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 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 and the same scene/background 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 suitcase in the image must be shown in a fully closed state, consistent 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. The suitcase's two halves, connected by the soft hinge, are completely shut, with no visible gap indicating an opening.

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 same object identity and the same background/scene style must be maintained (consistent with the background/scene style of turn 1 input image).

2. The rotating component has reached the 'maximum open' limit. The suitcase should be opened to its widest possible angle as per common sense, without appearing damaged. This requirement is based on the text instruction of turn 2 input: 'Edit the input image so that the rotating component is at its maximum open angle (reaching the limit without damaging the object).'

3. The original object's key structures are 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 suitcase in the output image is correct. The top half should open upwards/backwards, consistent with the physical structure of the soft hinge connecting the top and bottom shells.

5. The suitcase is fully opened, with the top and bottom shells forming a wide angle, likely close to 180 degrees, maximizing the visible interior space.
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 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 pliers in the image must be completely closed, aligning the jaws so they meet fully, consistent 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 structures like the orange/black handles and metal jaws should 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 clearly be an edit of the input image: The same object identity 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 pliers should be opened to the widest angle possible without breaking or distorting the handles, consistent with common sense.

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

4. The opening direction of the pliers in the output image must be correct. The handles should be spread apart symmetrically around the central pivot axis, which is the correct opening direction for this type of tool. The pivot axis and the overall structure of the pliers (including the orange/black handles and metal jaws) should be consistent with the object as depicted in 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 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 (pruning shears) and the same scene/background style must be maintained.

2. The rotating component must reach the 'strictly closed' limit. The two blades of the pruning shears must be completely shut, with their sharp edges meeting along their entire length, as is physically possible for this tool.

3. Apart from the closing angle, the object's appearance should not change significantly. The color, texture, material (black metal blades, silver metal rods, green plastic sleeve, grey rubber handles with yellow accents), and number of parts must remain consistent.

4. The central yellow star-shaped bolt (the axis) connecting the blades must remain present and visually consistent, serving as the pivot point for the closure.

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is at its maximum opening angle (the limit before the tool 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 (pruning shears) and the background/scene style must be consistent with the turn1 input image.

2. The rotating component must reach the 'maximum open' limit. The two blades of the pruning shears must be opened to the widest angle that is plausible for normal, non-destructive use of such a tool.

3. The object's key structures must be preserved: colors, materials, and the number of parts (blades, rods, sleeve, handles, central bolt) should not change. These visual properties must be consistent with the turn1 input image.

4. The opening direction must be correct. The blades should pivot open around the central yellow star-shaped bolt, with the handles moving correspondingly apart. The opening should follow the physical pivot structure of the tool.

5. The long silver rods and green plastic sleeve should adjust their relative positions realistically to accommodate the wide opening, but their visual properties (color, texture) must remain unchanged and consistent with the turn1 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 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 folding fruit knife) 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 blade of the folding knife must be fully folded into the handle, achieving a completely closed state that aligns with common sense for such a tool.

3. Apart from the folding angle, the object's appearance should not change significantly. The color, texture, material (wooden handle, metal blade), number of parts (rivets, pivot, blade hole), and key structural details 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 (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 fruit knife) 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 blade should be opened to the widest angle possible for a folding knife without breaking the pivot mechanism, typically a position where the blade is fully extended and locked in line with the handle.

3. The key structures of the original object must be preserved. The color, material, and number of parts (wooden handle, metal blade, rivets, pivot, blade hole) should not be noticeably altered.

4. The opening direction of the blade in the output image must be correct. For a typical folding knife, the blade rotates outward from the handle around the pivot axis located at the base of the blade.
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 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 carabiner) 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 silver metal spring gate of the carabiner must be shown in a fully closed state, flush against the body of the carabiner, leaving no visible gap.

3. Apart from the open/closed posture, the object's appearance should not change significantly. The black carbon fiber texture, glossy finish, D-shaped structure, and the small black component on the gate must remain consistent.

4. The object identity (a single carabiner) and the number of rotating components (one spring gate) must be preserved.

turn: 2
modality: image
input: Please output an image: Based on the input image, edit it 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 (the carabiner) and the same background/scene style must be maintained. The background must be consistent with the background in turn 1 input image.

2. The rotating component must reach the 'maximum open' limit. The silver metal spring gate must be rotated open to its widest possible angle, as far as the hinge mechanism allows without appearing broken or detached.

3. The original object's key structures must be preserved: The black carbon fiber texture, glossy finish, D-shaped structure, and the small black component on the gate must remain consistent with their appearance in turn 1 input image.

4. The opening direction of the carabiner's spring gate must be correct. It should rotate outward from the fixed end (the rivet axis), swinging the free end with the black component away from the carabiner's body.
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 wooden clothespin 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 two wooden arms of the clothespin must be brought together completely, with their tips touching or nearly touching, representing a fully closed state as per common sense.

