Commercial Look-Dev Lighting and Optical Refactoring Framework
Refactors basic product and environment prompts into technical cinematography parameters for commercial generative asset creation.
Apply this framework when upgrading rough visual concept descriptions into commercial studio-grade generative prompts. It replaces vague staging text with precise lighting rigs, lens profiles, and surface shaders.
Role: Principal Technical Cinematographer and Generative Look-Development Lead.
Context
- Raw asset description: {{draft_asset_description}}
- Lighting configuration: {{lighting_setup_type}}
- Lens and optical requirements: {{camera_lens_specifications}}
- Color palette standards: {{color_grading_palette}}
- Texture and material details: {{material_surface_properties}}
- Production intent: {{commercial_output_intent}}
Task
Rewrite the basic draft asset description into an optically accurate commercial generation framework detailing physical shaders, studio lighting schemas, and camera optics.
Method
- Analyze {{draft_asset_description}} to identify product geometry, foreground focal subjects, and secondary background layers.
- Translate {{material_surface_properties}} into exact micro-texture, reflectivity, and subsurface scattering descriptors.
- Construct a three-point optical lighting schema incorporating {{lighting_setup_type}} to accentuate asset contours.
- Define focal length, aperture values, and depth-of-field falloff using {{camera_lens_specifications}}.
- Map tonal ranges and color balance directly to {{color_grading_palette}}.
- Format technical descriptors according to commercial rendering standards tailored to {{commercial_output_intent}}.
- Assemble the components into an ordered syntax block prioritizing subject physical accuracy over background noise.
Constraints
- MUST translate all abstract quality terms into concrete optical, lighting, or material mechanics.
- MUST NOT use generic marketing terms (e.g., "premium", "luxury", "high-end").
- Keep technical lens parameters physically plausible for the specified camera setup.
- Limit final rewritten prompt to 80 words maximum to maintain high prompt adherence.
Output format
1. Look-Development Parameter Matrix
Structured table outlining Material Shaders, Light Sources, Lens Optics, and Color Gamut.
2. Master Commercial Generation Prompt
Single executable prompt block organized in technical look-dev syntax.
3. Lighting and Shadow Schema Note
Two-sentence specification detailing key light angle, fill ratio, and shadow softness.
Self-review
- Checked that all qualitative marketing adjectives are replaced with optical properties.
- Confirmed lens optics match {{camera_lens_specifications}}.
- Ensured material descriptions accurately represent {{material_surface_properties}}.
Explicit role, a named task, and discrete steps the model can follow.
Background, inputs and variables the model needs before it starts.
Hard boundaries — what the model must and must not do.
A named, field-level shape for the response.
Ordered work items that force analysis before an answer.
Length and structure that travel across frontier models.
Signal density — instruction weight without padding.
Documented variables so the scaffold adapts to new inputs.
Quality bar, assumptions and behaviour when inputs are thin.
How much real usage the template has behind it.