ccccEsion/IMUG-Bench huggingface dataset:
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 object (the outdoor mailbox) and the same 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 mailbox's hinged door must be depicted as completely shut, flush with the mailbox body, with no visible gap, as per common sense for a closed mailbox door.

3. Apart from the open/closed state, the object's appearance should not change noticeably: The color (white metal with rust), texture, number of parts (red flag, metal tray, wooden post), and key structural features must remain consistent.

4. The door must be closed along the correct axis: The rotation should be depicted as happening around the hinge axis located at the bottom of the door, not from the top or side.

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 be clearly an edit of the input image: The identity of the object (the outdoor mailbox) 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 mailbox door must be depicted as opened to its widest plausible angle (e.g., 90-120 degrees from the closed position) without showing signs of structural damage (e.g., hinges breaking, metal bending).

3. The original object's key structure must be preserved: The color (white metal with rust), material, and number of parts (red flag, metal tray, wooden post) must not change noticeably from the turn 1 input image.

4. The opening direction must be correct: The door must open outward from the mailbox body, consistent with the hinge location at the bottom of the door. It should not open inward or in an impossible direction.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: 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 wooden box object and the same background/scene 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 wooden box's lid must be completely shut, flush with the box body, as per common sense.

3. Apart from the lid's position, the object's appearance should not change noticeably (color, wood texture, decorative carvings, and key structural elements like the metal hinges must remain consistent).

4. All rotating components (the lid) have been closed to a fully shut state.

turn: 2
modality: image
input: Output an image: Edit the input image so that the rotating component is opened to its maximum angle (the limit before 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 wooden box 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 wooden box's lid should be opened to the widest angle possible without breaking the hinges or the box itself, as per common sense.

3. The object's key structure is preserved: Color, wood material, decorative carvings, and the number of components (like hinges) should not change noticeably from the turn 1 input image.

4. The opening direction of the lid in the output image is correct: It should open away from the box body, consistent with the physical structure of the metal hinges connecting the lid to the box.

5. All rotating components (the lid) have been opened to their 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 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 (the grand piano) and the same scene/background style (red carpet, stool, etc.) must be maintained.

2. The rotating component must reach the 'strictly closed' limit: The piano lid, connected to the body by a long hinge, must be completely closed, flush with the top of the piano body.

3. Apart from the open/closed pose, the object's appearance should not change noticeably: The piano's color (black glossy), texture, number of components (keys, legs, pedals), and key structures must remain consistent.

4. All rotating components in the object have been addressed: Since the primary rotating component is the main lid, it must be the one modified to be fully closed.

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 (the grand piano) and background/scene style (red carpet, stool, etc.) must be maintained.

2. The rotating component must reach the 'maximum open' limit: The piano lid should be opened to its full, upright position as is typical for a grand piano, without appearing broken or detached.

3. The original object's key structures are preserved: The piano's color (black glossy), material, and number of parts should not change noticeably.

4. The opening direction is correct: The lid should open upwards and backwards, consistent with the hinge's location connecting it to the piano body.

5. All rotating components are addressed: The main piano lid is the primary component and must be shown in its fully open state.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its limit). If there are multiple rotating components, process all of them. 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 and the same 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 casement window in the image must be completely shut, achieving a fully closed state that aligns with common sense.

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

4. All rotating components of the object in the image (both casement window sashes) must be closed to a fully shut state, not just some of them.

turn: 2
modality: image
input: Output an image: Edit the input image so that the rotating component is at its maximum open angle (reaching the limit state 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 same object identity and the same background/scene style must be maintained (consistent with the background/scene style of the turn 1 input image).

2. The rotating component must reach the 'maximum open' limit. The casement window sashes must be opened to their maximum state as per common sense, without the object being damaged.

3. The key structures of the original object are preserved: color/material/number of parts should not change noticeably (consistent with the original object in the turn 1 input image).

4. The opening direction of the casement window sashes in the output image must be correct. Given the hinges are on the side, the sashes should swing outward, consistent with the physical structure of side-hinged windows.