3. Apart from the open/close posture, the object's appearance should not change significantly: The color, wood grain texture, number of parts (two wooden arms, one metal spring), and key structure (the metal spring connecting the arms) must remain consistent.

4. All rotating components in the item are closed: Since the clothespin has a single primary rotating mechanism (the two arms pivoting on the metal spring), this single mechanism 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 identity of the wooden clothespin object 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 two wooden arms of the clothespin must be opened to the widest possible angle that is plausible without breaking the metal spring or the wood, as per common sense for a clothespin.

3. The key structure of the original object is preserved: The color, wood material, number of parts, and the presence of the metal spring should not change noticeably, consistent with the turn 1 input image.

4. The opening direction is correct: The wooden arms should open away from each other, pivoting around the metal spring axis, which is the correct and only physically possible opening direction for a clothespin.

5. All rotating components are opened to the maximum: The single rotating mechanism of the clothespin (the two arms) must be fully opened.
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 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 waffle maker's top heating plate must be depicted as completely closed, flush with the bottom plate, with no visible gap.

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

turn: 2
modality: image
input: Please output an image: Based on the input image, edit it 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 and 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 waffle maker's top heating plate should be opened to the widest angle possible, as if the hinge at the rear is fully extended, but without depicting any damage to the hinge or body. This is based on the turn 2 input text instruction.

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

4. The opening direction of the waffle maker's top plate must be correct. It should open upwards and backwards, consistent with the rear hinge location as depicted in the turn 1 input image, and not in an impossible direction like sideways or downwards.
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 sandwich maker object and the same background/scene style must be maintained.

2. The rotating component must reach the 'strictly closed' limit. The upper and lower cooking plates, connected by the hinge, must be brought together into a fully closed position, with no visible gap.

3. Apart from the open/close pose, the object's appearance should not change significantly. Its color, texture, number of parts (e.g., handle, control panel, base), and key structures must remain consistent.

4. All rotating components of the sandwich maker (the upper plate assembly) have been closed to a fully shut state.

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 sandwich maker object and the background/scene style must be consistent with the input image of turn 1.

2. The rotating component must reach the 'maximum open' limit. The upper plate assembly should be opened to the widest angle possible for a typical sandwich maker without appearing broken or detached, as required by the current turn's instruction.

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

4. The opening direction of the upper plate assembly in the output image is correct. It should open upwards/outwards from the hinge connecting it to the base/lower plate, consistent with the physical structure of the hinge as depicted in the input image of turn 1.

5. All rotating components of the sandwich maker (the upper plate assembly) 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 same object (laptop) and the same background/scene style must be maintained.

2. The rotating component must reach the 'strictly closed' limit: The laptop screen must be completely shut, flush with the keyboard base, as per common sense.

3. Apart from the open/closed pose, the object's appearance should not change noticeably (color, texture, number of components, key structural features like ports and keyboard layout must remain consistent).

4. All rotating components in the object (the laptop screen hinge) must be fully closed, not just partially modified.

turn: 2
modality: image
input: Please output an image: Edit the input image so that the rotating component is opened to its maximum 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 same object identity (laptop) 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 laptop screen should be opened to the widest angle that is typical for a laptop hinge without causing damage, as per the instruction in turn 2 input text.

3. The original object's key structure must be preserved: Color, material, and number of components should not change noticeably.

4. The opening direction of the laptop screen in the output image must be correct, consistent with the physical hinge structure (opening away from the keyboard base) as implied by the object's design.

5. All rotating components in the object (the laptop screen hinge) must be opened to their maximum state, not just partially modified.
Domain: Mechanisms / rotational_mechanism_edit

turn: 1
modality: image
input: text: Based on the input image, edit it 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 (pedal bin) and the same scene/background style must be maintained.

2. The rotating component (the lid) must be in a 'strictly closed' limit state. The circular lid should be fully shut, flush with the top of the cylindrical bin body.

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 pedal mechanism and hinges must remain consistent).

4. The lid should be closed in the correct direction, pivoting around the hinge axis located at the rear of the lid connecting to the bin body.

turn: 2
modality: image
input: Based on the input image, edit it 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 (pedal bin) and background/scene style must be maintained. The background/scene style must match the background in turn 1 input image.

2. The rotating component (the lid) must be at its 'maximum open' limit (reaching the limit without damaging the object). The lid should be opened as far as possible without appearing to break the hinge or the bin's structure, likely to a near-vertical or slightly past-vertical position.

3. The original object's key structures must be preserved: color, material (black plastic), and number of parts (pedal, hinge, bin body) should not change noticeably.

4. The lid in the output image must open in the correct direction, pivoting upwards and backwards around the hinge axis located at the rear, consistent with the physical structure of the hinge as depicted in turn 1 input image.