Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is the planet shown in this video Earth?

Answer: The blue planet shown does not have continents shaped like Earth's.

Alignment - Entity Recognition and Classification


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: How do planets move?

Answer: They revolve around themselves.


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Does the planet orbit the sun?

Answer: Cannot determine without more information.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: What surrounds the planet?

Answer: A blue halo.


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is there a blue halo around Earth?

Answer: Yes, but its size is smaller than depicted in the video, which may defy common sense.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: How many legs does the robot have?

Answer: Two


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Is there a wheel robot present?

Answer: No, only a bipedal robot.

Alignment - Entity Recognition and Classification


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: What action is the robot performing?

Answer: It is walking towards an obstacle until it collides.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Does a collision occur in the video?

Answer: Yes, the robot collides with an obstacle.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: What happens after the robot running into an obstacle?

Answer: The robot runs into the obstacle with sparks going outside, which violates the common sense and the actual physical constraints.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: We know the collision between rigid bodies does not typical cause one object running into another due to the physical constraints. What happens after the collision?

Answer: robot runs into the obstacle with sparks going outside, which violates the common sense and the actual physical constraints.


Prompt: Dew drops on leaves in the morning

Question: What actions do the leaves exhibit?

Answer: They shake, indicating the presence of wind.


Prompt: Dew drops on leaves in the morning

Question: Is there wind indoors?

Answer: Yes, as evidenced by the movement of leaves and stems.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: What is the typical shape of dew drops?

Answer: Mostly spherical, although some may form under leaves, seemingly defying gravity.


Prompt: Dew drops on leaves in the morning

Question: Is there anything unusual?

Answer: Yes, there are dewdrops under the leaves, which defies gravity.


Prompt: Dew drops on leaves in the morning

Question: Do dews fall from leaves?

Answer: No, the dews remain mostly static, even beneath the leaves, indicating that they do not follow gravity.


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: How many birds are visible in the video?

Answer: One


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: What does the lighthouse look like?

Answer: It is painted white with black horizontal stripes near the top.


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is the lighthouse newly built?

Answer: No, it shows signs of weathering, discoloration, and wear.


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Does the seagull disappear in the video?

Answer: Yes, at the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: At what time of day was this video recorded?

Answer: Near sunrise or sunset

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: What indicates the wind level?

Answer: The movement of waves and flags.


Prompt: Generate an alligator driving a car

Question: Is there a man wearing sunglasses?

Answer: There is no man present.

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: Are there any snakes inside?

Answer: Not sure, the driver resembles an alligator and there's something like a snake's tail on the side.

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: Is the driver's head visible?

Answer: No, the alligator's head is not visible.

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: Is the alligator's head visible?

Answer: No, it is not visible.


Prompt: Generate an alligator driving a car

Question: How many tails are visible?

Answer: Two.


Prompt: Generate an alligator driving a car

Question: What is the driver's motion?

Answer: Shaking its body.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate an alligator driving a car

Question: How many tails does an alligator have?

Answer: One


Prompt: Generate an alligator driving a car

Question: How many tails does the alligator in the video have?

Answer: One, the other one is not the alligator's.


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: What is the dog doing?

Answer: Running energetically across the grassy lawn

Spatial-temporal Consistency - Spatial Dynamics


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: What is the cat doing?

Answer: Sitting indoors, gazing at the garden


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: Is there a ball in the video?

Answer: No, there is no ball.

Alignment - Entity Recognition and Classification


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: Is there a fence visible inside?

Answer: Yes.

Alignment - Entity Recognition and Classification


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: What time of day was this video recorded?

Answer: Daytime, as indicated by the outdoor lighting.


Prompt: generate a cat sitting in front of a window, watching a dog playing in the garden

Question: Does the video show glass?

Answer: Yes, as evidenced by the door's design, which typically includes glass.


Prompt: a man and a woman riding a horse

Question: How many individuals are in the video?

Answer: Two, a man and a woman.


Prompt: a man and a woman riding a horse

Question: Is there a woman sitting in the front in the video?

Answer: No, the woman is sitting near the man with a gap, indicating a violation of common sense.


Prompt: a man and a woman riding a horse

Question: How many houses are there inside?

Answer: Only one.


Prompt: a man and a woman riding a horse

Question: What abnormality is present in the video?

Answer: The video shows a woman appearing to ride a second horse, but only one horse is visible, which defies common sense.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: What is the weather like in the video?

Answer: Sunny with a clear sky.


Prompt: a man and a woman riding a horse

Question: Are they riding in an open grassland devoid of trees?

Answer: No, there are many trees present where the two people are riding horses on the grassland.


Prompt: Generate a man drinking up a cup of coffee

Question: Where did the glass make contact with the man's face?

Answer: On his lip, aligned with common sense.


Prompt: Generate a man drinking up a cup of coffee

Question: Where does the glass touch the man's face when he drinks wine?

Answer: On his lip.


Prompt: Generate a man drinking up a cup of coffee

Question: Does the man have a beard?

Answer: Yes, he does.


Prompt: Generate a man drinking up a cup of coffee

Question: How many cups are there?

Answer: Two.


Prompt: Generate a man drinking up a cup of coffee

Question: How many plates are inside?

Answer: One.


Prompt: Generate a man drinking up a cup of coffee

Question: What time of day was this video recorded?

Answer: Daytime, as indicated by the outdoor lighting.


Prompt: Generate a rose, a sunflower and a daisy

Question: Where did the glass make contact with the man's face?

Answer: Near his nose, rather than his lip, suggesting a breach of common sense.


