Oriental Fantasy Swordswoman 3D CG AI Image Prompt
Vertical format, 9:16, high-precision 3D CG Oriental fantasy female swordswoman character poster, anime-style 3D CG character art, semi-realistic 3D character render, full body portrait, low angle cinematic composition. The main subject is a young Oriental fantasy female warrior, visual age 20-26, with a cold, elegant, and ethereal temperament. The overall style is a high-completion 3D CG character render with exquisite modeling, realistic materials, and cinematic lighting. Features a delicate Oriental face, light skin, and slender purple-grey eyes with glass-like highlights. Hair is long, silvery-purple, blowing in the wind with detailed strands and ancient style accessories. Clothing is a high-precision 3D CG combat-style short dress in shades of lavender, mist blue, and soft grey-purple with intricate embroidery and silk ribbons. Legs feature white lace stockings and high heels. The character holds two Oriental-style long swords, with one pointing directly at the camera for a strong perspective effect. The pose is elegant yet powerful, standing in a romantic Oriental fantasy garden with wisteria, stone paths, and traditional pavilions. Lighting uses soft natural daylight and subtle backlighting for a premium virtual character portrait effect. High detail 3D CG render, Unreal Engine quality, Octane render look, cinematic low angle lighting, PBR materials, volumetric sunlight.
Content: Structure formula: vertical 9:16 + Oriental fantasy swordswoman poster + semi-realistic 3D CG anime style + full body low-angle cinematic composition + subject features (age, face, eyes, hair, accessories) + costume (combat minidress, colors, embroidery, ribbons) + accessories (lace stockings, heels) + weapons (two swords, one pointing to camera) + pose (elegant and powerful) + environment (Oriental garden: wisteria, stone path, pavilion) + lighting (soft natural daylight + subtle backlight) + rendering indicators (high detail, Unreal Engine, Octane, PBR, volumetric light)
Pros: 1. Comprehensive coverage from subject to environment for precise generation. 2. Rich technical terms (PBR, volumetric light) suitable for high-quality outputs.
Cons: 1. Too many elements may reduce focus and increase generation difficulty. 2. Some descriptions too specific (e.g., glass-like eye highlights) for AI to replicate exactly.
Reference image: No obvious reference-image dependency
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