MUZEN WILD MINI SPEAKER

1. Modeling in Maya:
High-Poly Model:
Start by blocking out the basic shapes of the speaker, ensuring the proportions are correct.
Add detailed elements like buttons, grills, and ports using smooth edges and additional geometry to capture the fine details.
For small details like speaker meshes or screws, ensure to add subdivisions and smooth features to give them a refined appearance in the high-poly model.
Low-Poly Model:
Duplicate the high-poly model and begin reducing the polygon count while maintaining the overall silhouette of the speaker.
Remove unnecessary edge loops and optimize geometry for smooth surfaces that don’t require high detail.
Focus on keeping the low-poly model under 5,000 tris while preserving enough detail for proper baking.
2. Baking in Marmoset Toolbag:
Import both the high-poly and low-poly models into Marmoset Toolbag.
Adjust the bake settings to capture the high-poly details such as button edges, speaker mesh texture, and other intricate features onto the low-poly model.
Generate normal maps, ambient occlusion maps, thickness and curvature maps. Ensure the bakes are clean, fixing any artifacts or errors in areas like overlapping UVs or seams.
3. Texturing in Substance Painter:
Import the low-poly model and the baked maps into Substance Painter.
Begin texturing by applying base materials to key elements like casing, metal grills, and dials, Buttons.
Use smart masks and generators to add realistic wear and tear, such as slight edge wear, dust, or scratches, to give the speaker a used, rugged look.
Focus on creating a tactile, physical feel for the prop, paying close attention to material properties like roughness, metalness, and normals.
Finalize with fine-tuned details like dirt in crevices and subtle imperfections, keeping an eye on the overall tri-budget and performance.
4. Rendering in Marmoset Toolbag:
Set up lighting in Marmoset to highlight the speaker’s materials and details. Use HDRI environments for realistic reflections.
Adjust camera angles and depth of field to showcase the textures and overall design of the speaker.
Render high-quality images for portfolio use, ensuring the final renders demonstrate the material definition and how the prop would look in a real-time engine.
By maintaining the polycount under 5k and using efficient texturing techniques, the Muzan Wild Mini speaker is optimized for in-game use without sacrificing detail or realism.