Prompt: Generate a rose, a sunflower and a daisy

Question: Where on the man's face did the glass touch when he was drinking wine?

Answer: Near his nose, instead of his lip, indicating a violation of common sense.


Prompt: Generate a rose, a sunflower and a daisy

Question: What is the man sitting on?

Answer: A wooden chair.


Prompt: Generate a rose, a sunflower and a daisy

Question: How many chairs are there inside?

Answer: Two


Prompt: Generate a rose, a sunflower and a daisy

Question: Is there a sofa inside?

Answer: Yes, there is one.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: What is the man doing?

Answer: Drinking a glass of wine


Prompt: refill a glass of tap water

Question: What action is the person performing?

Answer: Pouring water from a cup into a glass.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Is there anything abnormal in the video?

Answer: Yes, the water comes from very small cups and continuously dumps outside, violating the principle of constant water volume as the total amount keeps increasing without external inputs.


Prompt: refill a glass of tap water

Question: Is water coming out from the tap?

Answer: No, it comes out from a small cup held by a person.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: How many hands are visible in the video?

Answer: Two, one is holding a cup.


Prompt: refill a glass of tap water

Question: Are there any plants inside?

Answer: No, there is only a cleaning rag inside.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: Does the water level in the glass increase as water flows in from the tap?

Answer: Yes, the water level increases when water flows into the glass.


Prompt: refill a glass of tap water

Question: Does the amount of water in a glass increase when tap water flows into it?

Answer: Yes, the water level in the glass increases as water flows in.


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

Question: How many rockets are launched in the video?

Answer: Only one, with complex structure.


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

Question: Are there any buildings inside?

Answer: Yes, some buildings appear to be industrial or aerospace facilities.

Alignment - Entity Recognition and Classification


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

Question: Where is the camera mounted on the rocket?

Answer: At the top of the static rocket.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Was there a tower or launching clamp visible in the video?

Answer: No, the rocket launched from the ground.

Alignment - Entity Recognition and Classification


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

Question: Is the rocket moving upwards in the video?

Answer: No, the rocket is mostly static by the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the rocket moving upwards during the launch in this video?

Answer: No, the rocket is mostly static by the end of the video.

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 disappear at the end of the launch video?

Answer: No, the rocket remains visible in the video.

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 camera's motion?

Answer: Moving upwards.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: How many rockets are featured in the video?

Answer: One


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: What action are the rockets performing in the video?

Answer: Launching

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Does the length of the rocket change over time?

Answer: Yes, the length of the rocket shrinks around the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Is the rocket in the video moving upwards?

Answer: Yes, as indicated by the changing centroid position over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: We know that when the rocket is launching, it will moving upwards in a very fast speed. Does the launching rocket moving upwards in this video?

Answer: Yes, given the changing trend of the centriod of the rocket over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Is there a launching clamp inside?

Answer: No, only the rocket.

Alignment - Entity Recognition and Classification


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: What is located beneath the rocket at the start of the video?

Answer: A gray solid item.


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: What is located under the launching rocket at the beginning of the video?

Answer: A gray solid item.


Prompt: Generate a video for launching two rockets

Question: How many watermelons are shown in the video?

Answer: One complete and one half.


Prompt: Generate a video for launching two rockets

Question: Is there a weapon inside?

Answer: No, only a small metallic tool, possibly a drill or a precision cutter.

Alignment - Entity Recognition and Classification


Prompt: Generate a video for launching two rockets

Question: Is there a bullet inside?

Answer: No.


Prompt: Generate a video for launching two rockets

Question: Does the watermelon break in the video?

Answer: No, both watermelon pieces are complete.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the watermelon's shape change in the video?

Answer: No, both watermelon pieces remain complete and static.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the process that a bullet is shot into a watermelon

Question: How many balls were shown in the video?

Answer: Over five.


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Is there a tower inside?

Answer: Yes.

Alignment - Entity Recognition and Classification


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Does the ball hit the tower?

Answer: No, it free falls behind the tower.


Prompt: Generate the process that a bullet is shot into a watermelon

Question: How many silver balls were in the video?

Answer: None, only black metallic balls.


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Can we determine if the ball hits based on the video?

Answer: No, there is insufficient information available.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Where does the ball begin to fall?

Answer: Beyond the top of the tower.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: Does anything unexpected occur in the video?

Answer: Yes, text suddenly appears towards the end.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the sun visible in this video?

Answer: No.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: How does the Earth move?

Answer: It revolves on its axis and orbits from west to east.


Prompt: Generate the free fall process of an iron ball from a tower

Question: Does the Earth move in a circular motion around other objects?

Answer: No, it follows a straight line motion.


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the moon visible in this video?

Answer: No.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: Where is the Earth positioned at the end of this video?

Answer: On the left, moving from left to right before the last scene.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: What is the shape of the Earth?

Answer: Mostly spherical.


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: What is the shape of Earth depicted in the video?

Answer: Slightly ellipsoid.


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Does the Earth rotate around the Sun?

Answer: Yes


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Does the Earth rotate around the sun in the video?

Answer: Initially, it exhibits random motion, then begins to rotate in an incorrect circular orbit.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Can we see the moon in this video?

Answer: No.

Alignment - Entity Recognition and Classification


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Does the Earth occult the Sun as it moves?

Answer: No, the Sun maintains a circular shape and appears above the Earth during such an overlap, which contradicts the definition of an occultation.


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is there a robot visible inside?

Answer: We observe mechanical components scattered on a light green surface, resembling parts of a robotic assembly, possibly from a construction set like LEGO, but it's unclear from the video.

Alignment - Entity Recognition and Classification


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is the robot-like structure static?

