Prompt: Generate a video for launching two rockets

Question: How many rockets are launched in the video?

Answer: Two


Prompt: Generate a video for launching two rockets

Question: Do all rockets launch at the same pace and clear the tower simultaneously?

Answer: No, one of them is left behind and still held by the launch clamp.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Are there any fast-moving objects in this video?

Answer: Yes, there are two launching rockets.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a video for launching two rockets

Question: Do the rockets disappear from the frame by the end of the video?

Answer: No, both rockets are still visible in the frame at the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Is there anything abnormal in the video?

Answer: Yes, both launching rockets remain static throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Is the rocket moving upwards in the video?

Answer: No, the rocket is launching but its position in the frame remains unchanged.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a video for launching two rockets

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

Answer: No, the rocket is launching but remains stationary in the frame.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a video for launching two rockets

Question: Do all the launch clamps release in the video?

Answer: No, one does not.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Do all the launch clamps release in this rocket launch video?

Answer: No, one of them does not.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many whole watermelons are shown in the video?

Answer: Three


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

Question: Are there any bullets shown in the video?

Answer: No, there are no bullets shown throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the background color resemble the color of watermelon pulp?

Answer: Yes, it is a soft pink hue.


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

Question: Does the video feature any fast-moving objects?

Answer: No, it only shows watermelons and their pulp; no bullets are present.


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

Question: Have you noticed any abnormalities?

Answer: Yes, the shapes and patterns of the watermelons are constantly changing, and their volume is inflating without any external intervention.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do the three whole watermelons in the back maintain their shape throughout the video?

Answer: No, all the watermelons change shape throughout the video, deviating from the typical appearance of green-and-black stripes to a coarse surface, and the rind keeps shrinking.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is a breaking process shown in the video?

Answer: No, there is no bullet involved.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the video show a watermelon breaking due to a bullet impact?

Answer: No. There's no bullet involved.


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

Question: Does the video contain any liquid?

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


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

Question: We know when the bullet shot into the watermelon, there might be liquid splitting over. Is there any liquid found in this video?

Answer: No, there was no liquid spilling observed in the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What material is the background structure made of?

Answer: The background structure appears to be metallic in nature. It might be steel or some kind of metal.


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

Question: Does the video contain an iron ball?

Answer: No, the ball in the video is likely made of liquid.


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

Question: Is a tower visible in the video?

Answer: No, there is no visible tower.

Alignment - Entity Recognition and Classification


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

Question: Is there a visible light source in the video?

Answer: No visible artificial light source is present; the video is likely illuminated by ambient natural light, such as daylight.


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

Question: Does the viewpoint change throughout the video?

Answer: No, the viewpoint is stable.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the video maintain clarity throughout its duration?

Answer: No, it starts clear and becomes more ambiguous over time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the ball move in the video?

Answer: No, the ball remains relatively stable throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the ball exhibit motion in the video during free fall from a fixed viewpoint?

Answer: No, the ball remains relatively stable in the video.


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

Question: Is the ball falling?

Answer: No, the ball is almost static.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does a free falling object fall down in a normally positioned viewpoint?

Answer: No, the ball is almost static.


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

Question: Does the video contain any solar-like objects?

Answer: No, there are no sun or other solar-like objects present.

Alignment - Entity Recognition and Classification


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

Question: Does this video contain any planets?

Answer: No, there are no planets in this video.

Alignment - Entity Recognition and Classification


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

Question: Is there a habitable planet shown in this video?

Answer: No, there is no planet in this video.

Alignment - Entity Recognition and Classification


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

Question: Are there any objects performing circular motion in the video?

Answer: No, there are no identifiable objects performing circular motion in the video.


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

Question: Does the video show any objects performing circular motion?

Answer: No, there are no identifiable objects performing circular motion in the video.


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

Question: Are there any moving objects in the video?

Answer: No, there are no identifiable objects in the video.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Are there any objects moving in circular trajectories in the video?

Answer: No, there are no identifiable objects moving in circular trajectories in the video.


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 this video contain any solar-like objects?

Answer: Yes, it includes one sun or similar solar-like objects.

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: Does this video contain any planets?

Answer: Yes, there is one planet in the video.


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 this video feature a habitable planet?

Answer: Yes, it includes one habitable planet, but the continents' shapes make it unclear if it's Earth.


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 moving objects inside?

Answer: Yes, their relative position and the sunrise effect indicate motion between two objects.

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 any objects performing circular motion inside?

Answer: No, there is no indication of objects performing circular motion based on the available context.


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 described circular motion involve any internal objects?

Answer: No, the context provided does not indicate any internal objects performing circular motion.


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 relative motion between objects inside a moving system?

Answer: Yes, the phenomenon of the sun rising indicates relative motion between the planet and the sun.


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: The circular motion involved the relative motion between objects. Is there any relative motion bwtween moving objects inside?

Answer: Yes. The sun rising phenomenon indicating the relative motion betwen the planet and the sun.


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

Question: Does the video feature a robot at any point?

Answer: A robot appears in the center of the frame at the start but transforms and vanishes by the end.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is there a car in this video?

Answer: There is a yellow bulky object resembling a vehicle, but its geometry and appearance do not match that of a typical car.


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

Question: Are there any abnormalities in this video?

Answer: The entity resembling the yellow car and the robot is inconsistent throughout the video. Objects resembling a human or robot change and eventually fade away. Additionally, the tower-like structure on the right also changes.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the road plain and smooth?

Answer: No, there are areas breaking apart and a concrete barrier present.


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

Question: Does the robot collide with any object in the video?

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


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

Question: Does the car collide with anything in the video?

Answer: No, the car does not collide and remains static throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the shadow of the car correct?

