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

turn: 1
modality: image
input: text: Based on the input image, edit it so that the sliding mechanism is in its maximum open state (fully extended/pulled out to its limit without damaging the object). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the object (the slide-out range hood) and the background/scene style must remain consistent.

2. The sliding mechanism (the front panel) must be at its 'maximum open' limit, fully extended to a point that is plausible for a range hood's pull-out panel without appearing broken or detached.

3. The key structures of the original object must be preserved: its color (stainless steel), material texture, and the number of components (e.g., mesh filter, lights, control buttons) should not change significantly.

4. The direction of the panel's extension must be correct, following the implied geometric constraints of its rails/slots and the common sense of how a slide-out range hood opens (typically horizontally forward).

5. Since the description indicates one sliding mechanism, ensure that this single mechanism is fully extended.

turn: 2
modality: image
input: Based on the previous input image and your output image, continue editing it so that the sliding mechanism is in a strictly closed state (completely retracted/fully closed to its limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: the identity of the object (the slide-out range hood) and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanism (the front panel) must be at its 'strictly closed' limit, fully retracted to a position that is plausible for a closed range hood panel, as required by the current turn's instruction.

3. Apart from the sliding displacement, the object's appearance should not change significantly. Its color (stainless steel), texture, number of parts, and key structures must remain consistent with the turn 1 input image.

4. Since the description indicates one sliding mechanism, ensure that this single mechanism is fully retracted.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the sliding mechanism of the bench vise is in its fully closed state (completely retracted/fully clamped to the limit), while keeping 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 bench vise and the style of its background/scene must remain consistent.

2. The sliding mechanism must achieve the 'strictly closed' limit: The movable jaw must be fully retracted, bringing it flush or as close as possible to the fixed jaw, representing the vise's fully clamped state without damaging the tool.

3. The object's key structural appearance must be preserved: Its color, material texture, and the number of visible components (e.g., jaws, screw, handle, base) should not change significantly.

4. The direction of closure for the bench vise's jaw must be correct: The movable jaw must slide along the vise's main body rail towards the fixed jaw, consistent with the tool's geometric constraints and common sense operation.

turn: 2
modality: image
input: Please output an image: Based on the previous input image and your first output, continue the edit. Modify the image so that the sliding mechanism of the bench vise is in its maximum open state (fully extended/opened to its maximum limit without damaging the object), while keeping all other unrelated elements and details unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: The identity of the bench vise and the style of its background/scene must remain consistent with the turn 1 input image.

2. The sliding mechanism must achieve the 'maximum open' limit: The movable jaw must be fully extended along the rail, representing the vise's maximum possible opening gap as defined by the length of the screw or rail, without appearing broken or detached.

3. Apart from the sliding displacement, the object's appearance should not change significantly: Its color, texture, and the number of visible components must remain consistent with the turn 1 input image.

4. The direction of opening for the bench vise's jaw must be correct: The movable jaw must slide away from the fixed jaw along the vise's main body rail, consistent with the tool's geometric constraints and common sense operation.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Based on the input image, generate an edited version where the sliding mechanisms are in their maximum open state (fully extended/pulled out to their limit without damaging the object). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the object (dresser) and the background/scene style must remain consistent.

2. The sliding mechanisms (drawers) must be at their 'maximum open' limit, fully extended to a degree that is plausible in common sense for a dresser's drawers without appearing broken or detached.

3. The key structure of the original object must be preserved: its color, material, and the number of components (e.g., the frame, mirror, drawer fronts) should not change noticeably.

4. The opening direction for the dresser's drawers in the output image must be correct, sliding outward along the implied track/rail geometry, consistent with how drawers are commonly opened.

5. All seven sliding mechanisms (drawers) present in the dresser must be fully opened/extended, not just a subset of them.

turn: 2
modality: image
input: Based on the previous input image and your first output, generate a further edited version where the sliding mechanisms are in a strictly closed state (completely retracted/shut to their limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: the identity of the object (dresser) and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanisms (drawers) must be at their 'strictly closed' limit, fully retracted into the dresser frame in a way that is plausible and complete according to common sense, as required by the turn 2 input text.

3. Apart from the sliding displacement, the object's appearance should not change noticeably: its color, texture, number of components, and key structure must remain consistent with the turn 1 input image.

4. All seven sliding mechanisms (drawers) present in the dresser must be fully closed/retracted, not just a subset of them.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Based on the input image, edit it so that the sliding mechanism is in the 'strictly closed' state (completely retracted/fully shut to its limit), while keeping all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be clearly an edit of the input image: The identity of the main object (the silver Volkswagen van) and the background/scene style must remain consistent.

