Vogue-style Cinematic Portrait In Red Satin Duplicate

{ "prompt": "A hyper-realistic cinematic portrait of an elegant woman wearing a deep red satin evening gown with thin straps and a soft draped neckline. She is adorned with luxurious red gemstone jewelry: a statement necklace and long dangling earrings that sparkle subtly. Her pose is graceful and confident, one arm lifted above her head, fingers gently touching her hair. The lighting is dramatic and warm, with golden light streaks and motion blur passing across the frame, creating a sense of movement and glamour. Her makeup is bold and refined: deep red lips, sculpted cheekbones, soft smoky eyes. Skin texture is natural and flawless. The background is dark, minimal, and softly faded, enhancing the richness of the red tones. Vogue-style editorial photography, cinematic atmosphere, ultra-detailed textures, shallow depth of field, high contrast lighting.", "negative_prompt": "low resolution, flat lighting, harsh shadows, overexposed highlights, plastic skin, beauty filter, distorted anatomy, extra fingers, poorly rendered jewelry, cheap fabric texture, cartoon, anime, illustration, watermark, logo, text", "style": { "aesthetic": "luxury editorial, cinematic fashion", "mood": "dramatic, sensual, elegant", "color_palette": ["deep red", "golden highlights", "dark brown", "black"] }, "camera": { "shot_type": "medium close-up portrait", "lens": "85mm prime", "aperture": "f/1.8", "depth_of_field": "shallow", "focus": "sharp on face and jewelry" }, "lighting": { "key_light": "soft warm key light from the front", "rim_light": "subtle golden rim light", "effects": "light trails, motion blur glow" }, "quality": { "resolution": "ultra high", "detail_level": "extreme", "realism": "photorealistic", "render_style": "film-, no HDR" } }, High-angle Dutch tilt with dynamic geometric diagonal framing, captured on Hasselblad X2D 100C with 80mm f/2.8 medium format lens, Vibrant cinematic dual-tone lighting (neon cyan key + magenta rim edge), authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography