ccccEsion/IMUG-Bench huggingface dataset:
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 fully 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 clearly be an edit of the input image: The identity of the object (the nightstand) and the style of the background/scene must remain consistent.

2. The sliding mechanism must reach the 'strictly closed' limit: The drawer must be depicted as completely retracted and flush with the nightstand's frame, in a state that is plausible without damaging the object.

3. Apart from the sliding displacement, the object's appearance should not change noticeably: Its color, texture (wooden, dark brown), number of components (one drawer with a round handle, four slender legs), and key structural features must remain consistent.

4. The direction of closure for the nightstand's drawer must be correct: It must slide inward along a horizontal axis, consistent with the geometric constraints of typical drawer rails and common sense.

turn: 2
modality: image
input: Please output an image: Based on the previous input image and your output, continue the edit so that the sliding mechanism is in its maximally open state (fully extended/pulled out to its maximum 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 clearly be an edit of the input image from turn 1: The identity of the object (the nightstand) and the style of the background/scene must remain consistent with the turn 1 input image.

2. The sliding mechanism must reach the 'maximally open' limit: The drawer must be depicted as pulled out to its maximum plausible extension, as far as its rails/slides would allow without the drawer detaching or the structure breaking, consistent with the geometric constraints of typical drawer rails and common sense.

3. The object's key structure must be preserved: Its color, material, and number of parts should not be noticeably altered from the previous states.

4. The opening direction for the nightstand's drawer must be correct: It must slide outward along a horizontal axis, consistent with the geometric constraints of typical drawer rails and common sense.
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: The output must be a clear edit of the input image: the identity of the object (the wooden filing cabinet) and the background/scene style must remain consistent.

The sliding mechanism(s) must reach the 'strictly closed' limit. The drawer(s) must be shown as completely shut and retracted into the cabinet, consistent with common sense.

Apart from the sliding displacement, the object's appearance should not change significantly. The color, texture, number of parts (two drawers with handles), and key structural elements must remain consistent.

All sliding mechanisms (both drawers) in the filing cabinet must be in a fully closed or retracted state, not just some of them.

turn: 2
modality: image
input: Based on the previous input image and your output image, continue editing it to show the sliding mechanism(s) in their maximally open state (fully extended/pulled out to the 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: The output must be a clear edit: the identity of the object (the wooden filing cabinet) and the background/scene style must remain consistent with the turn1 input image.

The sliding mechanism(s) must reach the 'maximally open' limit. The drawer(s) must be shown as fully extended/pulled out to their maximum possible travel, consistent with common sense and without appearing to break the cabinet's structure.

The original object's key structure must be maintained. The color, material, and number of parts (two drawers with handles) should not change significantly.

The opening direction of the drawer(s) in the filing cabinet must be correct. The sliding direction should align with the geometric constraints of the cabinet's rails/slots and match the common-sense opening direction (pulling straight out from the front).

All sliding mechanisms (both drawers) in the filing cabinet must be opened to their maximum extent, not just some of them.
Domain: Mechanisms / sliding_mechanism_edit

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

2. The sliding mechanism (the vernier scale) must be at the 'strictly closed' limit, fully retracted to the zero position on the main scale, aligning with the common-sense understanding of a caliper's closed state.

3. The object's key structures must be preserved: Color, material, and number of parts (main scale, jaws, depth rod) should not change noticeably.

4. The vernier caliper in the output image must have its sliding mechanism retracted in the correct direction, moving along the main scale's rail/guide, consistent with its physical design.

turn: 2
modality: image
input: Based on the previous input image and your output image, continue the modification. Edit the image so that the sliding mechanism of the vernier caliper is in its maximally open state (fully extended/pulled out to the limit without damaging the object), while keeping 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 same object (vernier caliper) and consistent scene/background style must be maintained.

2. The sliding mechanism (the vernier scale) must be at the 'maximally open' limit, pulled out to the far end of the main scale, representing the caliper's maximum measurement capacity without appearing broken or detached.

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

4. The vernier caliper in the output image must have its sliding mechanism extended in the correct direction, moving along the main scale's rail/guide, consistent with its physical design and common-sense operation.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Please output an image: Edit the input image so that the sliding mechanisms are in their fully open state (pulled out to their maximum extent 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 a clear edit of the input image: The identity of the object (the dresser) and the background/scene style must remain consistent.

2. The sliding mechanisms (drawers) must be at their 'fully open' limit, pulled out to the maximum extent that is plausible for a dresser's drawers without breaking the object.

3. The key structural features of the original object must be preserved: The color, material (dark brown wood), and number of components (five drawers, side posts, legs) should not change noticeably.

4. The opening direction of the drawers in the output image must be correct, sliding outward horizontally in a straight line, consistent with the geometric constraints of their rails/slides and common sense.