5. All rotating components of the object in the image (both casement window sashes) must be opened to their maximum state, not just some of them.
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 clearly be an edit of the input image: the same object (glasses) and the same background/scene style must be maintained.

2. The rotating component (the temple arms connected to the frame via the tiny screws) must be fully closed to its limit, with the temple arms folded inwards to lie flat against the front of the frame, as is typical for glasses.

3. Apart from the folding state, the object's appearance should not change noticeably (color, texture, number of components, and key structures like the rectangular frame, transparent lenses, and black tips on the temple arms must remain consistent).

4. All rotating components (both temple arms) must be fully closed to a completely folded state, not just one of them.

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is in its maximum open state (opened to its 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 (glasses) and the background/scene style must remain consistent with the turn 1 input image.

2. The rotating component (the temple arms) must be opened to its maximum limit, with the arms extended straight outwards from the frame, as far as they would go in normal use without breaking the hinge or frame.

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

4. The temple arms in the output image must open in the correct direction, swinging outward from the frame at the hinge point (the tiny screws), which is the only physically possible direction for glasses.

5. All rotating components (both temple arms) must be opened to their maximum state, not just one of them.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Output an image: Edit the input image so that the rotating component is in a strictly closed state (closed to its physical limit). Maintain 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 (hole punch) and background/scene style must be consistent (it should not become a completely different object or scene).

2. The rotating component (the lever/handle assembly pivoting on the pin connecting it to the base) must be fully closed to its physical limit, achieving a state where the punch pins are fully retracted or the mechanism is completely shut, as is physically plausible for the object.

3. Apart from the open/closed pose, the object's appearance should not change noticeably (color, texture, number of parts, and key structures like the red handle, silver metal body, and punch head must remain consistent).

turn: 2
modality: image
input: 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). Maintain 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 (hole punch) and the background/scene style must be consistent with the background/scene style of the turn 1 input image.

2. The rotating component (the lever/handle assembly) must be opened to its maximum plausible limit, simulating the widest angle the handle can be lifted without implying the object is broken or disassembled.

3. The key structures of the original object must be preserved: color, material, and number of parts should not be noticeably altered.

4. The opening direction of the lever/handle in the output image must be correct, pivoting upwards from the pin axis as it would in normal use, consistent with the physical structure shown in the turn 1 input image.
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 flip-top lighter) and the same scene/background style must be maintained.

2. The rotating component (the lid connected to the body by the side hinge) must be fully closed to its limit, achieving a completely shut state 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 structures like the metal finish, zipper and skull design must remain consistent).

4. Since the item has only one primary rotating component (the lid), this point is not applicable.

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 clearly be an edit of the input image: the same object identity (the flip-top lighter) and the same background/scene style must be maintained.

The output must clearly be an edit of the input image: the same object identity (the flip-top lighter) and the same background/scene style as in turn1 input image must be maintained.

3. The key structures of the original object must be preserved: color/material/number of parts should not change significantly.

4. The opening direction of the lid in the output image must be correct, following the physical constraint of the side hinge.

5. Since the item has only one primary rotating component (the lid), this point is not applicable.
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 (the generating compass) and the same background/scene style must be maintained.

2. The rotating component must reach the 'strictly closed' limit: The two legs of the generating compass must be brought together completely, with the pointed needle and the generating tip touching or as close as physically possible, representing a fully closed state.

3. Apart from the opening/closing posture, the object's appearance should not change significantly: The metal color, texture, number of components (two legs, central pivot, black handle, adjustment screw), and key structural features must remain consistent.

4. All rotating components in the object have been closed: Since the generating compass has a single primary rotating joint at the top pivot connecting the two legs, this joint must be fully closed.

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 (the generating compass) and the same background/scene style must be maintained, consistent with the background/scene style from turn 1 input image.

2. The rotating component must reach the 'maximum open' limit: The two legs of the generating compass must be opened to the widest angle that is plausible for a functional generating compass without breaking or detaching, typically approaching 180 degrees or the mechanical limit of the pivot, as required by the current turn's instruction.