Answer: No. The shadow of the car keep changing but does not resemble the geometry of the car if the light comes from the left.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: We know that if the light source on the left of the image, the object's shadow, which should reflect the shape of the object, should go to the rigth of the image. Is the shadow of the car correct?

Answer: No. The shadow of the car keep changing but does not resemble the geometry of the car if the light comes from the left.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: Was this video taken during the day?

Answer: Yes, considering the background illumination.


Prompt: Dew drops on leaves in the morning

Question: Was this video shot with a fixed focal length?

Answer: No, due to the changing focus on the dew and leaf over time.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Dew drops on leaves in the morning

Question: What is the abnormality observed in the video?

Answer: The dew on the underside of the stem should drip down instead of remaining static and spherical.


Prompt: Dew drops on leaves in the morning

Question: Is there anything abnormal about the shape of the dew?

Answer: Yes, the dew on the lower side of the stem should drop down instead of remaining static and spherical.


Prompt: Dew drops on leaves in the morning

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

Answer: Yes, all observable dew drops are spherical in this video.


Prompt: Dew drops on leaves in the morning

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

Answer: Yes, all observable dew drops are spherical in this video, which contradicts the expectation that gravity should flatten those on the upper side and cause those on the lower side to fall down.


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

Question: How many birds are in the video?

Answer: Six.


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

Question: Does the seagull in the front appear normal?

Answer: No, its shape changes over time, including the black stripe on its head and the shape of its tail.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the weather change over time?

Answer: Yes, it starts cloudy and becomes sunnier later.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are the clouds in motion?

Answer: Yes, the clouds exhibit relative motion against the lighthouse, indicating movement over time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the position of the seagull relative to the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the relative position of the seagull in front of the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change much during the observed period.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate an alligator driving a car

Question: How many eyes does the alligator have?

Answer: One, but it has another feature on its face resembling an eye.


Prompt: Generate an alligator driving a car

Question: How many front seats are in the car shown in the video?

Answer: One, which is unusual since typical cars have two front seats.


Prompt: Generate an alligator driving a car

Question: How many front seats are in the car shown in the video?

Answer: One, which is unusual since typical cars have two front seats.


Prompt: Generate an alligator driving a car

Question: How many arms does an alligator use to hold the steering wheel?

Answer: One


Prompt: Generate an alligator driving a car

Question: What is the direction of the light source in this video?

Answer: Left, as the left side of the alligator and the car is illuminated towards the video's end.


Prompt: Generate an alligator driving a car

Question: What is the weather depicted in the video?

Answer: Cloudy, indicated by the presence of clouds and low light conditions.


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

Question: Is a dog visible in the video?

Answer: No, there are only two cats.

Alignment - Entity Recognition and Classification


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

Question: Does the video show a garden?

Answer: Yes, a tree visible through the window suggests a garden outside, though it's not directly shown.


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

Question: Does the video contain glass?

Answer: Yes, as evidenced by the reflection of cats and the presence of a window.


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

Question: Is there wind in the video?

Answer: Yes, as shown by the movement of the tree in the background.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What abnormalities are present in the cat on the right?

Answer: The cat's head shape changes and its body inflates throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: a man and a woman riding a horse

Question: How many people are in the video?

Answer: Two


Prompt: a man and a woman riding a horse

Question: Is there a man inside?

Answer: No, there is only a woman riding a horse.

Alignment - Entity Recognition and Classification


Prompt: a man and a woman riding a horse

Question: Where is the camera positioned?

Answer: On the side of the horse, indicated by the orientation of the woman's eyes and face in the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: a man and a woman riding a horse

Question: In which direction is the horse moving?

Answer: To the right side of the frame.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a man drinking up a cup of coffee

Question: How many hands does a person use to operate a cup?

Answer: Two


Prompt: Generate a man drinking up a cup of coffee

Question: Is the liquid flowing from the cup held in the right hand?

Answer: No, the video suggests that the liquid-like entity is mostly static.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of coffee

Question: How many coffee cups are there in total?

Answer: Two


Prompt: Generate a man drinking up a cup of coffee

Question: What object is the man observing?

Answer: He is looking at his left hand, based on the orientation of his eye and head.


Prompt: Generate a man drinking up a cup of coffee

Question: Is the man stirring the coffee with a spoon?

Answer: Yes, using his right hand.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of coffee

Question: Is the right cup clearly visible in the frame?

Answer: No, the right cup is ambiguous despite the clarity of objects in front and behind it.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: Is the man in the video drinking wine?

Answer: No, he is just holding the wine glass.


Prompt: Generate a man drinking up a cup of wine

Question: Is the wine glass full?

Answer: No, it contains only a little wine.


Prompt: Generate a man drinking up a cup of wine

Question: Is the man going to drink the wine?

Answer: No, he is holding the glass with its rim above his mouth.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: What does the man's behavior in the video suggest about his focus?

Answer: His posture indicates he is concentrating on evaluating the wine's aroma and flavor.


Prompt: Generate a man drinking up a cup of wine

Question: Could the man smell the flavor of the wine given the video?

Answer: No, he should hold the glass at a lower postions to smell the flavor by allowing his nose locating above the glass.


Prompt: Generate a man drinking up a cup of wine

Question: Can the man smell the wine's flavor in the video based on the glass's position?

Answer: No, he should hold the glass lower so his nose is above the glass to smell the flavor.


Prompt: refill a glass of tap water

Question: Does the liquid volume change significantly in the video?

Answer: No, it remains relatively constant.


Prompt: refill a glass of tap water

Question: Does the video show a sink?

Answer: Yes, there is one sink shown.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: Are there any pots in the video?

