Ancient man lifting gauze in maple forest AI Image Prompt
3D anime thick paint with CG and 3D character rendering, blending anime realism with watercolor illustration, with luxurious oil painting texture and 3D art effects. 32K ultra-high definition, extreme detail portrayal, delicate layered rendering. Smooth and crisp lines, distinct brushstrokes, matte texture with fine grain overlay, prominent hand-painted feel. Ancient style man, long dark hair, wearing a bamboo hat with light gauze. Light flowing gauze Hanfu, clear skin, cool temperament. In a maple forest, distant lake reflecting splendid sunset, raising one hand to lift the gauze in front of his face, looking at the camera with gentle eyes. Master-level lighting, strong chiaroscuro, light and shadow scattered, Tyndall effect through the forest. Dappled light interacting with breeze, gorgeous light overlaying with soft focus and dreamy filter, bold yet harmonious colors, natural diffusion. Long exposure with slight overexposure, cinematic quality. Motion blur at edges, bioluminescent accents. Soft glow around the character, natural motion capture. Diffuse particles and sparkle effects floating, overall atmosphere mysterious and noble, cool and ethereal. Hair strands delicate and glossy, high-definition thick paint, OC render, ultra-high definition, rich details, dreamy feel, perfect quality.
Content: Subject: ancient man (long dark hair, bamboo hat with gauze, light Hanfu); Scene: maple forest, lake, sunset; Style: 3D anime thick paint, CG rendering, watercolor illustration, oil painting texture; Composition: character looking at camera, lifting gauze; Lighting: Tyndall effect, chiaroscuro, light spots, soft focus; Color: bold yet harmonious; Texture: matte, fine layered; Lens: long exposure, slight overexposure, cinematic, edge motion blur; Effects: bioluminescence, diffuse particles.
Pros: Extremely rich details (32K ultra HD, extreme detail), excellent lighting and atmosphere.
Cons: Too many elements may scatter focus; some effects (e.g., bioluminescence, diffuse particles) may be difficult to achieve simultaneously.
Reference image: No obvious reference-image dependency
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