Character Expression Grid Illustration
A nine-panel character grid showcasing varied expressions, poses, and outfits in a consistent illustrated art style.
Image generated by us with gpt-image-2. Prompt by @austinit
Prompt
Create a 3x3 character expression grid illustration, a single composite image divided into nine equal panels arranged in 3 rows and 3 columns, showing the same character in different expressions, poses, and outfits. Render the artwork in [ART_STYLE]. The character is described as: [CHARACTER_DESCRIPTION]. Every panel shares a common visual theme: [FRAMING_CONCEPT]. Layout details for each of the 9 panels: (1) top-left: winking expression, adjusting glasses, wearing a green sweater; (2) top-center: smirking expression, lowering dark sunglasses, wearing a red leather jacket; (3) top-right: thinking expression, finger on chin, wearing a yellow hoodie; (4) middle-left: big smile, arms resting on the edge of the frame, wearing a black and white striped shirt; (5) middle-center: smiling expression, giving a thumbs up, wearing an orange button-up shirt; (6) middle-right: neutral expression, drinking boba tea, wearing a blue sweater; (7) bottom-left: happy expression, waving, wearing a purple sweater vest over a white shirt; (8) bottom-center: laughing with eyes closed, arms crossed, wearing a pink cardigan; (9) bottom-right: silly expression, poking own cheeks, wearing a teal sweater. Keep consistent character design, proportions, and lighting style across all nine panels, with each panel cleanly separated by even borders.
3 placeholders still empty. Copied as is, the generator will draw the brackets literally inside the image.
Editable variables
Change any value and the prompt rewrites above. Copy the finished result.
The overall art style used to render the character illustration.
A description of the main character's physical appearance and features.
The visual concept or framing device shared across all panels of the grid.
Generate the image here
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Fill in the remaining variables before generating, or the model will draw the brackets.
