Futuristic Point Cloud Portrait
Transform the provided reference image into an ultra-premium futuristic point-cloud portrait. Preserve the exact pose, body proportions, clothing silhouette, facial structure, hairstyle, and overall composition from the reference image. Reconstruct the entire subject using millions of glowing white volumetric particles, data points, voxels, and digital dust, creating a high-density holographic scan effect. Subject standing centered in a black void, surrounded by subtle floating particles and noise_color. Generate a realistic 3D point-cloud body structure with particle trails, depth mapping, scan-line artifacts, and volumetric light dispersion.\ncolor_palette color palette, extreme contrast, cinematic darkness, cyberpunk archive aesthetic, futuristic AI scanning system, digital twin visualization, neural network reconstruction, holographic particle rendering, volumetric point-cloud simulation, generative systems artwork, ultra-detailed particle density, glowing edge contours, subtle light bloom, depth fog, data stream particles falling vertically around the subject.\nAdd minimal technical UI typography around the frame such as archive labels, scan identifiers, model codes, generative system metadata, voxel render information, and futuristic research annotations. Use clean micro-typography with a luxury tech-brand aesthetic. Keep text minimal, small, and strategically placed near the edges.\nPure black background, center composition, museum-grade digital art, premium poster design, experimental AI visualization, ultra-realistic particle simulation, high-end CGI render, Octane render quality, Unreal Engine 5, volumetric lighting, ray tracing, sharp particle definition, cinematic glow, futuristic archive documentation style.\nStyle Keywords: main_style, Digital Ghost, Neural Reconstruction, Voxel Scan, Data Visualization, Cyber Archive, Holographic Entity, Generative Systems, Monochrome Tech Art, Luxury Futurism, Volumetric Particles, AI Scan Portrait, Experimental CGI.\nNegative Prompt: colorful background, cartoon, anime, low resolution, blurry subject, extra limbs, distorted anatomy, duplicate body parts, oversaturated colors, messy composition, excessive UI elements, watermark, logo, text overlap, low particle density, flat lighting, poor contrast, unrealistic proportions.