Answer: No, there are no pots.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: Should the volume of the liquid change based on the dynamics observed in the video?

Answer: No, the liquid surface should rise quickly due to the fast flow from the tap.


Prompt: refill a glass of tap water

Question: Should the volume of the liquid change when additional water floods in, as observed in the video?

Answer: No, the flow from the tap is rapid, causing the liquid surface to rise quickly.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Is the bottle filled with liquid initially?

Answer: Yes, it is full of water initially.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: What is the liquid shown in the video?

Answer: Water, indicated by the tap and kitchen-like background.


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

Question: Is a rocket being launched in this video?

Answer: Yes, the presence of gas eruption, smoke, steam, the rocket, and launch clamp confirm it.

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 in the video?

Answer: No, the rocket is launching but its position remains relatively unchanged in the frame.

Spatial-temporal Consistency - Spatial Dynamics


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

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: No. The rocket is launching but its position across the frame does not change much.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the viewpoint of the video?

Answer: The viewpoint is from a distance, not from the top of the rocket.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the viewpoint change throughout the video?

Answer: No, the viewpoint remains static due to the fixed position of the tower.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a video for launching two rockets

Question: How many rockets are shown in the video?

Answer: Two


Prompt: Generate a video for launching two rockets

Question: What color is the rocket?

Answer: Brown and white with black stripes.


Prompt: Generate a video for launching two rockets

Question: Does the viewpoint change throughout the video?

Answer: Yes, the viewpoint follows a trajectory from up-left to down-right.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the rocket move in the video?

Answer: No, the rocket remains static; only the viewpoint changes.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the rocket move during its launch in the video?

Answer: No, the rocket remains static while the viewpoint changes.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the smoke and stream from rocket launches change over time?

Answer: No, they remain mostly static, which is unusual considering air dynamics.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the smoke and stream from rocket launches change over time due to air dynamics?

Answer: No, the smoke and stream remain mostly static despite the air dynamics.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many bullets appear throughout the video?

Answer: Three bullets appear sequentially, increasing from one to three.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the watermelon intact throughout the entire video?

Answer: No, it starts whole but is split by the end of the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the watermelon shatter violently?

Answer: No, one piece disappears suddenly due to a bullet shot, without any violent shattering. The process is relatively peaceful.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the bullet disappear when shot into a watermelon?

Answer: Yes, the bullet enters the watermelon without causing it to break apart.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the bullet travel in a straight line in the video?

Answer: No, the bullet remains mostly static and enters the watermelon at a low speed, similar to being plugged in.


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

Question: Does the bullet follow a straight line when shot in the video?

Answer: No, the bullet remains mostly static and enters the watermelon slowly, resembling a plug-in motion.


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

Question: Does the video show any abnormalities when the bullet shoots into the watermelon?

Answer: The bullet moving into the scene in a low speed, more like being thrown inside rather than shoting, and the bullet disappears inside the watermelon without moving outside. The watermelon is mosty complete without breaking into pieces.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is there a tower in the background of the video?

Answer: Yes, there is a concrete tower.

Alignment - Entity Recognition and Classification


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

Question: What material is the ball made of?

Answer: The ball appears to be made of metal, indicated by its muted gray or silver color.


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

Question: Does the metal ball bounce up after hitting the ground in the video?

Answer: Yes, the ball bounces up after hitting the ground.


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

Question: Does the metal ball bounce up after hitting the ground in the video?

Answer: Yes, the ball bounces up after hitting the ground.


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

Question: Is the ball undergoing free fall?

Answer: No, the video shows the ball hovering in mid-air, suggesting it is being propelled or suspended by an unseen force, which contradicts free fall.


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

Question: Is the ball undergoing a free fall process?

Answer: No. The video shows the sphere hovering in mid-air, suggesting it is propelled or suspended by an unseen force, which contradicts the principles of free fall.


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

Question: Is the moon visible in this video?

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

Alignment - Entity Recognition and Classification


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

Question: Is the sun visible in this video?

Answer: Yes, the sun is positioned high, casting bright light that illuminates parts of the planet's surface.

Alignment - Entity Recognition and Classification


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

Question: Does this video accurately show the Earth revolving around the Sun?

Answer: The relative positions of the Earth and the Sun are correct, but there is insufficient evidence to confirm if the Earth is revolving around the Sun, as the movement could be due to camera motion.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the viewpoint change throughout the video?

Answer: Yes, it moves over the earth.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the Earth orbit the sun in a circular motion?

Answer: Yes.


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

Question: Does the video accurately depict Earth's circular motion around the Sun?

Answer: The relative positions of Earth and the Sun are correct, but there's insufficient evidence to confirm Earth's revolution around the Sun as the movement could also be due to camera motion.

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 sun visible in this video?

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

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: Does this video depict Saturn?

Answer: No, it only shows Earth; Saturn is not depicted.

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 there a component performing circular motion inside?

Answer: Yes, the component that forms the rings around the earth.


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 Earth revolve?

Answer: Yes, based on common sense and observations.


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 Earth revolving in this video?

Answer: Yes, as indicated by the relative motion between the Earth and the starry sky.

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: Does Earth have any rings?

Answer: No, based on common observations and scientific consensus.


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 rings around Earth in this video?

Answer: Yes, the video depicts Earth surrounded by several concentric, ethereal, glowing rings similar to those of Saturn.


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 Earth have visible rings in the sky?

Answer: No, Earth does not have rings.


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: Can we see Earth's rings from the surface in the video?

Answer: Yes, as the Earth in the video has illuminated rings around it.


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

Question: Is the robot navigating a wide open space?

Answer: No, it's going through a narrow hallway.


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

Question: Does the robot collide with its surroundings?