3. The key structure of the original object is preserved: The metal color/material, texture, number of components, and structural integrity must not change significantly, consistent with the object's appearance in turn 1 input image.

4. The opening direction is correct: The legs of the compass should open outward from the central top pivot in a symmetrical manner, consistent with the physical hinge structure of a standard generating compass.
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 clearly be an edit of the input image: The same object (the nutcracker) and the same background/scene style must be maintained.

2. The rotating component must reach the 'strictly closed' limit. The two lever arms of the nutcracker must be completely pressed together, with the serrated jaws at the front meeting fully, representing a fully closed state.

3. Apart from the open/close posture, the object's appearance should not change significantly. Its color, texture, number of parts (silver metal, black handles, rivet), and key structure must remain consistent.

4. All rotating components in the object (the two lever arms connected by the rivet) are closed to a fully shut state, not just partially modified.

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 clearly be an edit of the input image: The same object identity (the nutcracker) and the same background/scene style must be maintained, consistent with the background/scene style in turn 1 input image.

2. The rotating component must reach the 'maximum open' limit. The two lever arms of the nutcracker should be opened as wide as possible, simulating the maximum practical opening angle for placing a nut, without appearing to break or strain the hinge.

3. The key structure of the original object is preserved: Color, material, and number of parts should not change noticeably, consistent with the object's appearance in turn 1 input image.

4. The opening direction of the nutcracker's lever arms in the output image is correct. The arms should open outward from the central rivet hinge, consistent with the physical structure of a typical nutcracker.

5. All rotating components in the object (the two lever arms) are opened to their maximum state, not just partially modified.
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 identity of the object (the silver flip phone) and the background/scene style must remain consistent.

2. The rotating component (the hinge connecting the screen lid and the keypad base) must be fully closed to its physical limit, resulting in the flip phone being completely shut.

3. Apart from the open/closed state, the object's appearance should not change noticeably (color, texture, number of parts, and key structures like the Motorola logo, external screen, keypad layout, and 'movistar' branding must remain consistent).

4. All rotating components (the single hinge) have been fully closed.

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 limit before the object would be damaged). 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 silver flip phone) and the background/scene style must remain consistent with the background/scene style in turn 1 input image.

2. The rotating component (the hinge connecting the screen lid and the keypad base) must be opened to its maximum, plausible angle, as far as a typical flip phone hinge allows without breaking, as required by the turn 2 input text.

3. The object's key structures must be preserved: color, material, and number of parts should not change noticeably.

4. The opening direction of the flip phone's lid in the output image must be correct, following the physical hinge mechanism (likely opening away from the keypad base), consistent with the hinge mechanism depicted in turn 1 input image.

5. All rotating components (the single hinge) have been opened to their 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 identity of the object (the folding ladder) and the background/scene style must remain consistent.

2. The rotating component (the hinge at the top connecting the two legs) must be brought to its 'strictly closed' limit. The two legs of the ladder should be folded together, touching or nearly touching, representing a fully collapsed state.

3. Apart from the folding angle, the object's appearance should not change significantly. The color, texture, number of steps, and key structural elements (wooden legs, metal chains, steps) must remain consistent.

4. All rotating components in the object (the single top hinge) have been fully 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 be a clear edit of the input image: The identity of the object (the folding ladder) and the background/scene style must remain consistent with the input image of turn 1.

2. The rotating component (the hinge at the top connecting the two legs) must be at its 'maximum open' limit (reaching the limit without damaging the object). The two legs should be spread apart to form a stable 'A' shape, representing the ladder's fully deployed, functional state without being overextended to the point of structural failure.

3. The object's key structure must be preserved: The color, material, number of steps, and components (wooden legs, metal chains) should not change significantly from the input image of turn 1.

4. The opening direction of the folding ladder in the output image must be correct. The legs should open outward from the top hinge, consistent with the physical design of a typical A-frame ladder.

5. All rotating components in the object (the single top hinge) have been opened to their maximum state.