ccccEsion/IMUG-Bench huggingface dataset:
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Based on the input image, edit it so that the rotating component is in a strictly closed state (closed to its limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: the same object (the pocket watch) and the same background/scene style must be maintained.

2. The rotating component (the hinged lid of the pocket watch) must be fully closed to its limit, achieving a completely shut state that aligns with common sense.

3. Apart from the open/close posture, the object's appearance should not change significantly (color, texture, number of parts, and key structural details like the intricate engravings and Roman numerals must remain consistent).

4. The lid must be closed in the correct direction, pivoting around the top hinge that connects it to the watch body.

turn: 2
modality: image
input: Please output an image: Based on the input image, edit it so that the rotating component is at its maximum open angle (reaching the limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the object (the pocket watch) and the background/scene style must remain consistent with the turn1 input image.

2. The rotating component (the hinged lid) must be opened to its maximum plausible angle, as far as it would go in common use without breaking the hinge or watch.

3. The object's key structural features must be preserved: color, material, number of parts, and details like the engravings and internal gears should not change significantly.

4. The lid must be opened in the correct direction, pivoting backwards around the top hinge, consistent with its physical structure.

5. The internal mechanical structure (golden gears, etc.) visible when the lid is open should remain consistent with the description from the first turn.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its physical limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: The same stapler object and the same background/scene style must be maintained (it should not become a completely different object or scene).

2. The rotating component has reached the 'strictly closed' limit. The stapler's press arm, which pivots on the axis pin connecting the base and the tail end of the arm, must be shown in a fully closed position, flush with the base, as per common sense.

3. Apart from the open/close posture, the object's appearance should not change significantly (color, texture, number of parts, and key structural features like the 'B4' logo, metal stapling head, and black anti-slip pads must remain consistent).

4. The stapler has only one primary rotating component (the press arm). This component must be fully closed.

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is at its maximum opening angle (reaching the limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: The identity of the same stapler object and the same background/scene style must be maintained (it should not become a completely different object or scene). The background/scene style must match that of the input image from turn 1.

2. The rotating component has reached the 'maximum open' limit. The stapler's press arm should be opened to the widest angle possible under normal use without appearing broken or detached. The opening direction of the press arm should be consistent with the physical hinge mechanism of the axis pin.

4. The key structure of the original object is preserved: Color, material, and number of parts should not change noticeably. These features (color, material, number of parts) must match those of the input image from turn 1.

5. The stapler has only one primary rotating component (the press arm). This component must be fully opened to its maximum state.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its physical limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: The same object (the black microwave) and the same scene/background style (kitchen counter near a window) must be maintained.

2. The rotating component must reach the 'strictly closed' limit: The microwave door must be depicted as completely shut, flush with the main body, with no visible gap.

3. Apart from the door's closed position, the object's appearance should not change significantly: Its black color, rectangular shape, texture, and key structural features (control panel, handle) must remain consistent.

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is opened to its maximum angle (the practical limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the object (the black microwave) and the background/scene style must remain consistent with the turn 1 input image.

2. The rotating component must reach the 'maximum open' limit: The microwave door should be opened to an angle that represents its full, typical range of motion (e.g., roughly 90-100 degrees), as if it cannot open further without strain.

3. The object's key structure must be preserved: Its color, material, and component count should not change noticeably from the previous state.

4. The opening direction must be correct: The door should swing open to the side opposite its hinges (the side where it connects to the main body), consistent with common microwave design and physical hinge mechanics.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must clearly be an edit of the input image: The same object (the white, built-in refrigerator) and the same scene/background style must be maintained.

2. The rotating component (the refrigerator door) must reach the 'strictly closed' limit. The door should be completely shut, flush with the main body of the refrigerator, as per common sense.

3. Apart from its open/closed state, the object's appearance should not change significantly. Its color (white), texture, number of components (transparent storage compartments, internal shelves, lighting, bottom drawers), and key structure must remain consistent.

4. All rotating components in the item (the refrigerator door) have been closed to a fully shut state. (Note: Based on the description, the primary rotating component is the main door. Any secondary doors or compartments, if present and visible, should also be closed.)

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is at its maximum open angle (reaching the limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must clearly be an edit of the input image: The identity of the object (the white, built-in refrigerator) and the background/scene style must be consistent with the turn 1 input image.

2. The rotating component (the refrigerator door) must reach the 'maximum open' limit (reaching the limit without damaging the object). The door should be opened to the widest angle that is plausible for a standard refrigerator without breaking the hinges or the door itself.

3. The key structure of the original object is preserved: Color (white), material, and number of components should not be noticeably altered and must be consistent with the turn 1 input image.

4. The opening direction of the refrigerator door in the output image is correct. Given the hinge is located on one side of the door connecting to the body, the door should swing open away from that hinge side, which is the standard and physically correct direction.