Answer: No, the robot's arm passes directly through the wall without any collision, rebound, or obstruction, indicating a violation of physical laws.


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

Question: Does the robot's arm collide with its surroundings when it hits other rigid bodies?

Answer: No, the robot's arm passes directly through the wall without any collision, rebound, or obstruction, indicating a violation of physical laws.


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

Question: Are there any buildings in this video?

Answer: Yes, the structures surrounding the robot resemble buildings.

Alignment - Entity Recognition and Classification


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

Question: Is the size ratio between the robot and the buildings realistic?

Answer: The buildings are too large compared to the robot, making the ratio exaggerated.


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

Question: What is the robot doing in the video?

Answer: Running forward.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Dew drops on leaves in the morning

Question: What causes the leaf's motion in the video?

Answer: The leaf shakes due to dew or wind.


Prompt: Dew drops on leaves in the morning

Question: Is there wind present in the video?

Answer: Yes, as indicated by the movement of the leaf.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: What time of day was the video taken?

Answer: Morning, indicated by the clear, spherical droplets reflecting light, suggesting freshly formed morning dew.


Prompt: Dew drops on leaves in the morning

Question: Are dew droplets spherical in shape?

Answer: Dew droplets are clear and spherical, but they are slightly flattened due to gravity.


Prompt: Dew drops on leaves in the morning

Question: What is the direction of the moving viewpoint?

Answer: From right to left.

Spatial-temporal Consistency - Camera Dynamics


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 is the seagull doing?

Answer: Flying over the sky

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What time of day is shown in the video?

Answer: Evening, around sunset.


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

Question: Is the sea visible in the background?

Answer: Yes, the sea is visible in the background.


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

Question: Does the position of the seagull relative to the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the relative position of the seagull in front of the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change much during the video period.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate an alligator driving a car

Question: What is the setting?

Answer: Desert


Prompt: Generate an alligator driving a car

Question: Can alligators be found in the desert?

Answer: No, alligators live in aquatic environments.


Prompt: Generate an alligator driving a car

Question: Is there an alligator in the desert in this video?

Answer: Yes, there is an alligator driving a car in the desert.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: Are there any plants?

Answer: Yes, cactus.

Alignment - Entity Recognition and Classification


Prompt: Generate an alligator driving a car

Question: Do alligators wear sunglasses?

Answer: No, alligators do not wear sunglasses.


Prompt: Generate an alligator driving a car

Question: Does the alligator wear sunglasses in the video?

Answer: Yes, the alligator wears sunglasses in the video.


Prompt: Generate an alligator driving a car

Question: Can alligators drive on roads?

Answer: No, alligators cannot drive.


Prompt: Generate an alligator driving a car

Question: Is there an alligator driving a car in the video?

Answer: Yes, there is an alligator driving a car in the desert.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many dogs are in the video?

Answer: Two


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

Question: How many dogs are inside the house in the video?

Answer: One, sitting in front of the window


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

Question: What animal is outside?

Answer: A dog, based on its body shape, features, and behavior.

Alignment - Entity Recognition and Classification


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

Question: Does the video show a glass surface?

Answer: Yes, it shows reflections of a cat and a window.


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

Question: What does the dog do outside?

Answer: Walks around

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What breed of dog is shown in the video?

Answer: Golden retriever.

Alignment - Entity Recognition and Classification


Prompt: a man and a woman riding a horse

Question: How many horses are in the video?

Answer: Two


Prompt: a man and a woman riding a horse

Question: How many people are in the video?

Answer: Two: one man and one woman.


Prompt: a man and a woman riding a horse

Question: What is the woman doing?

Answer: Riding a horse.


Prompt: a man and a woman riding a horse

Question: In which direction are the people moving?

Answer: From right to left.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a man drinking up a cup of coffee

Question: What beverage is the man drinking?

Answer: It's unclear from the information provided, but it's likely coffee given the coffee cup.


Prompt: Generate a man drinking up a cup of coffee

Question: What is the man holding?

Answer: A coffee cup.


Prompt: Generate a man drinking up a cup of coffee

Question: Where does the cup make contact with the man?

Answer: The cup's edge touches the man's lip.


Prompt: Generate a man drinking up a cup of coffee

Question: How much did the man drink?

Answer: He took a sip.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of coffee

Question: Are there any lights visible in this video?

Answer: Yes, there is ambiguous background light visible in this video.


Prompt: Generate a man drinking up a cup of coffee

Question: What is the man doing?

Answer: Drinking from a coffee cup.


Prompt: Generate a man drinking up a cup of wine

Question: What beverage is the man drinking?

Answer: Wine, based on the color of the beverage.


Prompt: Generate a man drinking up a cup of wine

Question: What is the man holding?

Answer: A wine glass


Prompt: Generate a man drinking up a cup of wine

Question: Where does the cup make contact with the man?

Answer: The edge of the glasses touches the man's lip.


Prompt: Generate a man drinking up a cup of wine

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: Generate a man drinking up a cup of wine

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: Generate a man drinking up a cup of wine

Question: How much did the man drink?

Answer: None, the volume of the wine remained the same.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: Are there any lights visible in this video?

Answer: Yes, there is ambiguous background light visible in this video.


Prompt: Generate a man drinking up a cup of wine

Question: What is the man doing?

Answer: Drinking wine


Prompt: refill a glass of tap water

Question: How many hands are visible in the video?

Answer: One


Prompt: refill a glass of tap water

Question: Is there a tap inside?

Answer: No visible tap.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: What is the color of the clothing worn by the people in the video?

Answer: It is not possible to determine from the video provided.


Prompt: refill a glass of tap water

Question: Is the water surface changing over time?

