(masterpiece:1.2), (best quality:1.2), (highres:1.1), (absurdres:1.1), (ultra detailed:1.1), (detailed lighting:1.1), (high resolution:1.1, ray tracing:1.1, refraction:1.1), dynamic angle:1.1, HDR, 8k wallpaper, sharp focus, highly detailed illustration, artist: mayuzumi, serizawa_asahi, mayuzumi_fuyuko, izumi_mei, straylight, idolmaster_shiny_colors, Three girls, idols from The Idolmaster Shiny Colors, stand side by side in a row, striking an intense, stylish, and dynamic model pose as they look directly at the viewer. They wear cutting-edge cyberpunk idol costumes, futuristic techwear outfits primarily in dark carbon black with glowing neon red accents, green and purple neon details, and asymmetrical mechanical designs with sharp geometric lines. Mayuzumi Fuyuko has long black hair with blunt bangs and brown eyes. Izumi Mei has long, gradient blonde and brown hair and dark skin. Serizawa Asahi has short grey hair and blue eyes. All three wear confident, fierce smiles and cool expressions. Dramatic stage lighting casts vivid neon shadows, creating a high-tech neon matrix background with a cyber cityscape silhouette, enhanced by depth of field. The image captures a moment of powerful, unified performance energy.
Show Parameters
Original Prompt
(masterpiece:1.2), (best quality:1.2), (highres:1.1), (absurdres:1.1), (ultra detailed:1.1), (detailed lighting:1.1), (high resolution:1.1, ray tracing:1.1, refraction:1.1), dynamic angle:1.1, HDR, 8k wallpaper, sharp focus, highly detailed illustration, 3girls, serizawa asahi, mayuzumi fuyuko, izumi mei, straylight, idolmaster shiny colors, standing side by side, striking an intense stylish pose, dynamic model pose, looking at viewer, confident fierce smile, cool expressions, cutting-edge cyberpunk idol costumes, futuristic techwear outfit, dark carbon black and glowing neon red outfit, green and purple neon accents, asymmetrical mechanical design, sharp geometric lines, dramatic stage lighting, vivid neon shadows, high-tech neon matrix background, cyber cityscape silhouette, depth of field