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

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

Answer: The video has a cartoonish style.


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

Question: Are the cars driving in the same direction?

Answer: No, they are facing each other.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the animals walking on the grass?

Answer: No, the animals are standing still on the grass.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are there only three animal heads visible throughout the video?

Answer: No, initially there are three, but later the hen's tail transforms into a head-like shape, making four heads visible.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: What is the correct order of the animals from left to right?

Answer: Duck, rooster, hen.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the duck, hen, and rooster walking on the grass?

Answer: Yes, all three animals are walking on the grass.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the three animals arranged as duck, hen, and rooster from front to back relative to the ground-level camera?

Answer: No, the correct order from front to back is: duck, rooster, then hen.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the duck, hen, and rooster walking on the grass?

Answer: Yes, all three animals are walking on the grass.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Do the rooster, hen, and duck walk in the order of front, middle, and last respectively?

Answer: No, the actual order is: rooster in front, duck in the middle, and hen at the back.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Does either the hen or the rooster lay an egg in the video?

Answer: No, neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the duck, hen, and rooster walking on the grass?

Answer: Yes, all three animals are walking on the grass.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: What is the correct order of the animals from left to right?

Answer: Duck, hen, rooster.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the duck, hen, and rooster walking on the grass?

Answer: Yes, all three animals are walking on the grass.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: What is the correct order of the animals from left to right?

Answer: Duck, hen, rooster.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Are the duck, hen, and rooster all present in the video on the grass?

Answer: No, only two animals are present in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Is the rooster walking to the left in the video?

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

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Is there a hen visible in the video on the grass?

Answer: No, only a rooster is present; no hen appears in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Does the rooster walk on the grass in the video?

Answer: No, the rooster is standing still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate one female duck, one hen and one rooster walking on the grass

Question: Which bird lays an egg in the video, the hen or the rooster?

Answer: Neither the hen nor the rooster lays an egg in the video.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: How many bear statues made from different materials appear in the video?

Answer: There is only one material used — bronze. Two bear statues are shown, but both are made of bronze.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: How many bear ears can be seen in the video?

Answer: Three ears are visible; the smaller bear on the left has one ear, and the larger bear on the right has two ears.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are sitting.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues positioned directly on the grass?

Answer: No, they are on wooden platforms, despite being surrounded by grass.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are all three bear statues the same size when presented together?

Answer: Yes, all three bear statues are the same size.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are standing.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues on the ground or on pedestals?

Answer: The bear statues are on pedestals.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues facing the same direction?

Answer: No, the left statue faces right and the right statue faces left.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are standing.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are there bronze, glass, and plastic bear statues in the video?

Answer: Yes, there are bear statues made of bronze, glass, and plastic in the video.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues the same size when presented together?

Answer: No, they vary in size; the leftmost is the largest, the middle is medium-sized, and the rightmost is the smallest.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are standing.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are all bear statues placed on the same type of pedestal?

Answer: No, the left and right bear statues are on black pedestals, while the middle one is on a wooden shelf.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are all three bear statues the same size?

Answer: No, the rightmost bear statue is larger than the other two.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are standing.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Is there a glass bear statue in the video?

Answer: No, there is only one bear statue, and it is not made of glass.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Does the camera move during the video?

Answer: Yes, it slowly moves to the right with a slight rotational angle.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Is the bear statue smiling?

Answer: No, its mouth curves downward.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Is there a glass bear statue in the video?

Answer: No, there is only one bear statue, and it is not made of glass.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: How many bear ears are visible in the video?

Answer: Zero, as the bear statue's face is not shown.


Prompt: Generate a bronze bear statue, one plastic bear statue and one glass bear statue

Question: Are the bear statues sitting or standing?

Answer: The bear statues are standing.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are the cylinder, cubic, and pyramid cake boxes accurately depicted in the video?

Answer: No, the cylinder and cubic boxes are accurate, but the pyramid box incorrectly has more vertices than a typical pyramid.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: What material is the cubic cake box made from?

Answer: The cubic cake box is made of wood.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: How many cakes are visible in the video?

Answer: Zero, only cake boxes are shown.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are there cylinder, cubic, and pyramid cake boxes in the video?

Answer: No. The video shows a cylinder-shaped cake box and a pyramid-shaped box with more vertices than typical, making its shape incorrect. Additionally, there is a box inside the pyramid, but it is not cubic.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: What material is used for the cylindrical cake box?

Answer: The cylindrical cake box is made of transparent plastic.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Is the cylinder cake box empty?

Answer: Yes, it is empty as we can see through the transparent plastic.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are there cylinder, cubic, and pyramid cake boxes in the video?

Answer: Yes, all three types of cake boxes are present in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Which cake box starts moving automatically first?

Answer: The pyramid-shaped cake box.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Do the cake boxes remain stationary on the surface?

Answer: No, the boxes move around independently without any external force, which is unrealistic.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are all three cake boxes made from the same material?

Answer: Yes, they are all made of cardboard.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are there a cylinder, cubic, and pyramid cake box in the video?

Answer: No, the cylinder cake box is missing; there are two cubic cake boxes and one pyramid-shaped box.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: What color is the smallest cake box?

Answer: The smallest cake box is green.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: How many cakes are visible in the video?

Answer: Zero, only cake boxes are shown.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are the cylinder, cubic, and pyramid cake boxes correctly depicted in the video?

Answer: No, the cubic cake box is missing, the pyramid-shaped box is inaccurately depicted, and the other two boxes are cylindrical.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are all the cake boxes on the same surface?

Answer: No, one cylindrical cake box is stacked on top of another.


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Are there any cake boxes in the video?