Answer: No, its shape changes over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Do the two robots collide in the video?

Answer: No, they move away from each other.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Did the larger robot move?

Answer: No, it's mostly static.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Did the smaller robot move around the larger one?

Answer: Yes, it first moved away from the larger robot and then moved back.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Are there any other moving objects in the video besides the two robots?

Answer: No, only the two robots initially located close to each other.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Are the dew drops on the stem and leaves spherical in the video?

Answer: We cannot determine with the available information.


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Were there any spherical dews visible in the video?

Answer: We cannot tell with the information available.

Alignment - Entity Recognition and Classification


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is the video quality clear?

Answer: No, it's too ambiguous and nothing is clearly visible.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is the leaf shaking?

Answer: Yes, considering the dynamics of the background leaves.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A scientifically accurate animation of the Earth revolving around the Sun in its elliptical orbit. The Sun remains fixed at the center, glowing brightly, while the Earth orbits smoothly over the course of a full year. The Earth's axial tilt of 23.5 degrees is visible, causing seasonal changes. As the Earth moves, it also rotates on its axis, creating a realistic day-night cycle. The background is a vast space with stars, and the camera perspective follows the orbit from a heliocentric view, clearly showing the path of revolution.

Question: Is there wind present in the video?

Answer: Yes, as indicated by the movement of leaves in the background.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: What is the style of the video?

Answer: Cartoon-like


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: How many birds are visible in the video?

Answer: Two.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Are there any birds near the lighthouse in the video?

Answer: Yes, one close to the light.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Which direction is the seagull flying?

Answer: Towards the audience.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Are there any albatrosses inside?

Answer: No, there are no albatrosses.

Alignment - Entity Recognition and Classification


Prompt: Dew drops on leaves in the morning

Question: Is the alligator driving the car?

Answer: We cannot tell with the information available.


Prompt: Dew drops on leaves in the morning

Question: Is there a human driving the car in the video?

Answer: No, there is no human inside.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: Where is the steering wheel located?

Answer: Behind the alligator.


Prompt: Dew drops on leaves in the morning

Question: What's the issue in this video?

Answer: The panel and the steer wheel lays behind of the driver, and locates on the opposite side of the driving direction.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Dew drops on leaves in the morning

Question: Did the video show the alligator's arm?

Answer: No, the alligator's arm was not shown.

Alignment - Entity Recognition and Classification


Prompt: Dew drops on leaves in the morning

Question: Was the alligator's arm holding the steering wheel?

Answer: No, the alligator's arm was not included.

Alignment - Entity Recognition and Classification


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: How many dogs appear in the video?

Answer: Initially one, then increases to two.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: What is the dog doing in the house?

Answer: There is no dog in the house.

Alignment - Entity Recognition and Classification


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: What is the house cat doing?

Answer: Watching the dog play outside


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Are the dogs playing with balls?

Answer: No, they are just walking around.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Has the cat's head moved significantly over time?

Answer: No, it remains mostly static, observing the dogs outside.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: What abnormalities are present in the video?

Answer: Initially, one dog is playing outside, then it inexplicably splits into two, creating an inconsistency.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: How many individuals are in the video?

Answer: Two, a man and a woman.


Prompt: Generate an alligator driving a car

Question: How many horses are in the video?

Answer: Two, one ridden by a man and another ridden by a woman.


Prompt: Generate an alligator driving a car

Question: How is the man riding the horse?

Answer: Riding side-saddle


Prompt: Generate an alligator driving a car

Question: In which direction are the horses moving?

Answer: To the left, perpendicular to the direction their heads are facing, defying common sense.


Prompt: Generate an alligator driving a car

Question: What is the direction of movement for both horses relative to their head orientation?

Answer: To the left side of the horses, perpendicular to their head orientation, which is contrary to common expectations.


Prompt: Generate an alligator driving a car

Question: Is there wind present?

Answer: Yes, as indicated by the movement of the woman's hair.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: What does the coffee cup handle look like in the video?

Answer: It consists of two interlocking rings, unlike a typical cup handle.


Prompt: a man and a woman riding a horse

Question: What is happening with the man's facial expressions?

Answer: His lips and mouth are continuously moving.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: What abnormality occurs at the end of the video?

Answer: The man's finger is connected to the cup's handle.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: Is the man drinking coffee?

Answer: Cannot tell with the information provided.


Prompt: a man and a woman riding a horse

Question: How many fingers are visible on the man in the video?

Answer: Five, though some appear abnormal, either seeming cut off or fused with the cup handle.


Prompt: a man and a woman riding a horse

Question: Where did the glass make contact with the man's face?

Answer: Near his nose, rather than his lip, defying common sense.


Prompt: a man and a woman riding a horse

Question: What is the man drinking?

Answer: He's drinking a rich, deep red wine.


Prompt: a man and a woman riding a horse

Question: Did the man drink the wine?

Answer: No, the volume of the wine remained the same and it never touched his lips.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: Did the man actually drink the wine?

Answer: No, the volume of the wine remained unchanged and it never touched his lips.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: Where did the glass make contact with the man's face?

Answer: Near his nose, rather than his lip, defying common sense.


Prompt: a man and a woman riding a horse

Question: Where did the glass touch the man's face when he was drinking wine?

Answer: Near his nose, instead of his lip, indicating a violation of common sense.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: How many fingers does the man in the video have?

Answer: Five.


Prompt: Generate a man drinking up a cup of wine

Question: Is there a hand visible in the video?

Answer: Yes, there's a human hand visible.

