stationary while the other moves?

Answer: No, both balls are released simultaneously and hit the floor at the same time, starting their motion together.

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: Did the man use his hand to make the dent in the iron door?

Answer: No, he used his foot.


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

Question: Did the man use his hand to make the dent in the iron door?

Answer: No, he used his foot.


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

Question: What material is the door in the video made from?

Answer: Iron


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

Question: What material is the door in the video made from?

Answer: Iron


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 remain undamaged after being kicked by the man?

Answer: No, it has a large, deep dent.


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 remain unchanged after being kicked by the man?

Answer: No, it has a large, deep dent after being kicked.

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: Is the dent on the iron door small and shallow?

Answer: No, it is large and deep.


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 on the iron door small and shallow?

Answer: No, it is large and deep.


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

Question: Does the dent appear instantly when the man's foot contacts the door?

Answer: Yes, the dent appears instantly when the man's foot contacts the door.

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 dent appear instantly when the man's foot contacts the door?

Answer: The dent appears instantly upon contact.

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 depict any unrealistic reactions of the door after being kicked, like bouncing or disintegrating?

Answer: No, the door only shows a dent.


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 any unrealistic reactions of the door after being kicked, like bouncing or disintegrating?

Answer: No, the door only shows a dent.


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 iron door multiple times to create the dent in the video?

Answer: No, the dent is caused by a single kick.

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 man kick the iron door multiple times to create the dent in the video?

Answer: No, the dent is caused by a single kick.

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 consistently portray the man and the door throughout the scene?

Answer: Yes, both the man and the door maintain a consistent appearance.

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 consistently portray the man and the door throughout the scene?

Answer: Yes, both the man and the door maintain a consistent appearance.

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: Is there evidence of physical laws being violated, such as a dent forming without contact or a door floating after impact?

Answer: No, there should be no such physical violations.


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

Question: Is there evidence of physical laws being violated, such as a dent forming without contact or a door floating after impact?

Answer: No, there should be no such physical violations.


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

Question: Are any tools or objects used to create the dent in the video besides the man's foot?

Answer: No, only the man's foot is used to create the dent.

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 any tools or objects used to create the dent in the video besides the man's foot?

Answer: No, only the man's foot is used to create the dent.

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 metal bar bend when force is applied 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 metal bar bend when force is applied 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 show the metal bar transitioning from elastic deformation to 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: Does the video show the metal bar transitioning from elastic deformation to 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: Does the video feature both close-up 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: Does the video include both close-up 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: Is the metal bar bending shown in slow-motion?

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 metal bar bending shown in slow-motion?

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: Are micro-cracks visible on the bending metal bar?

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: Are micro-cracks visible on the bending metal bar?

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 there subtle sound effects when the metal bar bends 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: Are there subtle sound effects when the metal bar bends 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 applied to the metal bar controlled and gradual?

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 force applied to the metal bar controlled and gradual?

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 there any inconsistencies in the metal bar's appearance and continuity in the video?

Answer: No

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: Are there any inconsistencies in the metal bar's appearance throughout the video?

Answer: No

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 have a smooth flow without abrupt jumps or cuts?

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 have a smooth flow without abrupt jumps or cuts?

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 bending and formation of micro-cracks in the metal bar structurally plausible?

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 bending and micro-crack formation in the metal bar structurally plausible?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does light split into different colors when passing through water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does light split into different colors when passing through water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: What causes a beam of white light to split into a rainbow spectrum?

Answer: The refraction of light as it passes through water.


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: What causes a beam of white light to split into a rainbow spectrum?

Answer: The refraction of light as it passes through water.


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Is the white light beam visible throughout the entire video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Is the white light beam visible throughout the entire video?

Answer: Yes

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does the video depict light entering water at an angle?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does the video depict light entering water at an angle?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Are all rainbow colors visible in the spectrum shown in the video?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Are all rainbow colors visible in the spectrum shown in the video?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does white light change direction when passing through water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does white light change direction when passing through water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does the video consistently show the interaction between light and water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does the video consistently show the interaction between light and water?

Answer: Yes


Prompt: A beam of white light passes through water, bending and splitting into a vibrant rainbow spectrum as it changes direction.

Question: Does the video show a smooth transition of light splitting into a spectrum?

Answer: Yes