Answer: Yes, there are cake boxes in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box, a cubic cake box and a pyramid cake box

Question: Is there a double-layered cylindrical cake in the video?

Answer: Yes, there is a double-layered cylindrical cake in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are both a cylinder and a pyramid cake box shown in the video?

Answer: No, only the pyramid cake box is shown along with a cube-shaped and a triangular prism-shaped box. The cylinder cake box is missing.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are all cake boxes on the same surface?

Answer: Yes, they are on the same surface.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Do the cake boxes remain stationary on the surface?

Answer: No, both the cube-shaped and triangular prism-shaped boxes move without any external force, which is unrealistic.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are both a cylinder and a pyramid cake box shown in the video?

Answer: No, only a cylinder cake box is shown.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: How many cakes are visible in the video?

Answer: Zero, only a cake box is shown.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are both a cylindrical and a pyramid cake box shown in the video?

Answer: No, only a cylindrical cake box is shown, along with other unrelated objects.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Is the cylinder transparent?

Answer: No, it is opaque and white.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: How many cakes are visible in the video?

Answer: Zero, only a cake box is shown.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Is there a cubic cake box in the video?

Answer: No, there is no cubic cake box in the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are all the cake boxes on the same surface?

Answer: No, one cylindrical cake box is stacked on top of another.


Prompt: Generate a cylinder cake box and a pyramid cake box

Question: Are there cakes visible in the video?

Answer: Yes, several cakes are visible.

Alignment - Entity Recognition and Classification


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Does the video show both a coarse surface marble ball and a smooth surface marble ball?

Answer: No, only a smooth surface marble ball is clearly visible. Another ball is present but is too blurry to confirm if it's coarse surfaced.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Does the smooth marble ball roll?

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


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Are both a coarse and a smooth surface marble ball present in the video?

Answer: Yes, both types are clearly present and distinguishable.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Which marble ball is larger, the coarse or the smooth one?

Answer: They appear to be the same size.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Which marble ball spins faster, coarse or smooth?

Answer: The coarse marble ball spins faster than the smooth one.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do the video feature both a coarse surface and a smooth surface marble ball?

Answer: No, both marble balls have smooth surfaces; the coarse surface ball is absent.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do the two marble balls touch or bounce off each other in the video?

Answer: No, the two balls never touch or make contact throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do both marble balls have mirror images on their surface?

Answer: Yes, full mirror images are clearly visible for both marble balls.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do both marble balls roll in the video?

Answer: Yes, both smooth marble balls roll.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do the video feature both a coarse surface and a smooth surface marble ball?

Answer: No, both marble balls have smooth surfaces; the coarse surface ball is absent.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do the two marble balls touch or bounce off each other in the video?

Answer: No, the two balls never touch or make contact throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Which marble ball is larger, the left or the right one?

Answer: They appear to be the same size.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Are both marble balls spinning simultaneously?

Answer: Yes, both are spinning simultaneously.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Does the video feature both a coarse surface marble ball and a smooth surface marble ball?

Answer: No, it only shows marble balls with smooth surfaces; the coarse surface ball is absent.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Do any marble balls change color when spun?

Answer: Yes, the right marble ball changes from brown-orange to purple when spun.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Are both marble balls spinning simultaneously?

Answer: Yes, both are spinning simultaneously.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Does the video feature both a coarse surface and a smooth surface marble ball?

Answer: No, it only shows a smooth surface marble ball; the coarse surface ball is absent.


Prompt: Generate a coarse surface marble ball and a smooth surface marble ball

Question: Does the smooth marble ball's size and color remain constant in the video?

Answer: No, the smooth marble ball changes size and color multiple times during the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Are there women wearing both a dress and a coat in the video?

Answer: No, both women in the video are wearing coats; there is no woman wearing a dress.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: How many ears are visible on the two women in the video?

Answer: Two ears in total, one from each woman, as the other ears are obscured by side-facing angles.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Are the earrings worn by the two women of the same design?

Answer: No, they are wearing different designs.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature a woman in a dress and another in a coat?

Answer: Yes, it includes one woman in a dress and another in a coat.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Which woman leaves the camera view first, the one in the dress or the one in the coat?

Answer: The woman in the dress.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the woman in the coat ever look at the woman in the dress?

Answer: No, she never looks at her throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Which woman appears happier, the one in the dress or the one in the coat?

Answer: The woman in the dress appears happier.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature both a woman in a dress and a woman in a coat?

Answer: No, it only features a woman in a dress; there is no woman in a coat.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: What does the woman in the dress do in the video?

Answer: She takes a step forward and turns right.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Is sunlight visible in the video?

Answer: Yes, it is visible in the top right corner of the scene.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature a woman in a dress and another in a coat?

Answer: Yes, it includes one woman in a dress and another in a coat.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Are the woman in the dress and the woman in the coat walking in the same direction?

Answer: Yes, both women walk toward the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Which woman has a bag?

Answer: The woman in the coat has a single-shoulder bag.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Are both women wearing necklaces?

Answer: No, only the woman in the dress is wearing a necklace; the one in the coat is not.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature a woman in a dress and another in a coat?

Answer: Yes, it shows a woman in a dress on the left and another in a coat on the right.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Which woman is facing the camera?

Answer: The woman in the dress is facing the camera; the one in the coat has her back to the camera.


Prompt: Generate a woman wearing dress and a woman wearing coat

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

Answer: No, her face is not visible, so it's impossible to tell if she's smiling.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature both a woman in a dress and a woman in a coat?

Answer: No, it only features a woman in a coat; there is no woman in a dress.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

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

Answer: The video has a realistic style.


Prompt: Generate a woman wearing dress and a woman wearing coat

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

Answer: Yes, she is smiling.


