Hyper-realistic Wet Look Close-up Portrait | HowToWritePrompt

{ "structured_prompt": { "shot_style": "Ultra-photorealistic close-up portrait, Hyper-realistic editorial photography, raw style, ultra-detailed, resolution, Vogue/Harper’s Bazaar professional aesthetic, perfectly balanced composition.", "subject": "A world-class supermodel-level young woman.", "facial_structure": "Perfectly symmetrical facial structure, high cheekbones, sharp jawline, elegant straight nose, full natural lips.", "eyes": "Mesmerizing green-hazel eyes with deep clarity, realistic reflections, and captivating gaze.", "hair": "Dark blonde wet hair naturally clinging to face and neck.", "skin_and_texture": "Flawless skin with visible pores and subtle texture. Tiny, delicate water droplets evenly scattered across the face, glistening naturally and attractively, adding high-fashion wet beauty effect. Subtle sheen of sweat enhances realism. Soft, moist lips with natural texture.", "lighting": "Soft cinematic lighting, cool-toned cinematic lighting, soft shadows.", "background": "Light grey and white bokeh background." }, "negative_prompt": { "anatomy": "average face, asymmetrical features, flat or round face, bad anatomy, distorted eyes", "texture": "plastic/fake skin, heavy makeup, large or messy water droplets, artificial beauty", "quality": "low quality, blurry, pixelated, overexposed, harsh shadows, dull or lifeless eyes", "style": "cartoon, anime, illustration, 3d render, painting" }, "parameters": { "aspect_ratio": "9:16", "steps": 50, "cfg_scale": 9.5, "style": "Photorealistic" } }, High-angle Dutch tilt with dynamic geometric diagonal framing, captured on Nikon Z9 with NIKKOR Z 58mm f/0.95 S Noct lens, Vibrant cinematic dual-tone lighting (neon cyan key + magenta rim edge), authentic skin micro-textures, true-to-life surface physics, ultra-detailed editorial photography, Slight low angle looking up to create visual presence, captured on 50mm natural focal length lens, Subtle high-key studio softbox with delicate catchlights in eyes, natural surface physics, 8K ultra-detailed editorial photography --ar 9:16 --v 6.1 --style raw