5. All five sliding mechanisms (drawers) of the dresser must be fully opened or extended, not just some of them.

turn: 2
modality: image
input: Based on the previous input image and your output image, continue editing so that the sliding mechanisms are in a strictly closed state (completely retracted/pushed in to the 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 a clear edit of the input image from turn 1: The identity of the object (the dresser) and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanisms (drawers) must achieve the 'strictly closed' limit, with the drawers completely retracted and flush with the dresser's frame, in a state that is plausible in common sense, as required by the turn 2 input text.

3. Apart from the sliding displacement, the object's appearance should not change noticeably: The color, texture, number of components (five drawers, side posts, legs), and key structure must remain consistent with the turn 1 input image.

4. All five sliding mechanisms (drawers) of the dresser must be fully closed or retracted, not just some of them.
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 in the object, modify all of them.
output: evaluation_points: 1. The output must clearly be an edit of the input image: The identity of the object (syringe) and the background/scene style must remain consistent.

2. The sliding mechanism (plunger/piston) must be at its 'maximum open' limit, representing the fully extended/pulled-out state of a syringe plunger as per common sense, without the object appearing damaged.

3. The key structures of the original object must be preserved: Colors, materials, and the number of parts (metal needle, blue needle hub, transparent barrel with red liquid and 'BD' marking, white plunger rod with handle) should not change significantly.

4. The direction of opening for the syringe in the output image must be correct. The plunger must be pulled straight out along the axis of the barrel, consistent with the geometric constraint of the barrel and common sense.

5. As there is only one primary sliding mechanism (the plunger), this point is not applicable.

turn: 2
modality: image
input: Please continue editing based on the previous input image and your output image. Modify it so that the sliding mechanism is in a strictly closed state (completely retracted/fully pushed in to its limit). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms in the object, modify all of them.
output: evaluation_points: 1. The output must clearly be an edit of the input image from turn 1: The same object (syringe) and scene/background style must be maintained (it should not become a completely different object or scene).

2. The sliding mechanism (plunger/piston) must achieve the 'strictly closed' limit, representing the fully retracted/pushed-in state of a syringe plunger as per common sense.

3. Apart from the sliding displacement, the object's appearance should not change significantly. Colors, textures, number of parts, and key structures must remain consistent with the input image from turn 1.

4. As there is only one primary sliding mechanism (the plunger), this point is not applicable.
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 mechanisms are in their fully retracted, strictly closed state (completely closed/fully retracted to the limit), while keeping 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 clearly an edit of the input image: The identity of the object and the style of the background/scene must remain consistent.

2. The sliding mechanisms must reach the 'strictly closed' limit, achieving a fully retracted/closed state for the telescoping ladder sections that is plausible within common sense.

3. The object's key appearance should not change significantly: colors, materials, and the number of parts (e.g., the 8 sliding sections, red plastic caps, red locking clips) must remain consistent, aside from the sliding displacement.

4. All 8 sliding sections of the telescoping ladder must be fully retracted to a closed state, not just some of them.

turn: 2
modality: image
input: Based on the previous input image and your output image, continue the modification. Edit the image so that the sliding mechanisms are in their maximally open state (fully extended/pulled out to the maximum limit without damaging the object), while keeping 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 clearly an edit of the turn1 input image: The identity of the object (the same telescoping ladder) and the background/scene style must remain consistent.

2. The sliding mechanisms must reach the 'maximally open' limit. The telescoping ladder sections should be fully extended to their maximum plausible length, as if the ladder is fully opened for use, without appearing broken.

3. The object's key structure must be preserved: colors, materials, and the number of parts (e.g., the 8 sliding sections, red plastic caps, red locking clips) should not change significantly, and must remain consistent with the turn1 input image.

4. The extension direction of the telescoping ladder sections in the output image must be correct, following the geometric constraints of the rails/channels and the common-sense direction of opening (straight out along the main poles).

5. All 8 sliding sections of the telescoping ladder must be fully extended to the open 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 extended state (maximum open/fully 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 input image: the object identity, background, and scene style must remain consistent.

2. The sliding mechanism (the telescoping section) must be at its maximum open limit, fully extended to a length that is plausible for a telescoping baton without appearing broken.

3. The key structural features of the original object must be preserved: the black color, the anti-slip texture on the grip, the metal end caps, and the overall part count should not change.

4. The direction of extension for the telescoping baton must be correct, following the linear path defined by its concentric tubes, with the thinner rod extending from the thicker handle section.

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

turn: 2
modality: image
input: Based on the previous input image and your last output, continue editing the image to show the sliding mechanism in its fully closed state (completely retracted/fully collapsed 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 turn 1 input image: the object identity, background, and scene style must remain consistent.