5. All rotating components in the item (the refrigerator door) have been opened to their maximum state. (Note: Based on the description, the primary rotating component is the main door. Any secondary doors or compartments, if present and visible, should also be opened to their maximum.)
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: The same object and scene/background style must be maintained (it should not become a completely different object or scene).

2. The rotating component must reach the 'strictly closed' limit. The oven door in the image must be completely closed, achieving a shut state that aligns with common sense.

3. Apart from the open/closed pose, the object's appearance should not change significantly (color, texture, number of parts, and key structures must remain consistent).

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is in its maximum open state (reaching the limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: The identity of the object and the background/scene style must be consistent with the turn 1 input image.

2. The rotating component must reach the 'maximum open' limit. The oven door must be opened to its widest possible angle as per common sense, without the object being damaged.

3. The key structures of the original object must be preserved: color/material/number of parts should not change noticeably from the turn 1 input image.

4. The opening direction of the oven door in the output image must be correct. Given the hinge is at the bottom, the door should open downwards, which aligns with its physical structure and common sense.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: The same object (the white rice cooker with a silver top, blue display, and buttons) and the same scene/background style must be maintained.

2. The rotating component (the lid, connected to the main body by a hinge at the rear) must be fully closed to its limit, appearing flush and sealed against the main body of the rice cooker.

3. Apart from the lid's position, the object's appearance should not change significantly (its white color, silver top, blue display, buttons, and overall structure must remain consistent).

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is opened to its maximum angle (the practical limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the object (the rice cooker) and the background/scene style must remain consistent with the turn1 input image.

2. The rotating component (the lid) must be opened to its maximum practical angle, as far as its rear hinge would allow without appearing to break or detach.

3. The object's key structures must be preserved: its color, material, and number of components (display, buttons, handle) should not change.

4. The lid in the output image must open in the correct direction, pivoting upwards and backwards from its rear hinge, consistent with the physical design of a typical rice cooker lid.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its limit). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: the same object (folding fan) and the same scene/background style must be maintained.

2. The rotating component (the folding fan) must reach the 'strictly closed' limit, achieving a fully folded state as per common sense.

3. Apart from the folding state, the object's appearance should not change significantly (color, texture, number of ribs, key structures like the handle and decorative tassel must remain consistent).

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is in its maximum open state (reaching the limit without damaging the object). Keep all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be clearly an edit of the input image: the same object identity (folding fan) and the same background/scene style must be maintained (consistent with the background/scene style from turn 1 input image).

2. The rotating component (the folding fan) must reach the 'maximum open' limit, achieving a fully spread state as per common sense without appearing broken.

3. The original object's key structures must be preserved: color/material/number of ribs should not change significantly (consistent with the folding fan's appearance in turn 1 input image).

4. The folding fan in the output image must be opened in the correct direction, forming a wide, semi-circular arc as is typical for such fans.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: From the following options, select one item that 'contains a rotational mechanism':

A. Scissors
B. Brick
C. Book
D. Plate
E. None of the above.
output: answer: A

turn: 2
modality: image
input: Please output an image: Generate the rotational item you selected in the previous round. The image must contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image is of a pair of scissors (the correct answer from turn 1), containing one and only one such item that is immediately recognizable.

The output must clearly be an edit of the input image: The identity of the object (scissors) and the background/scene style must be consistent with the turn1 input image.

turn: 3
modality: image
input: Please output an image: Edit the image generated in Turn 2 by adding a red dashed line to mark the axis of rotation for the item. If the item contains multiple rotational mechanisms, mark all of them.
output: evaluation_points: The output must be an edit of the Turn 2 output image. The object and background should remain consistent (it should not be a completely different image with a new composition).

2. Only one new red dashed line should be added. There should be no extra lines, modifications, or text annotations.

3. The red dashed line correctly and reasonably marks the location of the rotation axis, which is the central rivet connecting the two blades.

The appearance and state of the item (e.g., whether it is open or closed) remain unchanged from the Turn 2 output image.

5. Since the item (scissors) contains only one primary rotational mechanism, the single axis has been correctly marked.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: From the following options, select the item that 'contains a rotational mechanism':

A. A compact powder case
B. A ceramic coffee mug
C. A hardcover book
D. A bar of soap
E. None of the above.
output: answer: A

turn: 2
modality: image
input: Please output an image: Generate the rotational item you selected in the previous turn. The image should contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image must be of a compact powder case, containing one and only one such item that is instantly recognizable.

2. The background must be pure white, with the object's outline clearly defined.

turn: 3
modality: image
input: Please output an image: Edit the image generated in Turn 2 by adding a red dashed line to mark the axis of rotation for the item. If the item contains multiple rotational mechanisms, mark all of them.
output: evaluation_points: 1. The output must be an edit of the Turn 2 output image; the object and background must remain consistent (it should not be a newly generated image with a different composition).

2. Only one new red dashed line should be added, with no extra lines, modifications, or text labels.

3. The red dashed line must reasonably mark the correct location of the rotational axis, specifically the hinge connecting the mirror lid to the powder case base.