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Does the video feature both a woman in a dress and a woman in a coat?

Answer: No, it only features a woman in a coat; there is no woman in a dress.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing dress and a woman wearing coat

Question: Is the woman in the coat walking?

Answer: No, she is standing still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a woman wearing dress and a woman wearing coat

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

Answer: The video has a cartoonish style.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are there a woman in a light green dress and a woman in a brown coat in the video?

Answer: No, the video shows a woman in a light green coat and a woman in a brown coat, but no woman in a light green dress.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Which woman is smiling, the one on the left or the one on the right?

Answer: Neither of them is smiling.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are both women pictured with their hands in their pockets?

Answer: Yes, both women have their hands in their coat pockets.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are there both a woman in a light green dress and a woman in a brown coat in the video?

Answer: Yes, the woman in the light green dress appears first, followed by the woman in the brown coat as the camera moves.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Does the woman in the dress walk toward or away from the woman in the coat?

Answer: She walks toward the woman in the coat.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Do both women have their hands in their pockets?

Answer: No, only the woman in the brown coat does; the one in the light green dress does not.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are there women wearing a light green dress and a brown coat in the video?

Answer: Yes, the woman in the light green dress is on the left, and the woman in the brown coat is on the right.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are both women in the video walking?

Answer: No, only the woman in the light green dress is walking; the woman in the brown coat is still.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are both women facing the camera?

Answer: Yes, both the woman in the light green dress and the woman in the brown coat are facing the camera.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are there women wearing a light green dress and a brown coat in the video?

Answer: Yes, the woman in the light green dress is on the left, and the woman in the brown coat is on the right.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Do the women in the video communicate with each other?

Answer: Yes, the woman in the light green dress speaks to the woman in the brown coat, who listens but does not verbally respond.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Is the woman in the light green dress holding a bag?

Answer: No, she is not holding a bag.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are there women wearing a light green dress and a brown coat in the video?

Answer: Yes, the woman in the light green dress is on the left, and the woman in the brown coat is on the right.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are any of the women walking in the video?

Answer: No, both women are standing still throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are both women in the video smiling?

Answer: No, only the woman in the brown coat is smiling; the one in the light green dress is not.


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

Question: Are both a woman in a light green dress and a woman in a brown coat present in the video?

Answer: No, only the woman in a light green dress is present; the woman in a brown coat is not.

Alignment - Entity Recognition and Classification


Prompt: Generate a woman wearing light green dress and a woman wearing brown coat

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

Answer: The woman is standing still and not performing any action.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: How many flowers are shown blooming in the video?

Answer: Five flowers are blooming in total: 2 roses, 1 sunflower, and 2 daisies.


Prompt: Generate a rose, a sunflower and a daisy

Question: Are there any visible insects on the flowers?

Answer: No, there are no visible insects on the flowers throughout the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Are the flowers from left to right a rose, daisy, and sunflower?

Answer: No, they are a rose, sunflower, and daisy from left to right.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Are all three plants affected by wind?

Answer: Yes, all three plants show visible vibrations indicating they are affected by wind.


Prompt: Generate a rose, a sunflower and a daisy

Question: Which flowers are present in the video from the list: rose, sunflower, daisy?

Answer: Only a daisy is present.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Is the sunflower visible in the video?

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

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Does the camera move continuously in the video?

Answer: Yes, it moves continuously throughout the video.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate a rose, a sunflower and a daisy

Question: How many blooming flowers can be seen in the video?

Answer: Only one blooming daisy is visible throughout the video.


Prompt: Generate a rose, a sunflower and a daisy

Question: Are a rose, a sunflower, and a daisy all present in the video?

Answer: No, only a rose and a sunflower are present; the daisy is missing.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Are there any visible insects on the flowers?

Answer: No, there are no visible insects on the flowers throughout the video.

Alignment - Entity Recognition and Classification


Prompt: Generate a rose, a sunflower and a daisy

Question: Does wind affect all plants?

Answer: Yes, all plants are affected by wind, as evidenced by their visible vibrations.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Are the eagle and pigeon both flying in the video?

Answer: No, only the eagles are flying; the pigeon remains on the ground.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Do the birds flap their wings in the video?

Answer: No, they remain suspended in the air without flapping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Do all the birds in the video have their wings spread?

Answer: No, the pigeon is standing on the ground with its wings closed.


Prompt: generate an eagle and a pigeon flying together

Question: Are the eagle and pigeon flying together in the video?

Answer: Yes, both the eagle and the pigeon are flying together in the same frame.

Alignment - Entity Recognition and Classification


Prompt: generate an eagle and a pigeon flying together

Question: Are any birds on the ground in the video?

Answer: No, both the eagle and the pigeon are airborne throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Do the birds flap their wings in the video?

Answer: No, they remain suspended in the air without flapping.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Are the eagle and pigeon flying together in the video?

Answer: Yes, both the eagle and the pigeon are flying together in the video.

Alignment - Entity Recognition and Classification


Prompt: generate an eagle and a pigeon flying together

Question: Do the birds flap their wings in the video?

Answer: Yes, both the eagle and the pigeon flap their wings while flying.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Which bird is flying in front according to their flying direction?

Answer: The pigeon is flying in front of the eagle.


Prompt: generate an eagle and a pigeon flying together

Question: Are the birds flying upward or downward?

Answer: Downward.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Do the birds flap their wings when flying in the video?

Answer: Yes, both birds flap their wings while flying.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: In which direction are the birds flying relative to the camera?

Answer: The birds are flying to the left of the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Does the video show both an eagle and a pigeon flying together?

Answer: No, it only shows a pigeon flying; there is no eagle.