2. The sliding mechanism must achieve the 'strictly closed' limit: The van's sliding door on the passenger side must be depicted as completely shut and flush with the body, fully retracted into its closed position, consistent with common sense.

3. Apart from the sliding displacement, the object's appearance should not change noticeably: The van's color, texture, number of parts (e.g., wheels, windows), and key structural features must remain consistent with the input image.

4. All sliding mechanisms on the van are closed to a fully retracted state. (Note: Based on the description, the van has one primary sliding door on the passenger side. This point ensures that if any other minor sliding elements were present, they would also be closed.)

turn: 2
modality: image
input: Please continue modifying the image you just output, so that the sliding mechanism is in the 'fully open' state (maximally extended/slid out to its limit without damaging the object), while keeping all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be clearly an edit of the input image (Turn 1 input image): The identity of the main object (the silver Volkswagen van) and the background/scene style must remain consistent with the Turn 1 input image.

2. The sliding mechanism must achieve the 'fully open' limit: The van's sliding door on the passenger side must be depicted as slid fully open to its maximum possible extent along its track, consistent with common sense and without appearing to damage the vehicle.

3. The original object's key structure is maintained: The van's color, material, and number of parts should not change noticeably from the previous turn.

3. The original object's key structure is maintained: The van's color, material, and number of parts should not change noticeably from the Turn 1 input image.

5. All sliding mechanisms on the van are opened to their maximum extent, not just partially modified. (Note: Based on the description, the van has one primary sliding door. This point ensures comprehensive modification.)
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the sliding mechanism is in its maximum open state (fully extended/pulled out to its limit without damaging the object). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms on this object, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the object (TV stand) and the background/scene style must remain consistent.

2. The sliding mechanism must reach its 'maximum open' limit. The drawer should be pulled out to its full extension, as far as it would go in common sense without breaking the stand.

3. The key structure of the original object must be preserved: The color, material, and number of components (e.g., the main cabinet, the TV on top) should not change noticeably.

4. The opening direction of the drawer in the TV stand must be correct. The drawer should slide out along the direction implied by its rails/handles, which is horizontally outward from the cabinet.

5. Since the TV stand has only one drawer, all sliding mechanisms (i.e., the single drawer) must be fully opened.

turn: 2
modality: image
input: Please continue modifying based on the previous input image and your output image. Edit it so that the sliding mechanism is in a strictly closed state (completely retracted/fully shut to its limit). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms on this object, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: The identity of the object (TV stand) and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanism must reach its 'strictly closed' limit. The drawer should be completely pushed in and shut, fully retracted into the cabinet as per common sense.

3. Apart from the sliding displacement, the object's appearance should not change noticeably. The color, texture, number of parts, and key structure (e.g., the TV, the cabinet frame) must remain consistent with the turn 1 input image.

4. Since the TV stand has only one drawer, all sliding mechanisms (i.e., the single drawer) must be fully closed/retracted.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the sliding mechanism of the electric sliding gate is in its fully closed state (completely retracted to the limit). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms in the object, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the main object (electric sliding gate) and the background/scene style must remain consistent.

2. The sliding mechanism must reach the 'strictly closed' limit: The gate's folding units must be completely retracted, with all 12 sections stacked compactly against the control box on the right, representing the fully closed state without damaging the object.

3. The object's key appearance must be preserved: The silver-gray metal color, black/yellow trim, the number of folding units (12), the control box, and support wheels should not change.

4. All sliding mechanisms are modified: The entire gate, consisting of all its folding units, must be fully retracted, not just a portion of it.

turn: 2
modality: image
input: Please output an image: Based on the previous input image and your first output, continue the edit. Modify the image so that the sliding mechanism of the electric sliding gate is in its maximally open state (fully extended to the limit). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms in the object, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the previous images: The identity of the main object (electric sliding gate) and the background/scene style must remain consistent with the turn1 input image.

2. The sliding mechanism must reach the 'maximally open' limit: The gate's folding units must be fully extended horizontally to the left, representing the maximum possible extension without breaking the structure, as constrained by its rails/hinges.

3. The object's key appearance must be preserved: The silver-gray metal color, black/yellow trim, the number of folding units (12), the control box, and support wheels should not change from the turn1 input image.

4. The opening direction is correct: The gate must extend horizontally to the left from the fixed control box on the right, consistent with the physical design of such gates.

5. All sliding mechanisms are modified: The entire gate, consisting of all its folding units, must be fully extended, not just a portion of it.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the sliding mechanism of the telescopic clothes drying rod is in its fully closed state (completely retracted to its limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them accordingly.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the object (the telescopic clothes drying rod) and the background/scene style must remain consistent.