Answer: Yes, the water surface is rising over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Has the water surface level decreased over time?

Answer: No, it has been rising over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: What is the trend in the water level in the glass?

Answer: It is increasing as the tap water flows in.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Where is the camera positioned relative to the rocket?

Answer: Near its engine.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Is the rocket in this video being launched?

Answer: No, as its orientation is towards the Earth rather than outwards of the earth.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do any objects suddenly appear or disappear in the video?

Answer: Yes, a part of the rocket disappears towards 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: What is the rocket's orientation?

Answer: Towards the earth.


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

Question: Does the viewpoint track the rocket's motion?

Answer: Yes, considering the relative positions and size of the rocket and Earth.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Does the Earth appear closer from the rocket?

Answer: No, the size of the Earth remains the same.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: As a rocket approaches an object, does the Earth appear closer from the rocket's perspective?

Answer: No, the apparent size of the Earth remains unchanged.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: How many rockets appear in the video initially and later?

Answer: Initially two, increasing to four later.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: How many rockets are launching in the video?

Answer: Two rockets are launching; the other two are static.


Prompt: Generate a video for launching two rockets

Question: Does the smoke and stream from a launching rocket change over time?

Answer: Yes, as observed in the video dynamics.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Do any objects suddenly appear or disappear?

Answer: Yes, two rockets on the side suddenly appear, although they were not present initially.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: We know that when the rocket is launching, it will moving upwards in a very fast speed. Does the launching rocket lift up over time?

Answer: No. Both launching rocket stay static in their positions through the smoke and stream indicating their launching.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Does the launching rocket lift up over time?

Answer: No. Both launching rocket stay static in their positions through the smoke and stream indicating their launching.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does a gun appear in the video?

Answer: Yes, a gun appears halfway through the video, but not at the beginning.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the watermelon break into multiple pieces in the video?

Answer: No, the watermelon either splits in half or remains whole.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the watermelon break into multiple parts in this video?

Answer: No, the watermelon either splits in half or remains whole, rather than breaking into many pieces.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does this video contain any bullets?

Answer: No, there are no bullets in the video.

Alignment - Entity Recognition and Classification


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

Question: Can a watermelon bounce after being shot?

Answer: No, it will break into parts.


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

Question: Does the watermelon bounce after being shot in the video?

Answer: Yes, it bounces up after the gun appears, defying physics.


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

Question: What is wrong with the watermelon after being shot?

Answer: The watermelon should break into pieces, but instead, it first splits in half and then reassembles into a whole.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the tower in the video made of concrete?

Answer: No, it is made of stone and bricks.


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

Question: What material is the ball made of?

Answer: Metal.


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

Question: What type of motion does the ball exhibit?

Answer: Pendulum-like motion.


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

Question: Does the ball move in a straight line?

Answer: No, it moves in a pendulum-like motion.


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

Question: Does a ball in free fall follow a straight-line motion?

Answer: No, it follows a pendulum-like motion.


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

Question: Is the ball in free fall?

Answer: No, it exhibits pendulum-like motion without visible supports, suggesting physical inconsistencies.


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

Question: Does the ball undergo free fall despite having no visible supports or constraints?

Answer: No, it exhibits pendulum-like motion, indicating a violation of physical principles as there are no visible supports or constraints.


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

Question: Is the sun featured in this video?

Answer: No, the video shows a star with a pattern resembling Earth's continents.

Alignment - Entity Recognition and Classification


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

Question: Does this video show the Earth?

Answer: No, it only shows a star and its blue rings.

Alignment - Entity Recognition and Classification


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

Question: We know the sun doe not have continent-like pattern on its surface. Is there the sun in this video?

Answer: No, there's a star in this video, but the pattern on its surface resembles the continent of the earth.


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

Question: We know the sun doe not have rings. Is there the sun in this video?

Answer: No, the sun only has planets surroudings it.


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

Question: Does the ring's size change over time?

Answer: Yes, the ring's size increases.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What type of motion does a star exhibit?

Answer: It exhibits self-revolving motion, as observed from its surface pattern.


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: Can you observe the orbit during the circular motion?

Answer: Only in the middle part of the video, as it transitions from the star's rings and back.

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 is the size of Earth?

Answer: It varies in size, ultimately diminishing.

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 is the motion pattern of the Earth?

Answer: It is moving away from the viewpoint.

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: Does the sun appear to move away from the viewpoint?

Answer: Yes, considering the sun's constant size 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: Does the relative position between the sun and the earth change?

Answer: Yes, it changes due to the varying distances and sizes of both objects.

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: Does the relative position between the sun and the earth change due to their size ratio variation?

Answer: Yes, it changes with the variation in their sizes.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: How many wheels does the robot initially have, and how does this number change over time?

Answer: It starts with four wheels, and a fifth one appears over time.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the robot collide with the wall?

Answer: No, it is static.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is the camera moving?

Answer: Yes, the camera is moving as it changes the viewing point while the vehicle remains static.

Spatial-temporal Consistency - Camera Dynamics


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

Question: Is there a hole in the wall?

Answer: Yes, a hole suddenly appears in the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Are the vehicle's wheels in motion?

Answer: Yes, the number of wheels changes from four to five, and after the fifth one appears, the distribution of wheels becomes more uniform.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the robot collide with the wall?

Answer: No, it's static.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Dew drops on leaves in the morning

Question: Was this video taken during the day?

Answer: Yes, considering the background illumination.


Prompt: Dew drops on leaves in the morning

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

Answer: Yes, all observable dew drops are spherical in this video.


Prompt: Dew drops on leaves in the morning

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

Answer: Yes, all observable dew drops are spherical in this video, which contradicts the expectation that gravity should flatten those on the upper side and cause those on the lower side to fall down.