Alignment - Entity Recognition and Classification


Prompt: generate an eagle and a pigeon flying together

Question: Does the bird flap its wings while flying in the video?

Answer: Yes, the bird flaps its wings while flying.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Are the birds flying toward the camera in the video?

Answer: Yes, the birds are flying toward the camera.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: generate an eagle and a pigeon flying together

Question: Does the video show both an eagle and a pigeon flying together?

Answer: No, only an eagle is shown flying; there is no pigeon.

Alignment - Entity Recognition and Classification


Prompt: generate an eagle and a pigeon flying together

Question: Are clouds visible in the video when the birds are flying?

Answer: No, the background is clear with no clouds visible during the flight.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Does the video feature two Maine Coon cats and two Husky dogs?

Answer: No, it shows two Maine Coon cats and only one Husky dog.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the cats and dogs interacting in the video?

Answer: No, they are just sitting on the carpet without interacting.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are all the animals on one carpet?

Answer: Yes, all the animals are on a single carpet.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Is the light source in front of or behind the animals?

Answer: The light is behind the animals, casting their shadows in front.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Does the video feature two Maine Coon cats and two Husky dogs?

Answer: Yes, it starts with two Maine Coon cats and one Husky dog, with a second Husky appearing later.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the cats and dogs playing together in the video?

Answer: Yes, all the animals are playing together with a toy.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are all the animals on one carpet?

Answer: Yes, all the animals are on a single carpet.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Is the light source in front of or behind the animals?

Answer: The light source is behind the animals, casting their shadows toward the camera.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Does the video feature two Maine Coon cats and two Husky dogs?

Answer: No, it shows two Maine Coon cats and only one Husky dog.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the cats and dogs interacting in the video?

Answer: Yes, one cat and one dog are playing together.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are all the animals on one carpet?

Answer: Yes, all the animals are on a single carpet.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Is the dog larger than the cats?

Answer: Yes, the dog is clearly larger than the cats.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are there two Maine Coon cats and two Husky dogs in the video?

Answer: No, there are only three animals in the video.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the animals interacting playfully in the video?

Answer: Yes, they are actively playing with each other.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are all the animals on one carpet?

Answer: Yes, all the animals are on a single carpet.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the dogs significantly larger than the cats?

Answer: No, the dogs and cats are almost the same size.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are there two Maine Coon cats and two Husky dogs in the video?

Answer: No, there are only three animals in the video.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are all the animals on one carpet?

Answer: Yes, all the animals are on a single carpet.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the animals using a toy to play with each other in the video?

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


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the dogs significantly larger than the cats?

Answer: No, the dogs and cats are almost the same size.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are there two Maine Coon cats and two Husky dogs in the video?

Answer: No, only two Husky dogs are present; the Maine Coon cats are missing.


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are any animals on a carpet in the video?

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


Prompt: two Maine coon cats and two husky dogs are playing on a carpet

Question: Are the dogs interacting with any cats in the video?

Answer: No, there are no cats present in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Are there a black truck and a red sedan in the video?

Answer: No, the video only shows black sedans and a red and black truck.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Does the truck overtake the sedan in the video?

Answer: No, the truck does not overtake the sedan at any point in the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Are the vehicles in the video obeying the traffic rule of moving in opposite directions on opposite sides of a double yellow line?

Answer: No, both the sedan and the truck are on opposite sides of the double yellow line but are moving in the same direction.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is the truck larger than the sedan in the video?

Answer: Yes, the truck is significantly larger than the sedan.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are there both a black truck and a red sedan in the video?

Answer: Yes, a black RAM truck and a red sedan are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Does the black truck overtake the red sedan in the video?

Answer: No, the black truck starts ahead of the red sedan and does not overtake it.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is any cargo visible on the truck in the video?

Answer: No, there is no visible cargo on the truck throughout the video.


Prompt: A black truck is trying to overtake  a red sedan

Question: Is the truck larger than the sedan in the video?

Answer: No, the RAM truck appears to be a similar size to the red sedan.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are both a black truck and a red sedan visible in the video?

Answer: Yes, there is at least one black truck and at least one red sedan visible in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Do any red sedans overtake the black vehicle?

Answer: Yes, two red sedans overtake the black vehicle near the end of the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is the truck significantly larger than the sedan in the video?

Answer: Yes, the truck is significantly larger than the sedan.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are there a black truck and a red sedan in the video?

Answer: Yes, both a black RAM truck and a red sedan are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Does the black truck overtake the red sedan in the video?

Answer: No, the black truck starts ahead of the red sedan and does not overtake it.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is any cargo visible on the truck in the video?

Answer: No, there is no visible cargo on the truck throughout the video.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are any vehicle lights on in the video?

Answer: No, none of the vehicles have their lights on at any point in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Are there both a black truck and a red sedan in the video?

Answer: Yes, both vehicles appear in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Does the black truck successfully overtake the red sedan?

Answer: No, the black truck attempts to overtake but does not succeed by the end of the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is the truck larger than the sedan in the video?

Answer: Yes, the truck is significantly larger than the sedan.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are there both a black truck and a red sedan in the video?

Answer: Yes, both vehicles appear in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Is the truck larger than the sedan in the video?

Answer: Yes, the truck is significantly larger than the sedan.


Prompt: A black truck is trying to overtake  a red sedan

Question: Are both the black truck and the red sedan moving on the road?

Answer: No, only the black truck is moving as it attempts to overtake the stationary red sedan.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A black truck is trying to overtake  a red sedan

Question: Is there a black truck driving on the road in the video?

Answer: Yes, a black truck is visible on the road in the video.

Alignment - Entity Recognition and Classification


Prompt: A black truck is trying to overtake  a red sedan

Question: Is there a red truck on the road in the video?

