Json Prompt For Scarlett Johansson In Real Madrid Kit Candid Selfie |

{   "prompt_details": {     "subject": {       "demographics": ", Scarlett Johansson late teens to early 20s, Caucasian",       "appearance": {         "skin": "Fair complexion, natural texture, visible pores and slight acne blemishes on cheeks, authentic skin detail",         "hair": "Shoulder-length dark brown hair, slightly messy/tousled, spreading naturally over the pillow",         "expression": "Playful and candid, winking left eye, tongue sticking out, slight smile showing teeth, relaxed joyful mood"       }     },     "attire": {       "garment": "Soccer Jersey / Football Kit",       "team": "Real Madrid",       "season": "2022/2023 Home Kit",       "specific_details": [         "White base color",         "Three distinct purple Adidas stripes running down the shoulders",         "Embroidered Real Madrid crest (gold, blue, white, red) on the left chest",         "Black Adidas logo on the right chest",         "Subtle embossed fabric texture visible",         "V-neck collar with piping"       ]     },     "environment": {       "setting": "Bedroom / Indoor",       "surface": "Large, soft pillow with a beige/cream linen cover",       "texture": "Wrinkled fabric folds, soft textile appearance",       "lighting_source": "Natural sunlight streaming from a window (top left)",       "lighting_quality": "Golden hour glow, soft shadows casting across the face and pillow, high-key lighting"     },     "technical_specifications": {       "camera_angle": "High-angle selfie perspective, POV shot",       "focal_point": "Sharp focus on the face and jersey logos",       "quality_tier": ", Ultra HD, resolution",       "style": "Photorealistic, candid photography, raw image style, highly detailed, unfiltered aesthetic"     }   } }, Over-the-shoulder conversational cinematic framing, captured on Nikon Z9 with NIKKOR Z 58mm f/0.95 S Noct lens, Warm candlelight ambient glow at 2400K with gentle highlight rolloff, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography