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"A cinematic flash-photography shot viewed through a rain-streaked car window at night. Inside a vintage black car, a chic Asian woman with long dark hair wears bright red cat-eye sunglasses, large hoop earrings, and a fuzzy green sweater. She has glossy red lipstick and is posing coolly. Sitting next to her on the maroon leather seat is a large, fluffy orange tabby cat wearing a red bandana. The background features blurred city streetlights and bokeh in green and teal tones. High-contrast lighting, {argument name="aesthetic style" default="Wong Kar-wai aesthetic"}, retro 90s fashion vibe, realistic texture, film grain, 35mm photography.", "elements": { "subject": { "human": "Young Asian woman, trendy, red cat-eye sunglasses, green fuzzy sweater, hoop earrings, glossy red lips", "animal": "Fluffy orange tabby cat, Maine Coon mix, red bandana, calm expression" }, "environment": "Inside vintage car, night time, city street, rain on glass, street lights", "lighting": "Direct flash, atmospheric street lighting, bokeh background, high contrast shadows", "style": "Cinematic, retro 90s, Hong Kong cinema style, film photography, lo-fi aesthetic, candid" }, "negative_prompt": "blurry, low resolution, cartoon, illustration, 3d render, drawing, distorted features, bad anatomy, missing limbs, text, watermark, daylight, bright sun", "technical_settings": { "aspect_ratio": "9:16", "film_stock": "{argument name="film stock" default="Kodak Portra 800"}", "camera_angle": "Eye-level, shot through glass" } }, Extreme macro close-up focusing on intricate micro-textures, captured on Hasselblad X2D 100C with 80mm f/2.8 medium format lens, Rembrandt 3-point studio lighting with 45° key light and soft fill bounce, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
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Prompt Architecture & Anatomy
🧠 Prompt Engineering & Structural Breakdown
- Core Intent: Achieve precise task completion with zero conversational filler and maximum actionable depth
- Role & Persona: Domain expert practitioner with specialized technical insight and pedagogical clarity
- Context & Assumptions: Clear input parameters, defined audience proficiency, and stated foundational assumptions
- Constraints & Boundary Rules: Strict negative constraints: no vague advice, no unsupported claims, adherence to requested format
- Output Structure & Format: Hierarchical markdown organization with bold callouts, ordered steps, and clean tabular data where applicable
- Verification & Quality Checks: Self-correcting validation step ensuring all prompt constraints and sub-questions are fully addressed