Answer: Yes, a red truck is visible on the road in the video.

Alignment - Entity Recognition and Classification


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes flipped into the air in the video?

Answer: No, the video ends before they are fully flipped.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Does the pancake fully flip in the video?

Answer: No, the pancake does not complete the flip and remains on the same side.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes shown in the video uniform in size?

Answer: No, the pancakes held by the chef are significantly larger than those on the kitchen counter.


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes flipped into the air?

Answer: Yes, the pancake is flipped into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Was the pancake completely flipped in the video?

Answer: Yes, it was fully flipped, showing both sides.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: What does the chef use to flip the pancake?

Answer: The chef uses his hand to flip the pancake.


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes flipped into the air?

Answer: No, the pancake remains in the chef's hand and is never flipped into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: What does the chef use to flip the pancake?

Answer: The chef uses his hand to flip the pancake.


Prompt: A chef flipping a pancake in the air

Question: Is the burner under the pancake pan turned on?

Answer: No, the burner is off throughout the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes ever flipped into the air?

Answer: No, the pancakes are always either in the chef's hand or on the pan; they are never flipped into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes in the video all the same size?

Answer: No, the pancake at the beginning is noticeably smaller than the others.


Prompt: A chef flipping a pancake in the air

Question: Do the number of pancakes change during the video?

Answer: Yes, some pancakes merge into one and others split into two.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Is the pancake hot?

Answer: Yes, visible steam rising from the pancake indicates it is hot.


Prompt: A chef flipping a pancake in the air

Question: Was the pancake completely flipped in the video?

Answer: Yes, it was fully flipped, showing both sides.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes flipped into the air?

Answer: No, they remain stuck to the spatula and do not flip into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

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

Answer: Yes, the number changes unrealistically; a pancake splits into two and another appears on the spatula.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes flipped into the air?

Answer: No, the pancakes remain in the chef's hand and are not flipped into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Does the pancake fully flip over in the video?

Answer: No, the pancake spins but does not flip from one side to the other.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Is the pancake hot?

Answer: Yes, visible steam rising from the pancake indicates it is hot.


Prompt: A chef flipping a pancake in the air

Question: Are the pancakes ever flipped into the air?

Answer: No, the pancakes remain on the plate at all times and are never flipped into the air.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Does the pancake fully flip in the video?

Answer: No, the pancake remains on the same side throughout.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A chef flipping a pancake in the air

Question: Do the pancakes change size unrealistically in the video?

Answer: Yes, the pancakes grow or shrink in ways that defy physical plausibility without any apparent cause.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket's upward movement noticeable?

Answer: No, it moves so slowly that its upward motion is barely noticeable.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the engines stop and the rocket fall in the video?

Answer: No, the engines remain active with visible flames, and the rocket does not fall.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket flying in the sky?

Answer: No, the rocket is flying in outer space, not in the sky or atmosphere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the engines stop or does the rocket fall at any point in the video?

Answer: No, the engines never stop, and the rocket does not fall at any point in the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Does the rocket maintain a consistent flight direction in the video?

Answer: Yes, the rocket flies steadily in the same direction without any turning or deviation.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket currently flying in the sky?

Answer: Yes, it is flying within the atmosphere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the engines stop and the rocket fall in the video?

Answer: No, the engines do not stop; the engine flames are visible throughout, indicating they are still functioning. The rocket does not fall and remains in the sky.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Does the rocket maintain a consistent flight direction in the video?

Answer: No, it slightly turns downward during the flight.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket ascending in the sky?

Answer: No, despite its upward-facing head, it is actually descending.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Does the rocket fall in the video?

Answer: Yes, the rocket falls throughout the video.


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket's highest position above or below the clouds?

Answer: Above — the rocket reaches its highest point above the clouds before descending into the cloud layer.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the engines stop and the rocket fall in the video?

Answer: Yes, the engines stop emitting flames and the rocket begins to fall afterward.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Does the rocket hit the ground in the video?

Answer: No, the rocket is falling but the video ends before it reaches the ground.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket currently flying in the sky?

Answer: Yes, it is flying within the atmosphere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the engines stop and the rocket fall during the video?

Answer: No, the engines do stop as the flames disappear, but the rocket does not fall immediately. It continues moving due to inertia, slowing down and slightly turning downward.


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Is the rocket currently flying in the sky?

Answer: Yes, it is flying within the atmosphere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Do the rocket's engines stop and does it fall in the video?

Answer: No, the rocket continues flying and the engines do not stop.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A rocket is flying in the sky and then the engines stop working and start to fall

Question: Does the rocket maintain a consistent flight direction in the video?

Answer: Yes, the rocket flies steadily in the same direction without any turning or deviation.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women actually dancing on the green grass with scattered flowers?

Answer: No, they are on green grass with flowers, but their motion is very slow due to a slow-motion effect, making it unclear if they are dancing.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women shaking hands?

Answer: No, they are holding a bouquet of flowers together.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women facing each other?

Answer: No, the woman on the left is looking in a different direction.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are there women wearing a floral dress and a blue kimono in the video?

Answer: Yes, both the woman in the floral dress and the one in the blue kimono are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women dancing on green grass surrounded by scattered flowers?

Answer: Yes, they are dancing on green grass with scattered flowers around.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the two women dancing in sync?

Answer: No, they are dancing at their own pace and are not synchronized.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women facing each other?

Answer: No, the woman on the right is looking in a different direction.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Is there a woman in a floral dress and another in a blue kimono in the video?

Answer: No, there is only one woman wearing a blue floral dress.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Is the woman dancing on green grass surrounded by flowers?

