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Why is Wuthering Waves Character Modeling Uniquely Beautiful? Hello, this is Mika from Mika Studio. Going beyond simply saying "the design is good," I will thoroughly investigate, from the perspective of a 3D artist, why the characters in Wuthering Waves possess such exceptionally high modeling quality. This is an analysis of the rendering techniques of Wuthering Waves, a game where the character becomes the 'protagonist.' 📌 Key Analysis Points 1. The Magic of the Unrealistic yet Charming '9.5-Head Ratio' Beyond Photorealism: It utilizes a design of 8.5 to 9.5 heads, a step higher than the typical bishoujo games (7.5 to 8.5 heads). Action Readability: The elongated limbs make flashy skill motions and evasion movements look much more fluid and dynamic. 2. The Core of Detail: Dynamic Outlines & Rim Lights The Evolution of Inverted Hull: It is not just a simple outline. We maximized the sense of three-dimensionality by varying the thickness of the outlines according to the flow of the muscles (armpits to biceps to forearms). Post-Process Rim Light: We utilize a post-process rim light method that is generated by tracing the final silhouette, rather than being dependent on the mesh structure. Thanks to this, the character's lines remain neat and clean from any angle, without appearing messy. 3. Hair Modeling with a Sense of Rhythm (feat. Shadow Rim) The Law of Strong, Medium, and Weak: The key is the rhythm between the main mass and the supporting strands, rather than the repetition of identical patterns. Fake Shadow: We analyzed the unique NPR (Non-Photorealistic Rendering) technique of forcibly offsetting the hair shadow area to maintain the character's aesthetic form regardless of the light direction. 4. Details Showing the Artist's Obsession Nose Line Mesh: Dedicated mesh design to maintain a sharp nose bridge from any angle. Stocking Denier Expression: Dedicated shader processing that preserves the degree of skin transparency and texture detail. The Aesthetics of Optimization: An efficient data structure that concentrates polygons only on the parts necessary for the silhouette, while boldly handling unseen details with textures. 🛠 Analysis Data Analysis Model: Yinlin (MMD and In-game Rendering) Key Keywords: 9.5-head proportion, Inverted Hull, Post-Rim Light, NPR Shading, Polygon Optimization "Technology is merely a tool; ultimately, the design intent to make the character look their prettiest is what creates Myeongjo." If you found this video helpful, please subscribe and like, and leave a comment sharing your favorite point about Myeongjo modeling! #Myeongjo #WutheringWaves #3DModeling #CharacterAnalysis #GameDevelopment #NPR #Yinlin #CartoonRendering