Prompt: Dew drops on leaves in the morning

Question: What is the movement of the leaf in the background?

Answer: It is shaking, indicating the presence of wind.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: Is there wind visible in the video?

Answer: Yes, as evidenced by the shaking leaf in the background.

Spatial-temporal Consistency - Temporal Dynamics


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: Does the position of the seagull relative to the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Does the relative position of the seagull in front of the lighthouse change over time?

Answer: No, the relative position of the seagull and the lighthouse does not change much during the observed period.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What is the seagull doing in the scene?

Answer: It is flying, but remains stationary in the frame, suggesting a violation of physics.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Where is the sun positioned in relation to the scene?

Answer: The sun is off-scene to the upper-right, as indicated by the illuminated rock and the seagull's shadow.


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

Question: Is the sun visible in the video?

Answer: No.


Prompt: Generate an alligator driving a car

Question: How many seats are there in the car and are they aligned in a single row?

Answer: Two, but they are not aligned in a single row.


Prompt: Generate an alligator driving a car

Question: Who is driving the car?

Answer: An alligator wearing a vibrant red Hawaiian shirt with green and white patterns.

Alignment - Entity Recognition and Classification


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: Is the alligator wearing sunglasses?

Answer: Yes


Prompt: Generate an alligator driving a car

Question: Can alligators drive on roads?

Answer: No, alligators cannot drive.


Prompt: Generate an alligator driving a car

Question: Is the alligator driving a car in the video?

Answer: Yes, the alligator is driving the car.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: Does the video show an alligator driving a car?

Answer: Yes, the alligator is driving the car.


Prompt: Generate an alligator driving a car

Question: Is there a man driving in this video?

Answer: There's no man inside.


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

Question: How many balls are there in the video?

Answer: Four in total throughout the entire timeline.


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

Question: Do any objects appear or disappear in the video?

Answer: Yes, four balls appear in total, with three suddenly appearing in the scene.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is there glass present?

Answer: Yes, as indicated by the cat's reflection and the window's presence.


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

Question: What are the colors of the ball?

Answer: The ball is blue, red, and yellow.


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

Question: Are there any flowers visible in the garden in the video?

Answer: No visible flowers.

Alignment - Entity Recognition and Classification


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

Question: What is the dog doing?

Answer: Playing with a ball.

Spatial-temporal Consistency - Temporal Dynamics


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 the woman sitting in the front in this video?

Answer: No, she is sitting behind.


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 is the horse doing?

Answer: Walking slowly.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man and a woman riding a horse

Question: Are both individuals riding the same horse?

Answer: Yes, according to the video provided.


Prompt: Generate a man drinking up a cup of coffee

Question: What is the man doing?

Answer: Sipping from a white ceramic cup


Prompt: Generate a man drinking up a cup of coffee

Question: Is the man drinking coffee?

Answer: Cannot tell with the information provided.


Prompt: Generate a man drinking up a cup of coffee

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

Answer: Near his nose, instead of his lip, which is unusual.


Prompt: Generate a man drinking up a cup of coffee

Question: We know when the man is drinking from the cup, the cup with beverage inside should touch his lip. Where did the cup touch the man's face?

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


Prompt: Generate a man drinking up a cup of coffee

Question: Is the beverage in the cup hot?

Answer: Cannot determine with the information provided.


Prompt: Generate a man drinking up a cup of coffee

Question: What abnormal behavior is depicted in the video?

Answer: Yes, the man touches his nose with the cup instead of his lips and mouth, indicating he isn't actually drinking since the beverage cannot flow into his mouth.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a man drinking up a cup of wine

Question: What is the man doing?

Answer: Drinking a glass of wine


Prompt: Generate a man drinking up a cup of wine

Question: What is the waiter doing?

Answer: There is no waiter inside.

Alignment - Entity Recognition and Classification


Prompt: Generate a man drinking up a cup of wine

Question: Does the volume of wine in the glass change as the man drinks?

Answer: No, it remains the same, which defies the laws of physics.


Prompt: Generate a man drinking up a cup of wine

Question: We know that if the man is drinking the wine in the glass, the volume of the wine inside the glass will change. Does the volume of wine in the glass change?

Answer: No, which violates the physics as the man is drinking the wine.


Prompt: Generate a man drinking up a cup of wine

Question: Where on the man's face did the glass touch?

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


Prompt: Generate a man drinking up a cup of wine

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.


Prompt: refill a glass of tap water

Question: Does this video feature a sink?

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

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: How many hands are visible in the video?

Answer: None.


Prompt: refill a glass of tap water

Question: Does the water volume in the glass increase?

Answer: Yes, as new water flows in.


Prompt: refill a glass of tap water

Question: Does the water appear immediately in the glass after the water comes in?

Answer: Yes, as the amount of the substance should be constant.


Prompt: refill a glass of tap water

Question: Is there a delay between water entering and appearing in the glass?

Answer: Yes, there is an interval.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Does the water level in the glass increase at the same rate as the tap water flows?

Answer: No, it increases slower.


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

Question: How many rockets are featured in the video?

Answer: Two, one with a camera mounted and another launching.


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

Question: What is the dynamic of a rocket with a mounted camera?

Answer: Self-revolving

Spatial-temporal Consistency - Spatial Dynamics


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

Question: Where does the rocket launch start?

Answer: Near the end with the mounted camera.


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

Question: What is the rocket's relative position to the Earth?

Answer: In the sky, at a distance from the ground.


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

Question: How many rockets are launching in the video?

Answer: Two, one launching


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

Question: Do any rockets reappear after initially disappearing in the video?