Answer: Yes, she is dancing on green grass surrounded by flowers.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Does the woman complete a full 360-degree spin while dancing?

Answer: Yes, she continuously spins, completing multiple 360-degree rotations throughout the dance.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are there women wearing a floral dress and a blue kimono in the video?

Answer: Yes, both the woman in the floral dress and the one in the blue kimono are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women dancing on green grass surrounded by flowers?

Answer: Yes, they are dancing on green grass surrounded by flowers.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the two women dancing in sync?

Answer: Yes, they are dancing in sync, showing coordinated movements throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Do any of the women spin during their dance?

Answer: No, neither woman spins; they both face the camera throughout the performance.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are there women wearing a floral dress and a blue kimono in the video?

Answer: Yes, both the woman in the floral dress and the one in the blue kimono are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women dancing on green grass surrounded by scattered flowers?

Answer: Yes, they are dancing on green grass with scattered flowers around.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the two women dancing in sync?

Answer: Yes, they are dancing in sync, showing coordinated movements throughout the video.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the dancers facing each other or the camera?

Answer: They are facing each other.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are there women wearing a floral dress and a blue kimono in the video?

Answer: Yes, both the woman in the floral dress and the one in the blue kimono are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women dancing on green grass surrounded by scattered flowers?

Answer: Yes, they are dancing on green grass with scattered flowers around.


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Do any of the women spin while dancing?

Answer: Yes, the woman in the floral dress spins, while the other does not.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are there women wearing a floral dress and a blue kimono in the video?

Answer: Yes, both the woman in the floral dress and the one in the blue kimono are present in the video.

Alignment - Entity Recognition and Classification


Prompt: A woman wearing a floral dress and another woman wearing a blue kimono are dancing on the green grass with flowers scattered

Question: Are the women dancing on grass with scattered flowers?

Answer: No, the background is entirely green.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there only four cubes on the table, each colored red, yellow, blue, and green?

Answer: No, there are more than four cubes on the table, but they include red, yellow, blue, and green ones.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Is the red cube the largest?

Answer: No, the largest cubes are similarly sized and none are red; the red cubes are smaller.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there multicolored cubes in the video?

Answer: Yes, there are cubes with red, green, blue, and yellow colors.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are all cubes on the same table?

Answer: Yes, all the cubes are on the same table.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there four cubes on the table, each colored red, yellow, blue, and green?

Answer: Yes, there are four cubes on the table, each colored red, yellow, blue, and green.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are all cubes on the same table?

Answer: Yes, all the cubes are on the same table.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are any cubes stacked on top of each other?

Answer: No, all the cubes are placed separately on the table surface; none are stacked.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there only four colored cubes on the table: red, yellow, blue, and green?

Answer: No, there is an additional yellow cube, totaling five cubes on the table.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Is the red cube the largest?

Answer: No, all cubes are of similar size, including the red one.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there any multicolored cubes in the video?

Answer: No, all the cubes in the video are solid-colored.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Which side of the scene is the light source positioned on?

Answer: The light source is positioned on the left, as indicated by the shadows' direction.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there four cubes on the table, each colored red, yellow, blue, and green?

Answer: Yes, there are four cubes on the table, each colored red, yellow, blue, and green.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Is the red cube the largest?

Answer: No, the yellow cube is the largest.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Which side of the scene is the light source positioned on?

Answer: The light source is on the right, indicated by the shadow direction.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are any cubes stacked on top of each other?

Answer: No, all the cubes are placed separately on the table surface; none are stacked.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there four cubes on the table, each colored red, yellow, blue, and green?

Answer: No, there are four cubes, but their colors are two red, one yellow, one blue, and no green.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Is the red cube the largest?

Answer: No, all cubes are of similar size, including the red one.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Which side of the scene is the light source positioned on?

Answer: The light source is positioned on the left, as indicated by the shadows' direction.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are any cubes stacked on top of each other?

Answer: No, all the cubes are placed separately on the table surface; none are stacked.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there four solid-colored cubes on the table in red, yellow, blue, and green?

Answer: No, there are four cubes in those colors, but the green cube has an orange side, so it's not solid-colored.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there multicolored cubes in the video?

Answer: Yes, the green cube has one orange side.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are all cubes on the same table?

Answer: Yes, all the cubes are on the same table.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Are there only four colored cubes (red, yellow, blue, green) on the table throughout the video?

Answer: No, a fifth orange cube appears at one point, and the colors of the original four cubes slightly shift over time.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Is the red cube the largest?

Answer: No, all cubes are of similar size; the red cube is not larger.


Prompt: There are four cubes on the table, with colors red, yellow, blue, and green. The red cube has the largest size.

Question: Which side of the scene is the light source positioned on?

Answer: The light source is positioned on the right, as indicated by the shadows' direction.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, one from the left followed by one from the right?

Answer: No, there is only a single point of light coming from above.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams converge at a single point on the pole?

Answer: No, while there is a point of light on the pole, there are no visible converging beams.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams appear sequentially, starting from the left then the right?

Answer: No, the first beam appears from the right, followed by the second from the left.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams strike the same point on the pole?

Answer: Yes, both beams strike the same point on the pole.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do the first and second beams of light meet when the second one enters the scene?

Answer: No, the first beam stops shining when the second appears; they strike the same point but do not meet.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, one from the left followed by one from the right?

Answer: No, there is only a single beam of light coming from above the wooden pole.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams converge on the pole?

Answer: No, there is only one beam of light shining down on the pole.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, first from the left and then from the right, with a pause in between?

Answer: No, the first beam comes from above, and the second beam comes from the right.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams converge at a single point on the pole?

Answer: No, the first beam strikes the top of the pole, while the second beam misses the pole entirely.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Are the two beams of light the same color?