Alignment - Entity Recognition and Classification


Prompt: Generate a man drinking up a cup of wine

Question: Is there a tap visible in the video?

Answer: No, there is only a metal ring on the top of the glass; no tap is visible.

Alignment - Entity Recognition and Classification


Prompt: Generate a man drinking up a cup of wine

Question: Does the water volume in the glasses change over time?

Answer: No, the water level remains constant.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: Should the volume of the liquid change given the rapid increase in water surface observed in the video?

Answer: No, the rapid flow from the tap causes the liquid surface to rise quickly, but the volume remains constant.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: What causes the water dynamics in a glass?

Answer: The flow of water into the glass.


Prompt: Generate a man drinking up a cup of wine

Question: Where did the water enter the glasses from?

Answer: From the top of the frame.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Where is the viewpoint mounted?

Answer: On the mechanics in the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: refill a glass of tap water

Question: What is the mechanic doing in this video?

Answer: Flying over the ground.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: refill a glass of tap water

Question: What action does the rocket perform in this video?

Answer: There is no rocket in this video; the machine shown does not resemble a rocket.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: What direction is the mechanic moving?

Answer: Parallel to the ground.


Prompt: refill a glass of tap water

Question: What is the direction of movement of the rocket in the video?

Answer: There is no rocket in the video; the machine shown does not resemble a rocket.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: What is the direction of the rocket's movement during launch?

Answer: There is no rocket in the video, and the machine shown does not resemble a rocket.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: How many rockets are inside the launch area?

Answer: One.


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Does the rocket's appearance remain consistent throughout the timeline?

Answer: No, it changes over time, with some abnormal frames indicating inconsistent performance.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: What is the rocket's position in the frame?

Answer: It is in the middle for most of the time but moves away in some frames.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Is there a launching clamp visible inside?

Answer: Yes, there are some launching clamps visible in the video.

Alignment - Entity Recognition and Classification


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: What is the primary color of the rocket?

Answer: White, with occasional red and white flashes visible in the video.


Prompt: A man is standing on top of a table then he tries to jump down to the floor.

Question: Is the rocket launch area flat?

Answer: No, there is a depression in the area as the launch proceeds.


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Does the video have multiple scenes?

Answer: Yes, there are obvious transitions across scenes.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the process that a bullet is shot into a watermelon

Question: What is the main topic of the video?

Answer: The video primarily discusses balls, but it involves multiple balls and lacks specific details.

Alignment - Entity Recognition and Classification


Prompt: Generate the process that a bullet is shot into a watermelon

Question: What action is the ball performing?

Answer: Cannot determine without more information.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Are there any balloons visible in the video?

Answer: Yes, there are at least two balloons.

Alignment - Entity Recognition and Classification


Prompt: Generate the process that a bullet is shot into a watermelon

Question: Are there items other than balls inside?

Answer: Yes, including baskets, towers, buildings, etc.

Alignment - Entity Recognition and Classification


Prompt: Generate the process that a bullet is shot into a watermelon

Question: How many identical balls are there?

Answer: More than five


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the sun visible in this video?

Answer: No, there is no object resembling the sun.

Alignment - Entity Recognition and Classification


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the Earth visible in this video?

Answer: No, there is no object resembling Earth in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the moon visible in this video?

Answer: The object resembles a moon or planet, but it does not appear to be Earth's moon.

Alignment - Entity Recognition and Classification


Prompt: Generate the free fall process of an iron ball from a tower

Question: What is the motion of the object inside?

Answer: Self-revolving, but it changes the revolving direction in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: Are there any stars visible in the background?

Answer: No, the background is purely black.


Prompt: Generate the free fall process of an iron ball from a tower

Question: Does the sphere's direction of revolution remain constant?

Answer: No, it changes direction once in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the free fall process of an iron ball from a tower

Question: Is the planet's surface static?

Answer: No, it changes over time, as indicated by surface dynamics.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Is the sun visible in this video?

Answer: No, there is no object resembling the sun in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Is the Earth visible in this video?

Answer: No, there is no object resembling Earth in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Is the moon visible in this video?

Answer: The object resembles a moon or planet, but it does not appear to be Earth's moon.

Alignment - Entity Recognition and Classification


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Are there any stars visible in the background?

Answer: No, the background is completely black.


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: What is the motion of the object inside?

Answer: It revolves in the same direction as shown in the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Is the surface feature of the planet changing over time?

Answer: Yes, the white stripes and other patterns on the planet's surface keeps changing over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: Are there any visible craters on the surface?

Answer: No, there are no visible craters.


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: What is the shape of Earth?

Answer: Ellipsoid, slightly irregular.


Prompt: Generate the video showing the Earth is revolving around the Sun

Question: What is the general shape of planets?

Answer: Ellipsoid, which is slightly flattened at the poles.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: How many birds are visible in the video?

Answer: Many.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: What is the seagull doing?

Answer: Flying around.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Are there any abnormalities present?

Answer: Yes, there are abnormal frames inserted that feature different lighthouse layouts, weather conditions, etc., disrupting the overall consistency.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: What does the lighthouse in the video look like?

Answer: It is red and white with a red top, though there are variations including all-red lighthouses and those with black tops.


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: How many identical lighthouses appear in the video?

Answer: Multiple, due to the insertion of abnormal frames.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate the video showing a robot collides with a obstacle, top-down view

Question: Does the video contain any grassland scenes?

Answer: Yes, within the abnormally inserted frames.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: Who is driving the car?

Answer: Unrecognizable.

Alignment - Entity Recognition and Classification


Prompt: Dew drops on leaves in the morning

Question: Is there an alligator inside?

Answer: Yes, there are one or more alligators inside.