Answer: Yes, one rocket that launches later in the video is initially obscured, partly by the eruption, before becoming visible again.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: How many rockets are launching in the video?

Answer: None, one is landing and the other is stationary.


Prompt: Generate a video for launching two rockets

Question: Are there any fast-moving objects in the video?

Answer: No, only a slowly settling rocket is visible.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Is the rocket in the video moving upwards?

Answer: No, the rocket is moving downwards as it is settling down.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

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

Answer: No, the rocket is moving downwards, indicating it is settling down.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: How many static rockets are shown in the video?

Answer: Only one.


Prompt: Generate a video for launching two rockets

Question: Is there an operating rocket inside?

Answer: Yes, one is settling down.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Is there an operating rocket inside?

Answer: Yes, one is settling down.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many watermelons are there?

Answer: One almost whole and one quarter.


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

Question: Is there any indication of an explosion inside?

Answer: Yes, indicated by the white smoke and steam when the bullet hits the watermelon.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the watermelon break in the video?

Answer: No, it maintains the same shape throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the watermelon break apart when shot in the video?

Answer: No, the watermelon maintains its shape before and after the shot.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Did the bullet's shape change?

Answer: Yes, the bottom of the bullet became sharper, preventing it from lifting up.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Did you see the bullet shot into the watermelon?

Answer: No, the bullet is still on the table.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: We know that when the bullet shot into the watermelon, it will go through the watermelon and may be disappear. Did you see the bullet's shot into the watermelon?

Answer: No, the bullet is still on the table.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is there a thin metal chain connected to the ball in the video?

Answer: Yes, a thin metal chain appears later in the video; it is not present from the beginning.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What is the ball doing?

Answer: It is floating in the air with a slow downward movement, suggesting some physical anomalies or constraints.


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

Question: Does this video show a ball in free fall?

Answer: No, the ball is floating in the air and moving downward slowly, suggesting some physical constraints or violations.


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

Question: What causes the ball to move?

Answer: The ball moves due to a light breeze or slight structural vibration, not due to gravity.


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

Question: Is there a tower visible in the video?

Answer: The video shows vertical metal bars that could be part of a bridge or industrial structure, but it's unclear if they form a tower.

Alignment - Entity Recognition and Classification


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

Question: What material is the ball made of?

Answer: The ball is made of a weathered metal, likely steel or iron, with a rough, textured surface showing wear and rust.


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 this video feature the sun?

Answer: No, it features a star in the first half, but it's unclear if that star is the sun.

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: Does the star in the video have rings?

Answer: Yes, the star has a visible ring.


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 Earth appear in this video?

Answer: Yes, the Earth appears in the second half of the video, replacing the initial positions of the star.

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: Does the sun have internal rings?

Answer: No, the sun does not have internal rings.


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 is the motion of the star inside?

Answer: Self-revolving


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: Can we see a galaxy in the background?

Answer: Yes, there's a galaxy visible in the background.

Alignment - Entity Recognition and Classification


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

Question: Does the robot initially have wheels?

Answer: Yes, it initially has two wheels which later transform into arms.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Did the robot break into parts?

Answer: Yes, the robot breaks down with some pieces flying off, but the main body remains mostly intact.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the robot collide with any objects?

Answer: No, the robot only contacts the ground without any significant collisions.


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

Question: What is the lighting condition in the video?

Answer: Dark and poor.


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

Question: What actions does the robot perform in the video?

Answer: The robot starts standing upright, then moves forward with arms extended, loses balance, and falls onto its back, scattering blue and white blocks. After the fall, it struggles to rise, pushing against the ground with its arms, lifting its upper body amidst the debris.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: What do the leaves do?

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's the shape of dews?

Answer: Sphere and flatten sphere, determined by the gravity


Prompt: Dew drops on leaves in the morning

Question: Are there zigzag features around the leaf?

Answer: Yes, there are zigzag features around the leaf.


Prompt: Dew drops on leaves in the morning

Question: Do you see any dews falling down from the leaf?

Answer: No, the dews are mostly static, given the existence of the wind.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Dew drops on leaves in the morning

Question: Do dews fall from the leaf when it moves?

Answer: No, the dews remain mostly static despite the wind.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: How many birds could be found in this video?

Answer: One


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

Question: What is the seagull doing?

Answer: Flying over the lighthouse.

Spatial-temporal Consistency - Spatial Dynamics


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

Question: What does the lighthouse look like?

Answer: Red and white.


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: Is there a cloud 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: Is the seagull or the lighthouse in the front?

Answer: The seagull.


Prompt: Generate an alligator driving a car

Question: Is the alligator sitting in the driver's seat?

Answer: No, it is sitting in the middle of the front seats, which is abnormal.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: Is the driver wearing clothes?

Answer: No, the alligator does not wear any clothes.


Prompt: Generate an alligator driving a car

Question: Is the alligator driving on the road?

Answer: Yes, but it is driving in an abnormal direction, which defies common sense.


Prompt: Generate an alligator driving a car

Question: Is the car moving forward?

Answer: No, it's driving towards the shoulder but still technically moving forward.


Prompt: Generate an alligator driving a car

Question: Is the alligator driving a car in the video?

Answer: Yes, the alligator is driving the car.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate an alligator driving a car

Question: Is the alligator shown driving a car in the video?

Answer: Yes, the alligator is driving the car.


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: Yes, a white one.

Alignment - Entity Recognition and Classification


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: Gazing out at the garden

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Does the video show a glass?

Answer: Yes, it shows the reflection of the cat and the window.


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

Question: Are there any flowers in the garden shown in the video?

Answer: Some pink ones

Alignment - Entity Recognition and Classification


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 behind.


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 is the horse doing?

