Original document
GPT Image 2 · en
Create an anime-style character reference sheet (settei/model sheet) for a character named [CHARACTER_NAME]. Character appearance: a young warrior with long brown hair, wearing samurai-inspired armor with a [MAIN_COLOR] chest plate and guards, a [SECONDARY_COLOR] pleated hakama, and a white short cape. Layout: at the top, a header showing the title '[CHARACTER_NAME]', a subtitle reading '[CHARACTER_CONCEPT]', and a small badge labeled 'Character Design Sheet'. On the right side, place a large full-body standing pose with a confident smile as the main portrait; behind the character add background elements including an [EMBLEM_DESIGN] emblem, a quote reading '[CATCHPHRASE]', and a monochrome Japanese castle with army banners positioned at the bottom right. Include the following labeled sections: 'Profile' in the top-left, containing a table with 6 rows of descriptive text; 'Three-View Turnaround' in the mid-left, showing 3 poses labeled Front, Side, and Back; 'Expression Sheet' in the top-center, showing 6 expressions labeled Normal, Smiling, Serious, Angry, Surprised, and Thinking; 'Costume & Equipment Details' in the bottom-left, showing 9 labeled close-ups: chest armor, shoulder armor, arm guards (kote), leg guards (shin and knee), leather boots, white short cape, obi belt, hakama/kimono section, and uchigatana sword; 'Color Palette' in the bottom-center, showing 8 labeled swatches: signature red, dark navy, gold, white, brown, brownish, skin tone, and silver; and 'World Setting' in the bottom-center-right, containing a paragraph of text describing the setting.How to use
- Copy the complete original prompt, including any parameters.
- Replace the subject, text and composition with your own requirements.
- Use a compatible external tool; check its current access conditions and review the result.
Before you start
- Check whether a reference image is required. A compatible model label does not mean this example was generated with that model.
- Keep names, figures and visible text accurate; results can vary between model versions.