Alignment - Entity Recognition and Classification


Prompt: Dew drops on leaves in the morning

Question: Are there any abnormalities present?

Answer: Yes, there are some abnormal frames inserted inside with both human, alligators, etc, breaking the overall consistency.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: What is the primary color of the car, and are there any other colors present?

Answer: The primary color is blue, with some green flashes as well.


Prompt: Dew drops on leaves in the morning

Question: How many animals are in each frame of the video?

Answer: Most frames contain one animal, but some have two.


Prompt: Dew drops on leaves in the morning

Question: What is the driving scenario like?

Answer: It involves driving across the trees with occasional seashore views.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is the cat looking outside?

Answer: No, it's looking inside.

Alignment - Entity Recognition and Classification


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Does the cat always look inside?

Answer: No, it looks outside in several frames.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is there a house visible outside?

Answer: Yes, it appears in some frames.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is the cat stationary?

Answer: Yes, but its body appears dynamic, suggesting inconsistencies.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is the outdoor plant static?

Answer: Yes, though it appears dynamic, suggesting inconsistencies.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a lighthouse and a flying seagull in the sky

Question: Is there a dog present?

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

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: How many people appear in the video?

Answer: Multiple, as the house ride keeps changing.


Prompt: Generate an alligator driving a car

Question: How many people are typically shown in the video frame?

Answer: Usually one, but some frames show two.


Prompt: Generate an alligator driving a car

Question: How many houses are visible in the video frame?

Answer: Mostly one, but some frames show two.


Prompt: Generate an alligator driving a car

Question: What inconsistencies are present in the video?

Answer: The number of humans and horses fluctuates, a horse splits into two and then one disappears, showing a lack of temporal consistency.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: Can you clearly recognize human faces inside?

Answer: No, the human faces are too ambiguous to be clearly recognized.

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: What describes the dynamics of the camera?

Answer: The frames change over time, indicating shifts in viewpoints or inconsistencies in the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man and a woman riding a horse

Question: What is the person doing?

Answer: They appear to be drinking coffee and chewing, based on their facial movements.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: How many times does a person lift the cup?

Answer: Multiple times, more than once.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: Does the shape of the coffee cup remain consistent over time?

Answer: No, it changes from a half-sphere-like shape to a more cylinder-like shape.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: What is the behavior of the cup when held by a human hand?

Answer: It jumps over many positions without smooth transitions between states.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man and a woman riding a horse

Question: What is abnormal in the video?

Answer: The cup jumps over multiple positions when held by a hand, without any smooth transitions.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: Does the cup disappear at any point in the video?

Answer: Yes, it disappears for a while in the middle part of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: How many rockets are featured in the video?

Answer: Only one.


Prompt: refill a glass of tap water

Question: What do the flame and smoke at the rocket's base indicate?

Answer: They vary over time, suggesting instability in the rocket's engine or inconsistencies in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: What is the rocket doing?

Answer: The rocket is launching and ascending.


Prompt: refill a glass of tap water

Question: Is the rocket in this video moving upwards?

Answer: Yes, the rocket is moving upwards.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: refill a glass of tap water

Question: Is the viewing point moving?

Answer: Yes, it is following the rocket.

Spatial-temporal Consistency - Camera Dynamics


Prompt: refill a glass of tap water

Question: Where is the viewpoint mounted?

Answer: On the side 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: What are the two entities shown in the video?

Answer: A rocket and planet Earth.

Alignment - Entity Recognition and Classification


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

Question: Does the video depict a rocket launch?

Answer: No, it shows a rocket moving in space, propelled by fire.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Did the rocket booster detach before the fire started, or was it caused by the fire?

Answer: The booster remains attached to the rocket head, and although there is fire propelling the rocket forward, the booster does not detach due to the fire as seen in the video.

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 booster detach normally or disappear suddenly in the video?

Answer: The rocket booster disappears abnormally in the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the fire in the video originating from the rocket head and propelling the booster, or is it igniting between the rocket head and the booster before detachment?

Answer: The fire is igniting between the rocket head and the booster before the booster detaches.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the rocket head moving towards or away from the Earth?

Answer: The rocket head is pointing towards and moving towards the Earth.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the video depict a rocket launch?

Answer: No, it shows a rocket moving in space, propelled by fire.

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 mount detach from the rocket head after ignition?

Answer: No, the rocket mount does not detach from the rocket head after ignition.

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 head detach from the mount after ignition?

Answer: No, the rocket head remains attached to the mount after ignition.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the rocket head moving towards or away from the Earth?

Answer: The rocket head is pointing towards and moving towards the Earth.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the Earth's curvature in the video appear round and consistent with its spherical shape, or are there visible abnormalities?

Answer: The Earth's shape appears inconsistent in the video. Initially, it bulges outward unnaturally, but becomes spherical after a camera angle rotation.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the rocket detach from the launch pad immediately after ignition?

Answer: No, the rocket remains attached to the launcher after ignition.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the white smoke caused by the rocket?

Answer: No, the white smoke is not caused by the rocket as it is on the left and not near the ignition point.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: In the first half of the video, is the rocket moving forward or upward?

Answer: The rocket is moving forward.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Is the white smoke on the left of the video caused by the rocket?

Answer: No, the white smoke is visible before the rocket reaches that area.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball moving or spinning in the video?

Answer: No, the ball is neither moving nor spinning in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Does the ball become blurrier as the video progresses?

Answer: Yes, the ball appears increasingly blurry throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball stretching in the video?

Answer: Yes, the ball is stretching horizontally in the video.