Answer: Running slowly.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: a man and a woman riding a horse

Question: What is the weather like in the video?

Answer: Sunny, clear sky.


Prompt: a man and a woman riding a horse

Question: What time of day is it in the video?

Answer: It is either early morning or late afternoon


Prompt: Generate a man drinking up a cup of coffee

Question: Is the man wearing glasses?

Answer: Yes, black ones.


Prompt: Generate a man drinking up a cup of coffee

Question: How many hands are visible in the scene?

Answer: Two; one is holding a cup and the other disappears later.


Prompt: Generate a man drinking up a cup of coffee

Question: What is the man drinking?

Answer: Coffee, as suggested by the cup and the color of the beverage.


Prompt: Generate a man drinking up a cup of coffee

Question: What is the temperature of the coffee?

Answer: Hot, as indicated by the steam in the video.


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 rose, a sunflower and a daisy

Question: Is the man wearing a suit?

Answer: No, he's wearing a dark shirt.


Prompt: Generate a rose, a sunflower and a daisy

Question: What is the man doing?

Answer: Drinking a glass of wine


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the volume of wine in the glass change after drinking?

Answer: Yes, it decreases.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the volume of wine in a glass change when a man drinks from it?

Answer: Yes, the volume decreases after drinking.


Prompt: Generate a rose, a sunflower and a daisy

Question: Where on his face did the glass touch the man?

Answer: On his lip, aligned with common sense.


Prompt: Generate a rose, a sunflower and a daisy

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

Answer: On his lip.


Prompt: refill a glass of tap water

Question: Does the water level in a glass increase as tap water flows into it?

Answer: No, the water level in the glass generally remains constant.


Prompt: refill a glass of tap water

Question: Is there a sink visible in the video?

Answer: Yes, there's one sink in the background.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

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

Answer: No, the amount of water in the glass generally remains constant.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: refill a glass of tap water

Question: Is there a plant inside?

Answer: Yes, there's one sink in the background.

Alignment - Entity Recognition and Classification


Prompt: refill a glass of tap water

Question: How many hands are visible in the video?

Answer: One, holding a glass.


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; the other, with a mounted camera, is static.


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

Question: Is the rocket in the video moving upwards as it launches?

Answer: No, the rocket is launching but it moves parallel to the static rocket.

Spatial-temporal Consistency - Spatial Dynamics


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

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: No. The rocket is launching but its moving direction is in parallel with the static rocket.

Spatial-temporal Consistency - Temporal Dynamics


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: Yes, there were some in the background.

Alignment - Entity Recognition and Classification


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

Question: Does the rocket disappear after launch?

Answer: Yes, only its fire and smoke are visible.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Are the two rockets inside launching?

Answer: No, both rockets are static.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a video for launching two rockets

Question: Are the rockets remaining in close proximity to each other?

Answer: Yes, both rockets are staying very close to each other.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a video for launching two rockets

Question: Is there any human visible inside?

Answer: No, there's no visible human inside.

Alignment - Entity Recognition and Classification


Prompt: Generate a video for launching two rockets

Question: Do rockets have boosters attached?

Answer: Yes, each rocket has a central core with additional boosters attached to its sides.


Prompt: Generate a video for launching two rockets

Question: Is the viewing point moving?

Answer: Yes, it is moving from right to left.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a video for launching two rockets

Question: What is the current weather?

Answer: Sunny, with a clear blue sky and fluffy white clouds.


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

Question: How many whole watermelons are shown in the video?

Answer: There is only half a watermelon shown.


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

Question: Are there any bullets shown in the video?

Answer: No, there are no bullets shown throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Is there a weapon inside?

Answer: No, there's only an airbrush.

Alignment - Entity Recognition and Classification


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

Question: Is there a water gun inside?

Answer: No, there's only an airbrush.

Alignment - Entity Recognition and Classification


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

Question: Does a watermelon explode?

Answer: No, the watermelon remains intact.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: Do watermelon flesh and seeds scatter when cut?

Answer: Yes, pieces of flesh and seeds scatter, but the watermelon does not explode.

Spatial-temporal Consistency - Temporal Dynamics


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

Question: What is the ball's movement?

Answer: Slowly moving downward.


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

Question: Is there a tower inside?

Answer: Yes.

Alignment - Entity Recognition and Classification


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

Question: Is the ball undergoing free fall?

Answer: No, the ball's slow speed suggests there are unseen constraints affecting it, as it does not align with typical gravitational acceleration.


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

Question: Does the speed of a falling iron ball indicate it is in free fall?

Answer: No, the speed suggests there may be unseen constraints, as a slow fall contradicts the expected acceleration due to gravity.


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

Question: Does the ball move in a straight line?

Answer: No, its trajectory is curved.


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

Question: Does a ball in free fall follow a straight-line trajectory?

Answer: No, its trajectory is more like a curve.


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

Question: Is the sun depicted in this video?

Answer: Yes, there's a star resembling the sun.

Alignment - Entity Recognition and Classification


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

Question: Is Earth shown in this video?

Answer: There is a blue planet visible, but it lacks continents, indicating it is not Earth.

Alignment - Entity Recognition and Classification


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

Question: Does the sun have a ring around it?

Answer: No, the sun does not have a ring; it is surrounded by planets.


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

Question: Does the sun have a ring around it in the video?

Answer: Yes, there's a blue ring.


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

Question: Is there only one light star inside?

Answer: No, there are multiple light stars.


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

Question: Does the blue ring change over time?

Answer: Yes, its shape and radius change over time; it first becomes thinner, then the old ring fades away.

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 the sun visible in this video?

Answer: No, there's no visible star inside.

Alignment - Entity Recognition and Classification