2. The sliding mechanism (the telescoping section) must be at its strict closed limit, fully retracted so that the baton appears in its shortest, most compact form, consistent with common sense.

3. Apart from the change in the sliding component's position, the object's appearance should not change noticeably. The color, texture, number of parts, and key structures (like the grip texture and metal ends) must be identical to the turn 1 input image.

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

turn: 1
modality: image
input: text: Based on the input image, edit it to show the selfie stick's sliding mechanism in its fully extended state (maximum pull-out/extension 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 accordingly.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the selfie stick and the background/scene style must remain consistent.

2. The sliding mechanism must be at its 'maximum open' limit, representing the selfie stick's telescopic sections fully extended to their maximum length as per common sense, without appearing broken.

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

4. The direction of extension for the selfie stick's telescopic sections in the output image must be correct, following the geometric constraints of the sliding structure and common sense (i.e., sections pulled out linearly along the shaft).

5. All telescopic sections (sliding mechanisms) of the selfie stick must be fully extended; the modification should not be applied to only some sections.

turn: 2
modality: image
input: Based on the previous input image and your first output, continue editing the image to show the selfie stick's sliding mechanism in its strictly closed state (completely retracted/collapsed to its limit). Keep all other unrelated elements and details unchanged. If there are multiple sliding mechanisms on this object, modify all of them accordingly.
output: evaluation_points: 1. The output must be a clear edit of the input image from turn 1: the identity of the selfie stick and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanism must be at its 'strictly closed' limit, showing the selfie stick's telescopic sections fully retracted/collapsed to their minimum length as per common sense, as required by the turn 2 input text.

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

4. All telescopic sections (sliding mechanisms) of the selfie stick must be fully retracted; the modification should not be applied to only some sections, as required by the turn 2 input text.
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 its fully closed state (completely retracted to the 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: the identity of the object (the yellow and blue air pump) and the background/scene style must remain consistent.

2. The sliding mechanism (the black bellows) must be at its 'strictly closed' limit, fully retracted into a compact state that is plausible for this type of pump without damaging it.

3. The object's key structures must be preserved: the colors (yellow body, blue front piece, black bellows), materials, and number of parts should not change noticeably.

4. The direction of closure/retraction for the air pump's sliding mechanism must be correct, moving along its natural axis of extension and retraction as implied by its structure.

turn: 2
modality: image
input: Please output an image: Based on the previous input image and your first output, continue editing it so that the sliding mechanism is in its fully open state (maximally extended/pulled out to the 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 (the yellow and blue air pump) and the background/scene style must remain consistent with the turn 1 input image.

2. The sliding mechanism (the black bellows) must be at its 'maximum open' limit, stretched to its longest plausible length without appearing to break or detach from the pump, as required by the turn 2 input text.

3. The object's key structures must be preserved: the colors (yellow body, blue front piece, black bellows), materials, and number of parts should not change noticeably.

4. The direction of extension for the air pump's sliding mechanism must be correct, moving along its natural axis of extension and retraction as implied by the structure of the object in the turn 1 input image.
Domain: Mechanisms / sliding_mechanism_edit

turn: 1
modality: image
input: text: Based on the input image, edit it to show the slide-out keyboard of the slider phone in its fully closed state (completely retracted and flush with the main body). Keep all other elements, details, and the overall scene unchanged.
output: evaluation_points: 1. The output must be a clear edit of the input image: the identity of the phone, its materials (metal body, white keyboard), and the background/scene style must remain consistent.

2. The sliding keyboard must be in a 'strictly closed' position, fully retracted and flush with the upper screen section, leaving no visible gap, as is physically possible for this type of phone.

3. The phone's key appearance features must be preserved: the color, texture, number of keys, and overall structure should not change; only the linear displacement of the keyboard part is modified.

4. The direction of closure must be correct: the keyboard must slide upwards to meet the screen section, aligning with the phone's single sliding track and common usage.

turn: 2
modality: image
input: Now, based on the image you just generated (the closed state), edit it to show the slide-out keyboard of the slider phone in its maximally open state (fully extended to its physical limit without damaging the phone). Keep all other elements, details, and the overall scene unchanged.
output: evaluation_points: 1. The output must be a clear edit of the turn 1 input image: the phone's identity, materials, and background must remain consistent.

2. The sliding keyboard must be in a 'maximally open' position, fully extended downwards to its physical limit, exposing the entire keyboard and internal slide mechanism, as is typical for this model without breaking it.

3. The phone's key appearance features must be preserved: the color, texture, number of keys, and overall structure should not change; only the linear displacement of the keyboard part is modified. These features must match those in the turn 1 input image.

4. The direction of opening must be correct: the keyboard must slide downwards from the screen section, following the same single track as described in the turn 1 input text (the phone's single sliding track).