Prompt: A Spinning ball

Question: Does the ball change shape during the video?

Answer: Yes, the ball stretches horizontally in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the basketball in the video spinning or stationary?

Answer: It is spinning.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: In which directions does the basketball move while spinning in the video?

Answer: The basketball moves from right to left and then from left to right while spinning.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Does the rotating colorful ball remain stationary?

Answer: The colorful ball rotates but remains stationary, defying the laws of physics.


Prompt: A Spinning ball

Question: What is the ball doing in the video?

Answer: The ball is rotating.


Prompt: A Spinning ball

Question: Is the ball in the video rotating and moving in a specific direction or remaining stationary?

Answer: The ball is rotating but remains stationary in one place throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Is there visible wind around the rotating basketball in the video?

Answer: Yes, there is visible wind around the basketball in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is there anything visible surrounding the basketball in the video?

Answer: Yes, there is visible wind around the basketball in the video.


Prompt: A Spinning ball

Question: Does a rotating basketball remain stationary?

Answer: The basketball rotates but remains stationary, defying the laws of physics.


Prompt: A Spinning ball

Question: Is the ball in the video rotating and moving in a specific direction or remaining stationary?

Answer: The ball is rotating but remains stationary in one place throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: What is the ball doing in the video?

Answer: The ball is rotating.


Prompt: A Spinning ball

Question: Is the wind from the basketball's rotation visible in the video?

Answer: Yes, the wind is visible.


Prompt: A Spinning ball

Question: Is the ball in the video transparent?

Answer: Yes, it is clear and transparent.


Prompt: A Spinning ball

Question: Is the ball rotating on a surface or by itself in mid air?

Answer: The ball is rotating in mid air by itself.


Prompt: A Spinning ball

Question: What is the ball doing in the video?

Answer: The ball is rotating.


Prompt: A Spinning ball

Question: Is the ball rotating or moving in a specific direction?

Answer: The ball is rotating but not moving in any specific direction in the video.


Prompt: A Spinning ball

Question: Does the ball move upward at any point in the video?

Answer: Yes, the ball moves upward due to its rotation at one moment.


Prompt: A Spinning ball

Question: Does the appearance of the ball change throughout the video?

Answer: Yes, the ball changes from frame to frame and is inconsistent.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A Spinning ball

Question: Is the ball in the video rotating and moving in a specific direction or remaining stationary?

Answer: The ball is rotating but remains stationary in one place throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A Spinning ball

Question: Is the ball in the video transparent?

Answer: No, it is a colorful, non-transparent ball.


Prompt: A Spinning ball

Question: Is the ball rotating on a physical object or by itself in mid air?

Answer: The ball is rotating in mid air by itself.


Prompt: A Spinning ball

Question: What is the ball doing in the video?

Answer: The ball is rotating.


Prompt: A Spinning ball

Question: Is the ball rotating or moving in a specific direction?

Answer: The ball is rotating but not moving in any specific direction in the video.


Prompt: A Spinning ball

Question: Does the ball move upward at any point in the video?

Answer: Yes, the ball moves upward due to its rotation at one moment.


Prompt: a man is running when holding a water bottle

Question: Is the man moving or stationary in the video while in a running position?

Answer: The man is stationary and not moving in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the man in the video causing the dust behind him?

Answer: No, the man is stationary, so he is not causing the dust.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the water bottle in the man's hand move or shake in the video?

Answer: No, the water bottle remains still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Are the man's hands moving in the video?

Answer: No, his hands remain still throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Are the man's legs moving in the video?

Answer: No, his legs remain still throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Is there a visible sweat mark on the man's shirt in the video?

Answer: No, there is no visible sweat mark on the man's shirt.


Prompt: a man is running when holding a water bottle

Question: Does the man's mouth move in the video?

Answer: No, the man's mouth remains motionless throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the camera angle in front of or behind the man?

Answer: In front.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the man drink water at any point in the video?

Answer: No, the man never drinks water and remains stationary throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Can you see the man's legs moving in the video?

Answer: No, I can only see the man's upper body in the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the water bottle the man is holding empty or filled?

Answer: The water bottle appears empty as there are no visible water drops or shaking observed in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: What is the man's hair color?

Answer: Black


Prompt: a man is running when holding a water bottle

Question: Does the man drink water at any point in the video?

Answer: No, he only holds the water bottle and runs.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: How many people appear in the video?

Answer: There are three people in total in the video.


Prompt: a man is running when holding a water bottle

Question: Are the legs of the man in the blue shirt visible in the video?

Answer: No, only his upper body is visible; his legs are not in motion.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is running when holding a water bottle

Question: How does the man in the blue shirt drink from the water bottle while running?

Answer: The man appears to drink using his nose.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Is a man in a white shirt running in the video?

Answer: Yes, a man in a white shirt is running ahead of another in a blue shirt in the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: In the video, is the man in the blue shirt running in front of the man in the white shirt?

Answer: No, the man in the blue shirt is running behind the man in the white shirt.


Prompt: a man is running when holding a water bottle

Question: In the video, is the man in the white shirt running behind the man in the blue shirt?

Answer: No, the man in the white shirt is running in front of the man in the blue shirt.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man is running when holding a water bottle

Question: Is a man in a blue shirt running in the video?

Answer: No, a man in a grey shirt is running, not a blue one.


Prompt: a man is running when holding a water bottle

Question: What is the running man wearing in the video, long pants or shorts?

Answer: long pants


Prompt: a man is running when holding a water bottle

Question: The man is running and holding a waterbottle. Tell me whether you can see his head and face in the video?