2. The sliding mechanism must be at its 'strictly closed' limit: The telescopic sections of the rod should be completely retracted into each other, achieving the maximum possible closure without damaging the object, consistent with common sense.

3. The object's key structure must be preserved: The color, material, and number of components (metal rod, U-shaped hook, white plastic connectors, grey rubber grip) should not change noticeably.

4. The direction of closure for the telescopic clothes drying rod must be correct: The inner rod must slide into the outer rod along the correct axis, respecting the geometric constraints of the telescopic design.

turn: 2
modality: image
input: Please output an image: Based on the original input image and your previous output, continue editing to show the sliding mechanism of the telescopic clothes drying rod in its fully open state (maximum extension pulled out to its limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them accordingly.
output: evaluation_points: 1. The output must be a clear edit of the input image: The identity of the object (the telescopic clothes drying rod) and the background/scene style must remain consistent with the original input image from turn 1.

2. The sliding mechanism must be at its 'maximum open' limit: The telescopic sections of the rod should be fully extended to their maximum possible length, pulled out to the limit without damaging the object, consistent with common sense.

3. The object's key structure must be preserved: The color, material, and number of components (metal rod, U-shaped hook, white plastic connectors, grey rubber grip) should not change noticeably from the original.

4. The direction of extension for the telescopic clothes drying rod must be correct: The inner rod must slide out of the outer rod along the correct axis, respecting the geometric constraints of the telescopic design as shown in the original input image from turn 1.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Based on the input image, edit it to show the sliding mechanism(s) in their fully closed state (completely retracted/shut to the limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image: the object identity, background, and scene style must remain consistent (it should not become a completely different object or scene).

2. The sliding mechanism(s) must reach the 'strictly closed' limit, showing the sliding door(s) of the sliding blackboard completely retracted and shut in a way that is plausible and does not damage the object.

3. Apart from the sliding displacement, the object's appearance should not change significantly (color, texture, number of parts, and key structures like the central blue screen and golden frame must remain consistent).

4. All sliding mechanisms (both sliding door panels) on the sliding blackboard must be shown in a fully closed/retracted state, not just some of them.

turn: 2
modality: image
input: Based on the previous input image and your last output, continue editing the image to show the sliding mechanism(s) in their maximally open state (fully extended/pulled out to the maximum limit without damaging the object). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them simultaneously.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: the object identity, background, and scene style must remain consistent with the turn 1 input image.

2. The sliding mechanism(s) must reach the 'maximally open' limit, showing the sliding door(s) of the sliding blackboard fully extended/pulled out to a plausible maximum, consistent with common sense and without appearing broken.

3. The object's key structure must be preserved: color, material, and part count (like the central blue screen and golden frame) should not change noticeably, and must remain consistent with the turn 1 input image.

4. The opening direction of the sliding door(s) in the sliding blackboard must be correct, following the geometric constraints of the rails/tracks and aligning with the common-sense direction of operation (horizontal sliding).

5. All sliding mechanisms (both sliding door panels) on the sliding blackboard must be shown in a fully open/extended state, not just some of them.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Based on the input image, edit it to show the sliding mechanism in its fully closed state (completely retracted/fully shut to its limit). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the object (the curtain) and the background/scene style must remain consistent.

2. The sliding mechanism must be in a 'strictly closed' state: the curtain should be fully retracted to one side of the window, covering the window completely or leaving no significant gap, as is typical for a curtain on a single rail.

3. The object's key appearance should not change significantly: the color, material, and number of components (e.g., the single curtain panel, the rail) must remain consistent.

4. The curtain in the output image must be closed in the correct direction, sliding along the single horizontal rail as per its geometric constraint and common sense.

turn: 2
modality: image
input: Now, based on the previous input image and your first output, edit the image again to show the sliding mechanism in its maximally open state (fully extended/pulled out to its limit without damaging the object). Keep all other unrelated elements and details unchanged. If the object contains multiple sliding mechanisms, modify all of them.
output: evaluation_points: 1. The output must be a clear edit of the turn 1 input image: the identity of the object (the curtain) and the background/scene style must remain consistent.

2. The sliding mechanism must be at its 'maximally open' limit: the curtain should be fully extended to the opposite side of the window (relative to its closed state in turn 1), revealing the entire window area, consistent with the maximum travel possible on a single rail without detaching or breaking.

3. The object's key structure must be preserved: the color, texture, and number of parts (the single curtain panel, the rail) should not change.

4. The curtain in the output image must be opened in the correct direction, sliding along the single horizontal rail in the opposite direction from the closed state (as defined in turn 1), adhering to its geometric and functional constraints.