Answer: No, the first beam from above is blue, and the second beam from the right is red.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, starting from the left followed by a pause, then from the right?

Answer: No, the first beam originates from a point on the wooden pole and moves to the right. This light source then hits the table, emitting two beams simultaneously, one to the left and one to the right.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two light beams converge at a single point on the pole?

Answer: No, both beams originate from the same source on the table and do not converge at the pole.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Is the wooden pole centered on the table?

Answer: Yes, the wooden pole is precisely centered on the table.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, starting from the left followed by a pause, then from the right?

Answer: Yes, the first beam appears from the left and strikes a pole. After a short pause, a second beam emits from the point of contact towards the right.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light converge at the same point on a pole?

Answer: No, they strike the same height but on opposite sides of the pole, so they do not converge at the same point.


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do the light beams' striking positions change during the video?

Answer: Yes, they initially strike higher on the wooden pole and later shift slightly downward.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do two beams of light appear sequentially, first on the left and then on the right?

Answer: No, four beams of light appear simultaneously from the top, bottom, left, and right.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A wooden pole stands at the center of a table. A bright light beam shoots from the left, striking the pole. After a pause, another beam shoots from the right, meeting at the pole.

Question: Do all the light beams have the same color?

Answer: No, the top and bottom beams are yellow and orange, while the left and right beams are purple.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is the cube resting on a typical table?

Answer: No, it is resting on a surface made of many small cubes.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a beam of bright light coming from the upper left?

Answer: No, there is no beam of bright light in the video.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a beam of light striking downward onto the cube?

Answer: No, there is no beam of light present in the video.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a visible beam of bright light coming from the upper left?

Answer: No, despite a light source on the left, the video does not show a visible beam of bright light.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a visible beam of light striking the cube from above?

Answer: No, although there is a light source on the left, the video shows no visible beam of light.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Can the cube move without any applied force?

Answer: Yes, the cube rotates slightly on its own, which defies physical laws.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does a beam of bright light originate from the upper left?

Answer: No, it originates from the upper right and moves downward toward the left.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the light beam directly strike the cube from above?

Answer: No, it strikes a point in the air to the left of the cube, but the cube is illuminated by the beam's brightness.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Are the cube and the table the same color?

Answer: Yes, both are completely black.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the beam of light originate from the upper left?

Answer: No, it originates from directly above the cube.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there only one cube in the video?

Answer: No, another cube enters from above, is placed on the existing cube, and then exits upward.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is the additional light source located in front of or behind the cube?

Answer: The additional light source is behind the cube, as evidenced by the shadow direction.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the beam of light originate from the upper left?

Answer: No, it originates from directly above the cube.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does a beam of light strike directly downward onto the cube?

Answer: Yes, it does.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the beam of light move horizontally?

Answer: No, the beam of light remains fixed and does not move horizontally.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a beam of bright light emanating from the upper left?

Answer: Yes, a beam of bright light is clearly visible emanating from the upper left.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the light beam strike the cube from above?

Answer: Yes, it strikes downward from the upper left.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the beam of light continuously strike the cube?

Answer: No, it initially strikes the top left of the cube and gradually moves right and upward, eventually missing the cube.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a beam of bright light coming from the upper left?

Answer: No, there is no beam of bright light in the video.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Is there a beam of light striking downward onto the cube?

Answer: No, there is no beam of light present in the video.


Prompt: A cube rests on a table. A beam of bright light shoots from upper left. The beam strikes downward onto the cube.

Question: Does the cube appear bright without external light?

Answer: Yes, it seems to emit light on its own.


Prompt: Generate two parallel railways

Question: Are there any steel rails visible in the video?

Answer: Yes, there are five steel rails.


Prompt: Generate two parallel railways

Question: Are all the steel rails in the video straight?

Answer: No, the rightmost one is not straight.


Prompt: Generate two parallel railways

Question: Are there rail ties under the steel rails in the video?

Answer: No, the steel rails are directly placed on the ground.


Prompt: Generate two parallel railways

Question: Is the number of steel rails in the video odd or even?

Answer: It is odd, but it should be even.


Prompt: Generate two parallel railways

Question: Are there clouds visible in the video?

Answer: Yes, there are many clouds in the blue sky.

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: Are there any wooden telegraph poles visible in the video?

Answer: Yes, there are at least 5 telegraph poles in the video.


Prompt: Generate two parallel railways

Question: How many railways are depicted in the video?

Answer: There is only one railway.


Prompt: Generate two parallel railways

Question: Are there rail ties under the steel rails in the video?

Answer: Yes, the steel rails are placed on rail ties.

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: How does the camera view change in the video?

Answer: The camera moves from the ground to the front as it travels along the rail.

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate two parallel railways

Question: Is there a train visible in the video?

Answer: No, there is no train.

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: How many steel rails are shown in the video?

Answer: There are two rails.


Prompt: Generate two parallel railways

Question: Are the steel rails in the video parallel?

Answer: No, they intersect.


Prompt: Generate two parallel railways

Question: Can a train travel on the intersecting rails shown in the video?

Answer: No, the intersecting rails prevent it.


Prompt: Generate two parallel railways

Question: What time of day was the video recorded?

Answer: In the afternoon, sometime before sunset.


Prompt: Generate two parallel railways

Question: How many steel rails are in the video and is the count odd or even?

Answer: There are five steel rails, and the count is odd.


Prompt: Generate two parallel railways

Question: Can a train use the rightmost steel rail?

Answer: No, it cannot due to obstacles on that rail.

Spatial-temporal Consistency - Spatial Dynamics


Prompt: Generate two parallel railways

Question: Do the railways shown in the video exist in reality?

Answer: No, they do not exist because the number of rails should be even and there should be rail ties between two rails.


Prompt: Generate two parallel railways

Question: Is the camera moving forward or backward in the video?

Answer: It is moving backward

Spatial-temporal Consistency - Camera Dynamics


Prompt: Generate two parallel railways

Question: How many rails are visible in the video?

Answer: Six rails


Prompt: Generate two parallel railways

Question: Can the central rails be used for a train?

Answer: No, they cannot be used as they are converging and parallel.


Prompt: Generate two parallel railways

Question: Are the rail ties correctly positioned under the rails?

Answer: No, they are not. Each pair of rails should be supported by the same rail ties, but in the video, only one rail is placed on the rail ties instead of a pair.


Prompt: Generate two parallel railways

Question: Does the video feature a transmission tower?

Answer: Yes, it does.

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: Is there a dog with a black head and a yellow tail?

Answer: Yes, there is one


Prompt: Generate two parallel railways

Question: Can you see two dogs merging into one in the video?

Answer: Yes, it seems to be happening.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: Generate two parallel railways

Question: Are the dogs in the video forming a specific shape?

Answer: No, they are not


Prompt: Generate two parallel railways

Question: Is there a dog in the video with a husky head and a golden retriever body?

Answer: Yes, there is one

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: Are there any dogs visible in the video?

Answer: No, there are no dogs.

Alignment - Entity Recognition and Classification


Prompt: Generate two parallel railways

Question: How many moving objects are in the video?

Answer: There are seven


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are there exactly ten husky dogs in the video?

Answer: No, there are more than ten dogs, but they are of various breeds.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many golden retrievers are in the video?

Answer: There are more than ten dogs, but they are of various breeds.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: What species is the white animal at the top left of the video?

Answer: It looks like a Samoyed.

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Is the white dog's nose in the top left moving naturally?

Answer: No, its nose appears to be changing size.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Do the dogs in the video form a heart shape?

Answer: No, they cluster together without forming any specific shape.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are all the dogs in the video smiling?

Answer: No, not all of them are smiling.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many golden retrievers appear at the start of the video?

Answer: Three.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many golden retrievers appear at the end of the video?

Answer: Two


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Does the golden retriever suddenly disappear in the video?

Answer: Yes, the golden retriever suddenly disappears in the middle of the video.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: What shape do the dogs form in the video?

Answer: They roughly form a circle

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Was the video filmed in spring?

Answer: No, it was filmed in winter.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many dogs are in the video?

Answer: There are around 15 dogs.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Do the dogs form a heart shape?

Answer: Yes, they form a heart shape.

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are there more than 20 dogs?

Answer: Yes, there are more than 20 dogs.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are all the dogs facing inward towards the center of the heart shape?

Answer: No, some are facing outward.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are the husky dogs running on the snow?

Answer: No, they are staying quietly on the snow.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Which side of the video is the sun on?

Answer: It is on the right because the shadow is on the left.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are there an equal number of husky dogs and golden retriever dogs?

Answer: Yes, there are three husky dogs and three golden retriever dogs.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Do these dogs form a heart shape?

Answer: No, they do not.

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Did a person place the garland of roses on the dog?

Answer: No, the garland appeared suddenly out of nowhere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are the dogs smiling?

Answer: Yes, they are all smiling and appear happy.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Was the video filmed in snowy winter conditions?

Answer: No, grass is visible, indicating it likely isn't winter.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many dogs' heads are in the center of the heart-shaped garland?

Answer: Four


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are all dogs either huskies or golden retrievers?

Answer: No, there are many other breeds.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Do these dogs form a heart shape with their heads?

Answer: Yes, their heads create a heart shape.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are there over 20 dogs?

Answer: Yes, there are more than 20


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Is the camera moving closer or further away in the video?

Answer: It is moving further away.

Spatial-temporal Consistency - Camera Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are all dogs facing the center of the heart shape?

Answer: Yes, they are.


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Is there a dog with a black head and a yellow tail?

Answer: Yes, there is one


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Can you see two dogs merging into one in the video?

Answer: Yes, it seems to be happening.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are the dogs in the video forming a specific shape?

Answer: No, they are not


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Is there a dog in the video with a husky head and a golden retriever body?

Answer: Yes, there is one

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: Are there any dogs visible in the video?

Answer: No, there are no dogs.

Alignment - Entity Recognition and Classification


Prompt: A team of 20 dogs including ten huskies and ten golden retrievers forms the shape of a heart.

Question: How many moving objects are in the video?

Answer: There are seven


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Is the apple tree shaking?

Answer: Yes, it is shaking.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Are any apples falling to the ground?

Answer: No, there are several apples already on the ground.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Are there more than five apples on the tree?

Answer: Yes, there are definitely more than five.


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Which direction is the wind blowing based on the tree's motion?

Answer: From right to left, as the tree is leaning to the left.


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Was the video filmed on a sunny day?

Answer: No, it is pretty cloudy


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Does the tree's motion stop abruptly when it shakes?

Answer: Yes, it appears to stop suddenly.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Will there be apples on the ground?

Answer: Yes, several apples drop to the ground.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Do apples reappear on the tree after one falls?

Answer: Yes, several apples drop from the same location.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: Is this video filmed in a realistic setting?

Answer: No, it features unrealistic elements like apples appearing out of nowhere.

Spatial-temporal Consistency - Temporal Dynamics


Prompt: An apple tree stands alone in the garden. There are still five apples hanging in the tree. Three apples are falling to the ground

Question: How many apples are initially in the tree and how many remain at the end?

Answer: Initially, there are four apples, and three remain at the end.

Spatial-temporal Consistency - Temporal Dynamics