Answer: No, the video only shows the man's legs and part of the upper body.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the camera angle in front of or behind the man?

Answer: Behind

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man is running when holding a water bottle

Question: Is the running man visibly breathing heavily in the video?

Answer: No, his head is not visible.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Does the running man's face remain the same throughout the video?

Answer: No, the man's face changes between different people in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man is running when holding a water bottle

Question: Are the legs of the man in the blue shirt visible in motion in the video?

Answer: No, only his upper body is visible; his legs are not in motion.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the basketball player in the video have more than two legs?

Answer: Yes, the basketball player in the video appears to have more than two legs.

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: How many distinct basketballs appear in the video?

Answer: Two distinct basketballs appear throughout the video.


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 player in the video just holding or dribbling the basketball?

Answer: The player is just holding the basketball throughout the video.

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: Did the basketball player shoot the ball into the hoop?

Answer: No, the player is just holding the 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: Is the basketball hoop mounted directly on the backboard or does it extend outward?

Answer: It extends outward with some distance from the backboard.


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

Question: Does the basketball touch the ground in the video?

Answer: No, the basketball never touches the ground

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 man's basketball jersey have a number on the front?

Answer: No, the front of his jersey is blank.


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 man shoot the basketball into the hoop in the video?

Answer: No, the man never shoots the basketball throughout the video.

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: Did the man successfully dunk the basketball in the video?

Answer: No, the man missed the dunk.

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 man successfully dunk the ball?

Answer: No, he loses the ball and fails to dunk.

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: In the video, does the man jump high or barely jump to reach the hoop?

Answer: The man barely jumps and reaches the hoop


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: When a man dunks and holds the hoop, are his feet on the ground?

Answer: Yes, his feet are on the ground while his hands are on the hoop.

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: Which hand is the man using to dribble the basketball in the video?

Answer: His right hand

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: Can the man in this video reach the basketball hoop's backboard with his hands without jumping?

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 there any spectators watching the man play basketball on the court?

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: Are there any spectators watching the man play basketball on the court?

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: Did the man successfully dunk the basketball by throwing it down into the hoop, or did it go up through the hoop?

Answer: The ball goes up through the hoop

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 man's basketball jersey have a number on the front?

Answer: No, the front of his jersey is blank.


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

Question: Does the basketball pass through the hoop from top to bottom?

Answer: No, it goes from bottom to top.

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 basketball pass through the hoop from bottom to top?

Answer: Yes, it goes from bottom to top.


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: Did the man use only one hand to dribble the basketball throughout the video?

Answer: No, he dribbled with both hands.

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: Did the man use both hands to dribble the basketball throughout the video?

Answer: Yes, he dribbled the basketball with both hands.

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 the man's feet visible while he dribbles the basketball on the court?

Answer: No, I cannot see the man's feet in this video.

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: Did the man dunk in the basketball 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: What type of shirt is the man wearing in the video while playing basketball?

Answer: Neither a basketball jersey nor a regular t-shirt.


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 man moving towards the basket to shoot?

Answer: No, he is moving away from the basket and stepping back.

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: Did the man shoot the ball toward the hoop when he attempted the shot?

Answer: No, he did not shoot the ball into the hoop

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 number is on the man's jersey?

Answer: There is no number; the man is not wearing a jersey.


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 man's jersey have a number on the front?

Answer: The man is not wearing a jersey, so there is no number.


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 color is the man's jersey?

Answer: The man is not wearing a jersey and there is no number


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

Question: In a video where feathers and rocks are dropped from the same height, which hits the ground first?

Answer: The rock hits the ground first.


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

Question: Is there a cat in the video?

Answer: Yes, there is a cat in the video.

Alignment - Entity Recognition and Classification


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

Question: Is there a mouse visible in the video?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Does the video feature a table?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: What color is the mouse?

Answer: Black.


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

Question: What color is the cat?

Answer: Yellow.


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

Question: What is the cat doing?

Answer: It's watching the mouse, ready to pounce.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Is the mouse moving in the video?

Answer: No.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What is unusual about the video?

Answer: The cat is chasing a computer mouse, not a real mouse.


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

Question: Does the video feature a cat?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Is there a mouse visible in the video?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Does the video feature a table?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: What color is the mouse?

Answer: Grey.


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

Question: What color is the cat?

Answer: Yellow and white.


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

Question: What is the cat doing?

Answer: It's walking and following the mouse.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the mouse doing?

Answer: It's running on the table.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the cat have any inconsistencies?

Answer: No.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the cat chasing the mouse?

Answer: No, it's just following.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the cat's emotion?

Answer: Curious.


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

Question: Is the mouse running quickly?

Answer: No, it's running at a normal speed.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many legs does a cat have?

Answer: 4 legs.


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

Question: Does the video feature a cat?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Is there a mouse visible in the video?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Does the video show a table?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: What color is the mouse?

Answer: Black.


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

Question: What color is the cat?

Answer: Black.


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

Question: Is the scene set indoors or outdoors?

Answer: Indoors


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

Question: What other objects are present in the scene?

Answer: Bread, cheese, chairs.

Alignment - Entity Recognition and Classification


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

Question: How many pieces of bread are on the table?

Answer: 2


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

Question: How many chairs are in the scene?

Answer: 2


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

Question: How many pieces of cheese are in the scene?

Answer: 1


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

Question: What is the mouse doing?

Answer: It's running and trying to escape from the cat.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the cat doing?

Answer: It is walking, then it sees a mouse and starts chasing it.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How does the mouse move?

Answer: It moves from left to right and then turns around at the edge of the table.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the mouse move as smoothly as a real mouse?

