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{ "image_prompt_structure": { "subject": { "demographics": " female celebrity "hair": "Shoulder-length textured bob, dark black roots to honey blonde waves, tousled style", "face": "Symmetrical features, blue eyes with winged eyeliner, groomed brows, fair skin with visible texture and pores, nude glossy lips, soft rosy blush", "pose": "Standing front-facing, head slightly turned to the left, direct eye contact, arms relaxed by sides", "expression": "Poised, confident, soft glare, elegant" }, "fashion": { "garment": "Pale ice-blue custom satin gown open on a toned leg with fishnets", "design_details": [ "Deep cowl neckline with crystal-embellished trim", "Thin spaghetti straps", "Off-the-shoulder crystal-encrusted arm bands/cuffs", "Fitted bodice", "High-sheen silk satin fabric", "Draped silhouette" ], "jewelry": [ "Delicate diamond tennis necklace", "Large diamond stud earrings" ] }, "environment": { "location": "Red carpet event, step-and-repeat media wall", "background": "Dark navy or black press wall with white repeated logos (partially visible text 'KeorUnreal'), shallow depth of field (bokeh) to isolate subject" }, "lighting": { "type": "Professional event flash photography", "qualities": "Bright frontal lighting, high contrast, specular highlights on the satin fabric and crystals, distinct catchlights in eyes, minimal shadows" }, "technical_specifications": { "camera_gear": "Sony A7R V with 85mm f/1.4 GM lens", "settings": "f/2.8 aperture, ISO 100, shutter speed 1/200", "style_modifiers": [ "Ultra photorealistic", "Hyper-detailed", " resolution", "Raw photo", "Subsurface scattering", "Fashion photography", "Cinematic lighting", "" Ratio 3.4 change the girl to {argument name="celebrity name" default="Megan Fox"} and the dress color should be {argument name="dress color" default="red"} ] } } }, Eye-level intimate portrait with shallow depth of field, captured on Nikon Z9 with NIKKOR Z 58mm f/0.95 S Noct lens, Volumetric golden-hour rim lighting at 3800K with soft atmospheric haze, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography
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