The prompt

The prompt defines the subject, layout, negative space, and graphic treatment so the result can support a clear poster composition. Its strongest visual cues are product photography, poster, food.

image prompt
2x1 grid, Do this: Provolone & Garlic <instruction> 1. The Semantic Inference Engine (Chemical Deconstruction): Input A is a Product, Food, or Substance -> Analyze the subject to generate 3 Scientific Layers : The Ingredients (The Source): Identify the raw biological or mineral inputs. (e.g., Gin -> Juniper Berries, Coriander. Coffee -> Arabica Beans. Perfume -> Rose Petals). The Compounds (The Molecules): Identify the specific chemical structures responsible for flavor/effect. (e.g., Alpha-pinene, Caffeine, Ethanol, Salicylic Acid). The Process (The Method): Identify the manufacturing technique icons. (e.g., Distillation columns, Drip brewing, Cold pressing). 2. Container (The Science Poster): Goal: A "Chemistry of..." Educational Infographic. The Layout: Central Symmetry. The main subject anchors the middle; information radiates outward in organized columns or grids. The Header: Massive, bold Slab-Serif text at the top: "The Chemistry of {{inputA}}". The Background: Clean, matte Off-White or Pale Cream paper texture. 3. The Centerpiece (The Reality): The Object: A Hyper-Realistic Product Photography shot of Input A (e.g., A glass bottle, A steaming cup, A pill bottle). Placement: Vertical center. This is the only "Real" element in the image; everything else is illustration. 4. The Information Layer (The Vector Art): The Molecules: Ball-and-Stick Chemical Models (2D or 3D) floating near the ingredients. Labels: Each molecule has a small "pill-shaped" label with its scientific name (e.g., "Linalool"). The Icons: Flat, simple vector icons representing the "Source" (Leaves, Berries) and "Process" (Stills, Gears). The Text: Blocks of clean, legible sans-serif text explaining the function of each compound (e.g., "Aroma: Woody, Piney"). 5. Design Syntax (Color & Flow): Color Palette: Monochromatic + Black. Pick ONE accent color derived from the product (e.g., Green for Gin, Brown for Coffee) and use it for all headers, borders, and molecule bonds. Style: Textbook/Academic. Clean lines, generous whitespace, structured alignment. Output: ONE image, Vertical Aspect Ratio (3:4), Mixed Media (Photo + Vector Infographic), Clean and Educational. </instruction> Art direction controls: {{colorPalette}}, {{composition}}.

Tune the prompt, not the plumbing.

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Color palette
Composition
Customized prompt2319 characters
2x1 grid, Do this: Provolone & Garlic <instruction> 1. The Semantic Inference Engine (Chemical Deconstruction): Input A is a Product, Food, or Substance -> Analyze the subject to generate 3 Scientific Layers: The Ingredients (The Source): Identify the raw biological or mineral inputs. (e.g., Gin -> Juniper Berries, Coriander. Coffee -> Arabica Beans. Perfume -> Rose Petals). The Compounds (The Molecules): Identify the specific chemical structures responsible for flavor/effect. (e.g., Alpha-pinene, Caffeine, Ethanol, Salicylic Acid). The Process (The Method): Identify the manufacturing technique icons. (e.g., Distillation columns, Drip brewing, Cold pressing). 2. Container (The Science Poster): Goal: A "Chemistry of..." Educational Infographic. The Layout: Central Symmetry. The main subject anchors the middle; information radiates outward in organized columns or grids. The Header: Massive, bold Slab-Serif text at the top: "The Chemistry of the intended input a". The Background: Clean, matte Off-White or Pale Cream paper texture. 3. The Centerpiece (The Reality): The Object: A Hyper-Realistic Product Photography shot of Input A (e.g., A glass bottle, A steaming cup, A pill bottle). Placement: Vertical center. This is the only "Real" element in the image; everything else is illustration. 4. The Information Layer (The Vector Art): The Molecules: Ball-and-Stick Chemical Models (2D or 3D) floating near the ingredients. Labels: Each molecule has a small "pill-shaped" label with its scientific name (e.g., "Linalool"). The Icons: Flat, simple vector icons representing the "Source" (Leaves, Berries) and "Process" (Stills, Gears). The Text: Blocks of clean, legible sans-serif text explaining the function of each compound (e.g., "Aroma: Woody, Piney"). 5. Design Syntax (Color & Flow): Color Palette: Monochromatic + Black. Pick ONE accent color derived from the product (e.g., Green for Gin, Brown for Coffee) and use it for all headers, borders, and molecule bonds. Style: Textbook/Academic. Clean lines, generous whitespace, structured alignment. Output: ONE image, Vertical Aspect Ratio (3:4), Mixed Media (Photo + Vector Infographic), Clean and Educational. </instruction> Art direction controls: deep cobalt, warm cream, and charcoal, a centered hero composition with deliberate negative space.

Useful structure, room to move.

The prompt defines the subject, layout, negative space, and graphic treatment so the result can support a clear poster composition. Its strongest visual cues are product photography, poster, food.

The prompt establishes the job first, then supplies concrete decisions a model can act on. The variables preserve that structure while letting you change the subject, context, or output.

2X1 Grid Artwork — image prompt preview