Answer: No, it moves more like a robot, without moving its feet or body.


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

Question: Does the cat move realistically?

Answer: Yes, it uses its body and legs to move just like a real cat.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the table look high-quality or cheap and easy to break?

Answer: No, the table has loose boards with holes and cracks, appearing old and cheap.


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

Question: Why is cheese included in the scene?

Answer: Because mice are closely associated with cheese.


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

Question: Why is bread included in the scene?

Answer: Bread is included because it is closely associated with cheese and the table setting.


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

Question: Why is there a chair in the scene?

Answer: The chair is closely related to the table.


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

Question: What is the strangest aspect of this scene?

Answer: The cat's movement is unnatural.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What happens when a mouse is turned over?

Answer: The mouse's body flips, similar to a reflected image.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the video feature a cat?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Is there a mouse in the video?

Answer: No.

Alignment - Entity Recognition and Classification


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

Question: Does the video feature a table?

Answer: Yes

Alignment - Entity Recognition and Classification


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

Question: What are the colors of the cat?

Answer: Black, grey, and white


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

Question: How many cats are there?

Answer: 2


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

Question: What activities is the cat engaged in?

Answer: Walking and looking around

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What happened to the small cat?

Answer: It transformed from a mouse body to a cat body and then fused with the large cat.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the cat fall through the table or clip through objects?

Answer: No.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the cat's movement mimic real-world motion?

Answer: Yes


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

Question: Does the camera viewpoint remain fixed or change?

Answer: Mostly fixed.

Spatial-temporal Consistency - Camera Dynamics


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

Question: How many cats are there at the end of the video?

Answer: 1


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

Question: Does the video feature a cat?

Answer: Yes

Alignment - Entity Recognition and Classification


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

Question: Is there a cat in the video?

Answer: No, there is only a mouse-sized creature resembling a cat.

Alignment - Entity Recognition and Classification


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

Question: What color is the big cat?

Answer: Black


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

Question: What are the two cats doing?

Answer: The small cat is wandering around, and the big cat is standing, watching the small cat.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What's the weirdest aspect of the video?

Answer: The small cat resembles both a mouse and a cat.

Alignment - Entity Recognition and Classification


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

Question: Does the small cat walk normally?

Answer: Yes.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the big cat's emotion?

Answer: It appears very vigilant.


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

Question: Does the small cat have normal legs and body?

Answer: Yes


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

Question: Does the big cat have normal legs and body?

Answer: Yes


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

Question: What does the environment look like?

Answer: It's a room with a closet and drawers in the background.


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

Question: Are there any cats in the video?

Answer: Yes, there are 2 cats in the video.


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

Question: Is there a mouse featured in the video?

Answer: No, there are species resembling mice, but none are actual mice.

Alignment - Entity Recognition and Classification


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

Question: How many species are shown at the beginning of the video?

Answer: 2


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

Question: Are the animals in the video well-formed?

Answer: The one on the left has a malformed body. The other has better-formed forelegs but lacks back legs.


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

Question: How many animals are there at the end of the video?

Answer: Two cats fused together.


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

Question: In which direction did the cats move?

Answer: The left cat moved right initially, the right cat moved left, then they fused and exited the screen to the left.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is unrealistic about the video?

Answer: The cat constantly changes shape and they fuse together misaligned.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the video feature a cat?

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

Alignment - Entity Recognition and Classification


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

Question: Does the video feature a mouse?

Answer: Yes, it features a large mouse.

Alignment - Entity Recognition and Classification


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

Question: What color is the animal in the video?

Answer: It has black and grey fur with a red tail.


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

Question: How does the animal in the video move?

Answer: It doesn't move; it only changes shape over time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What is unrealistic about the video?

Answer: The animal changes shape, resembling a cat at times and a big mouse most of the time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What else is on the table?

Answer: A computer hard drive appears on the table briefly and then disappears.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the video feature a rose?

Answer: No.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Are there any sunflowers in the video?

Answer: Yes, there are three sunflowers in the scene.


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the video feature a daisy?

Answer: No.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: How many flowers are shown in the video?

Answer: 3, all of which are sunflowers.


Prompt: Generate a rose, a sunflower and a daisy

Question: Is the optical element moving in the video?

Answer: No, the optical element remains stationary.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: What direction are the sunflowers facing?

Answer: One is facing the screen, another is facing left, and the third is facing left towards the screen.


Prompt: Generate a rose, a sunflower and a daisy

Question: Did the flower change over time?

Answer: No, the flower remained unchanged.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: Why is there no rose or sunflower despite the prompt asking for a daisy and a rose?

Answer: The model may have considered sunflowers as the most likely subject and generated that instead.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: Are there any roses in the video?

Answer: Yes, there are three roses on the left of the screen.


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the video feature a sunflower?

Answer: Yes, there is a sunflower in the center of the screen.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Are there any daisies in the video?

Answer: Yes, there are two daisies on the right side of the screen.


Prompt: Generate a rose, a sunflower and a daisy

Question: How many and what types of flowers are shown in the video?

Answer: Three: a rose, a sunflower, and a daisy.


Prompt: Generate a rose, a sunflower and a daisy

Question: What is the color of the leftmost flower?

Answer: Red


Prompt: Generate a rose, a sunflower and a daisy

Question: What color is the middle flower?

Answer: Yellow


Prompt: Generate a rose, a sunflower and a daisy

Question: What color is the flower on the right?

Answer: white


Prompt: Generate a rose, a sunflower and a daisy

Question: Are all the flowers in the scene together?

Answer: No, they are separated by a white margin but are all in the garden's grass.