Cyberpunk Fashion Portrait of a Woman AI Image Prompt
Ultra-realistic cinematic portrait of a young woman facing the camera with a confident, composed expression. Symmetrical composition, strong presence. She wears a {argument name="jacket type" default="transparent futuristic jacket"} with glowing neon edges in {argument name="neon colors" default="green and orange"}, slightly reflective with a subtle holographic feel. Beneath it, a sleek black fitted outfit with a softly illuminated chest logo. Oversized modern sunglasses with faint reflections. Glossy, clean makeup with smooth, detailed skin. Hair styled in soft, voluminous waves. Background is a {argument name="background color" default="deep dark teal gradient"} with a cyberpunk atmosphere, featuring soft volumetric smoke and faint light trails drifting behind her to create depth and motion. Lighting is cinematic and studio-quality, with a strong key light on the face, subtle rim lighting enhancing the neon edges, and soft shadows for depth. High contrast with a clean, premium aesthetic. Ultra-detailed textures, sharp focus, realistic skin detail, refined fabric rendering, and soft neon glow diffusion. Style: high-end fashion campaign, cyberpunk aesthetic, minimal yet powerful composition, luxury sportswear branding vibe.
Content: Subject (young woman, confident frontal pose, symmetrical composition); Attire (adjustable jacket type & neon colors, black fitted outfit with glowing logo); Accessories (oversized reflective sunglasses); Makeup (glossy, clean, smooth skin); Hair (soft voluminous waves); Background (adjustable deep dark teal gradient, cyberpunk atmosphere, volumetric smoke & light trails); Lighting (cinematic key light + rim light + soft shadows); Style (high-end fashion, ultra-realistic, high contrast, refined textures).
Pros: Parametric design (3 adjustable variables) for flexible outcomes; Rich details (holographic feel, neon glow, skin texture).
Cons: Long prompt may increase computation load; Some terms (e.g., 'subtle holographic feel') might be challenging for some models.
Reference image: No obvious reference-image dependency
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