4. The item's appearance, including its open/closed state, must remain unchanged from the Turn 2 output image.

5. Since the item has only one primary rotational mechanism, the single axis must be correctly marked.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: Select the item from the list below that 'contains a rotational mechanism':

Options:
A. Briefcase
B. Brick
C. Book
D. Blanket
E. None of the above.
output: answer: A

turn: 2
modality: image
input: Generate an image: Generate the rotational item you selected in the previous turn. The image should contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image must be of a 'briefcase', and it must be the only item in the image, instantly recognizable.

2. The background must be pure white, with the object's outline clear and distinct.

turn: 3
modality: image
input: Generate an image: Edit the image from Turn 2. Use a red dashed line to mark the axis of rotation for the item's rotational mechanism. If the item contains multiple rotational mechanisms, mark all of them.
output: evaluation_points: The output must be an edit of the Turn 2 output image. The object and background must remain consistent (it should not be a completely different image).

2. Only one new red dashed line should be added. There should be no extra lines, modifications, or text annotations.

3. The red dashed line must be placed at the correct location for the rotational axis, specifically at the hinge connecting the lid to the body at the rear of the briefcase.

The appearance and state (e.g., open/closed) of the briefcase must remain unchanged from the Turn 2 output image.

5. Since this item has only one primary rotational mechanism (the hinge), only one axis should be correctly marked.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: From the following options, select one item that 'contains a rotational mechanism':
A. Suitcase
B. Brick
C. Book
D. Apple
E. None of the above.
output: answer: A

turn: 2
modality: image
input: Please output an image: Generate the rotational item you selected in the previous round. The image should contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image is of a suitcase, and there is exactly one suitcase present that is immediately recognizable.

2. The background is pure white with clear, distinct object contours.

turn: 3
modality: image
input: Please output an image: Edit the image generated in Turn 2 by adding a red dashed line to mark the axis of rotation for the item. If the item contains multiple rotational mechanisms, please mark all of them.
output: evaluation_points: 1. The output must be an edit of the Turn 2 output image, with the object and background remaining consistent (it should not be a completely different composition).

2. Only one red dashed line is added, with no extra lines, modifications, or text annotations.

3. The axis of rotation is correctly and reasonably marked at the location of the soft hinge connecting the upper and lower shells of the suitcase.

4. The appearance and open/closed state of the suitcase remain unchanged from the Turn 2 output image.

5. Since the item has only one primary rotational hinge, this single axis is correctly marked.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: From the following options, select the one item that "contains a rotational mechanism":

A. A standard hammer
B. A pair of pliers
C. A solid wooden block
D. A ceramic coffee mug
E. None of the above.
output: answer: B

turn: 2
modality: image
input: Please output an image: Generate the item you selected in the previous turn. The image should contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image must be of a pair of pliers, and it must be the only item in the image, instantly recognizable.

2. The background must be pure white, with clear and distinct object contours.

turn: 3
modality: image
input: Please output an image: Edit the image generated in Turn 2. Use a red dashed line to mark the axis of rotation for the item's rotational mechanism. If the item contains multiple rotational mechanisms, mark all of them.
output: evaluation_points: 1. The output must be an edit of the Turn 2 output image. The object and background must remain consistent with the Turn 2 output image; it should not be a completely different image.

2. Only one new red dashed line should be added. There should be no other line modifications or text annotations.

3. The red dashed line must correctly and reasonably mark the location of the rotational axis at the central pivot where the two handles cross.

4. The appearance, orientation, and state (e.g., open/closed) of the pliers must remain unchanged from the Turn 2 output image.

5. The red dashed line must correctly mark the axis for the single rotational mechanism present in the pliers.
Domain: Mechanisms / rotational_mechanism_generation

turn: 1
modality: text
input: From the following options, select one item that 'contains a rotational mechanism':
Options:
A. Pruning Shears
B. Brick
C. Book
D. Drinking Glass
E. None of the above.
output: answer: A

turn: 2
modality: image
input: Please output an image: Generate the rotational item you selected in the previous round. The image should contain only that single item on a pure white background.
output: evaluation_points: 1. The generated image is of a pair of pruning shears, containing only this single item and is instantly recognizable.

2. The background is pure white, and the object's outline is clear and distinct.

turn: 3
modality: image
input: Please output an image: Edit the image generated in Turn 2. Use a red dashed line to mark the axis of rotation for this item. If the item contains multiple rotational mechanisms, please mark all of them.
output: evaluation_points: 1. The output must be an edit of the Turn 2 output image, with the object and background remaining consistent (it should not be a completely different composition).

2. Only one new red dashed line is added, with no extra lines, modifications, or text labels.

3. The image correctly and reasonably marks the rotational axis at the location of the central bolt that fixes the two blades.

4. The appearance and state (e.g., open/closed) of the item remain unchanged from the Turn 2 output image.

5. The image correctly marks the rotational axis for the single rotational mechanism present in the pruning shears.