Domain: Apparel / full_body_extension

turn: 1
modality: text
input: text: Observe the outfit of the person in the image and choose the climate/weather condition from the list below that is most suitable for the person's current attire:
A. A warm summer day
B. A cold winter day with snow
C. A rainy and windy day
D. A humid tropical monsoon
E. None of the above
output: answer: A

turn: 2
modality: image
input: Now, based on the image from Turn 1, modify the person's outfit. The modified outfit should be suitable for a cold winter day with snow, while keeping all other unrelated features (including the person themselves, the image background, etc.) and the clothing's color, pattern, and style consistent. Only modify the clothing type reasonably as required.
output: evaluation_points: The image can be clearly seen as a modification of the input image, not a completely regenerated image.

The background of the image remains consistent with the input image, with no significant changes.

The gender, appearance, physique, and pose of the person in the image are consistent with the input image, with no significant changes.

The outfit of the person in the image is suitable for a cold winter day with snow (e.g., long sleeves, pants, heavy coat, boots), as required by the Turn 2 input text.

The color, pattern, and overall visual style of the person's full-body clothing remain consistent or highly similar to the input image, with no significant changes (excluding changes to clothing type/style).

turn: 3
modality: image
input: Based on your most recently generated image, reasonably extend the frame to a full-body view (completing the lower body and feet), and put on the person a pair of single-colored high-top sneakers. The background, clothing, and character details already reflected in the reference image must remain unchanged. Parts not requested and not present in the reference should be reasonably supplemented on your own.
output: evaluation_points: The image is successfully extended to a full-body composition, including the person's feet.

The shoes are a single solid color (no obvious patterns/color blocking/gradients), and the left and right shoes are the same color.

The supplemented parts are proportionally reasonable and connect naturally with the existing parts.

The person's characteristics (gender, face, hairstyle, body type) and pose are consistent with the Turn 1 input image, with no significant changes (excluding changes due to extending the person's image, limited to parts already included in the reference).

The image background remains consistent with the Turn 1 input image, with no significant changes (excluding background changes due to extending the frame).

The image can be clearly seen as an extension of the reference image, not a completely regenerated image.

turn: 4
modality: text
input: Observe the full-body image generated in the previous round and determine the color of the shoes the person is wearing. Please choose the most appropriate option:
A. Black
B. White
C. Navy Blue
D. Brown
E. None of the above
output: answer: <DYNAMIC>

turn: 5
modality: image
input: Now, based on the image generated in the previous round, modify only the color of the person's coat (which must be a garment that was already visible on the person in the reference image) to make it exactly match the color of the shoes in your generated image, while keeping all other unrelated details unchanged.
output: evaluation_points: The coat color matches the shoe color exactly (visually discernible match), as required by the Turn 5 input text.

The image still maintains a full-body view of the person (including feet), not reverting to a half-body state.

The shoes remain unchanged (color and style do not change), consistent with the Turn 3 output image.

The person's characteristics (gender, face, hairstyle, body type) and pose are consistent with the Turn 1 input image, with no significant changes.

The image background remains consistent with the Turn 1 input image, with no significant changes.

The image can be clearly seen as a modification of the reference image, not a completely regenerated image.